• Essay from Bangladesh

    Click to enlarge

    Housing build-ups in Dhaka.

    Image: Jeremy Smith

    1 of 11

    Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque.

    Image: Jeremy Smith

    2 of 11

    Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque.

    Image: Jeremy Smith

    3 of 11

    Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque.

    Image: Jeremy Smith

    4 of 11

    Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque.

    Image: Jeremy Smith

    5 of 11

    Old Dhaka and 45,000 people per square kilometre.

    Image: Jeremy Smith

    6 of 11

    Buses collage life on the roads.

    Image: Jeremy Smith

    7 of 11

    Lattice-work roofing of the informal settlements, viewed from Salauddin Ahmed’s Atelier Robin Architects studio.

    Image: Jeremy Smith

    8 of 11

    The colour and vibrancy of Dhaka life.

    Image: Jeremy Smith

    9 of 11

    The colour and vibrancy of Dhaka life.

    Image: Jeremy Smith

    10 of 11

    The colour and vibrancy of Dhaka life.

    Image: Jeremy Smith

    11 of 11

    Architects Jeremy Smith and Murali Bhaskar go looking for water and hard-to-find buildings in what is already one of the world’s most populous mega-cities, Dhaka.

    Architecture here is rarely properly lost. Even now, as we navigate a way to higher-density living, we tend not to misplace buildings. There’s still the space to eye-spy our most wayward elevations. At worst, we might GPS a tricky driveway or pull out an Andrew Barrie map to pinpoint some retiring architecture. But what happens if you really diamond-up the density. At our country-wide 19-people-per-square-kilometre or even downtown Auckland’s sky-high 2500, you can see what’s coming and cities mostly plan out as planned. Teleport forward though to 45,000-people-per-square-kilometre and cities accelerate lives of their own. Here, anything and everything can be lost in the crowd, even buildings. So, on a 2024 invitation from the Bengal Institute for Architecture, Landscape and Settlements to share some Unfinished & Far Far Away adventures in “the toughest city in the world”,1 I pack some extra compassing in architect buddy Murali Bhaskar and go architectural orienteering in Dhaka.
    It’s hot hot; architecture can wait. We start by looking for water. This, after all, is the land of rivers. Following on from Aotearoa in 2017 being the first to give a specific river, Te Awa Tupua, legal rights, Bangladesh in 2019 became the first country to grant all of its some 700 rivers the same legal status that humans have.2 But the count varies. Protections readily miss smaller tributaries and, with all that water pouring out of the Himalayas and delta-ing into the Bay of Bengal, the land is accretional.

    The colour and vibrancy of Dhaka life. Image: 

    Jeremy Smith

    From the million or so starters in a newly independent 1971 Dhaka, today, it is the fourth-most-populated city in the world with somewhere near 25 million people. Whether for disaster relief, economics or just the bright lights, urbanisation draws more than 400,000 new residents annually to the city. Throw in some family time and, with Tokyo and Shanghai shrinking, Dhaka’s population is predicted to be an eyewatering 35 million by 2050. When every possible place looks inhabited, it’s not just water that can quickly go to ground.
    Kazi Khaleed Ashraf, who heads the Bengal Institute, has some learned thinkers in tow in trying to keep pace architecturally. Throw in societal and climatic concerns, and questions about how contextualisation might operate at such speed and the inquiry takes global precedence. Kenneth Frampton, Rounaq Jahan, Suha Özkan, Shamsul Wares and, formerly, BV Doshi, sit on the advisory panel and have drawn other such worldly thinkers as Juhani Pallasmaa, David Leatherbarrow and, even, Peter Stutchbury from down our way to come experience an urban existence “symptomatic of the gravest environmental challenges”.3 It’s serious stuff. Ashraf researches “hydraulic flow in which horizontal and vertical movements of water may direct architectural and landscape formations”.4 This ‘form follows water’ mantra isn’t just free planning Le Corbusier’s ‘form follows function’ with some Charles Correa’s ‘form follows climate’ to connect to life outside, it’s a watery warning to the navigations quickly necessitating within our collective future.
    Ashraf’s timely prompt that “Embankment is a barrier. How can we deconstruct it”5 can be seen in the way we increasingly plan the separation of wet and dry in our cities. Main streets like Queen Street and Cambridge Terrace already run down streams and our remaining water edges risk becoming increasingly marginalised by infrastructure rising with the water. But the steering is different at density and Dhaka’s rapid growth has meant letting go of the controls with which we still understand cities to flow. As Ashraf puts it, “Dhaka builds furiously”. While we dutifully plan buildings as if crawling a length or two at the aquatic centre, architecture in Dhaka must high-dive into a torrent. Its buildings must learn to surface and really start kicking. Anything trying to hold ground risks being swept away. Dhaka has become a river.
    As if to university-entrance the swimming lesson to densification, we’ve arrived only a few months after an Indian helicopter plucked Bangladesh’s president from a student-led flood of unrest amongst civil rights and corruption demonstrations. We might think of universities as offering time for trying things on but, sink or swim, the students here now run the country. With the parliament dissolved, there’s no chance of us seeing inside Louis Kahn’s 1982 National Assembly Building, which, like many of Dhaka’s institutional buildings, took on something of a freshening in the coup. Remembering our government’s pre-departure, bold-italic travel advisory, we head out to practise avoiding street demonstrations and are rewarded with a fenced-off view of Kahn’s epic, which brought global architectural discourse to post-independent Bangladesh. No such authoritative access issues back at the university, where, amongst the student political murals, we visit Muzharul Islam’s 1953–1956 Fine Arts Institute. Islam introduced modernism to the then East Pakistan6 and, in testament, the school still functions as a school, with its external verandah circulation and louvred ventilating classrooms.
    The rallying extends to getting around with cars sporting dodgem bumpers. Travelling 10 kilometres takes an hour, a million beeps and some financial socialising out the windows. Public transport may be working hard to keep pace with the kinetic city but it starts at the back of the grid, as the panelwork to the buses visibly collage. Getting to where we want to go takes some effort. An above-ground subway system has been started but not finished and the folk enticingly riding on top of trains typically aren’t off looking for architecture. There’s the three-wheeled rickshaw option, of course: formerly pedalled but, in recent months, souped-up with the allowance of car batteries to the back axle. Even so, manoeuvring further than nearby takes more than any rider is up for. So, as we head out for lunch with architect Marina Tabassum and then beep beep beep out further to her extraordinary Bait Ur Rouf Jame Mosque in Dhaka’s northern expansion, we learn that having everything close helps. Neighbourhoods remain important in megacities.

    Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: 

    Jeremy Smith

    The mosque deserves the full medley and gently uplifts as all great architecture does, be it for the community or off-the-street visitors like us. Marina Tabassum Architects is, of course, internationally renowned for its architectural stand against globalised buildings that are out of place and context, notably winning an Aga Khan Award for Architecture in 2016 and being selected to undertake the 2025 Serpentine Pavilion in London.
    With the site at 13 degrees to the axis of qibla in Mecca, Tabassum sits the mosque on a five-step plinth with a squared, ventilating brick jali and a circular ceilinged prayer space rotated off centre. In a lesson to building only what you need, the spaces between remain unroofed and the perimeter daylight illumination provides a diminished and equalling light to the prayer space. It needs no explanation: look up and there are constellations in the sky; look outwards and find community; look to the mihrab notching the outside wall and orientate to Mecca. Tabassum’s dive is splashless, for the mosque has self-navigated being enveloped by the city. The entry pond may have gone and the mihrab now reveals buildings rather than fields but the light still shines the way. Four hundred people take prayer several times a day within the inner circle, and the weekend Friday crowd spreads outwards to the borders and plinth.
    We are two days in at this point and our not-getting-lost-practice is going well. We meet architect Salauddin Ahmed whose Atelier Robin Architects studio and gallery in a former tannery building is so hidden away that it feels both lost and right at home. It’s surrounded by the latticing roofs of informal settlements and, remarkably, feels quiet and yet, genuinely, part of the city. No mean feat in a city, “living”, as Ahmed puts it, “as if this is the last day on earth”. Noise is life in Dhaka; Ahmed’s windows are open and the river is flowing. We talk the same language of architecture understanding existing context and needing to accommodate change in shorter and shorter time frames. Where I say “participate”, Ahmed terms “navigate” and without any sense of overseeing for there is just so much life in Dhaka. We mean the same thing and get there from very different landscapes. The next morning, we go where transport can’t.
    Old Dhaka’s alleyways require some extra eyes, so Ahmed calls in his friend, photographer Khademul Insan, who has lived this labyrinth. This is the densest part of Dhaka and there’s a lot in the air. “Wear this,” says Ahmed, passing a mask. “Otherwise, you’ll cough for four weeks.” It is deep. There’s so much WiFi that it strands like some kind of underworld sun-shading. Our service provider isn’t expecting this kind of roaming and we have no connection. If our collective Kiwi wayfinding skills might have fluked a way in, we certainly need leading out. As the lanes narrow, the industry broadens into some kind of Mad Max circular economy where everything of anything has value and the fires that keep these people afloat run continuously. Mercifully, it’s not raining or there’d be a different type of river afoot.
    Fifteen kilometres and all day later, we’ve walked to search for culturally significant mosques, houses, courtyards and schools. Some we locate; others, there’s just no finding. Maybe they are there, maybe they aren’t. Occasionally, there are scripts cautioning against graffiti or carving a name into the stonework at the risk of imprisonment, but there are few clues to any architectural history. In the pinch, buildings jostle to just about every possible place a building might go: on top, under, in front, behind. They infill courtyards, hang over laneways, squeeze into gaps, even penalising what’s left of a football field. Every seat is taken, literally. Whenever we find public space off the street, there are couples dating. There’s a lot of romance in 25 million.
    Eventually, we exit and finally see a river. I remember the swimming lessons are strictly metaphoric and look but don’t touch. You don’t need to get wet to learn how to swim. As Ahmed guides, and he speaks with Ashraf, Tabassum, Insan and experience to what we must remember in densifying our own cities. “I belong to one of the last generations that truly understand what it means to have neighbours.”7 Context counts no matter the size. Our rivers are not yet streams.
    REFERENCES
    1 Kazi Khaleed Ashraf, ‘Note from the Director General: Land, Water and Settlements’. bengal.institute/about Accessed 29.12.2024.
    2 Ashley Westerman, 2019, “Should rivers have same legal rights as humans? A growing number of voices say yes”, National Public Radio. npr.org/2019/08/03/740604142 3 August 2019.
    3 Kazi Khaleed Ashraf, ‘Note from the Director General: Land, Water and Settlements’. bengal.institute/about Accessed 29.12.2024.
    4 Kazi Khaleed Ashraf, ‘Wet Narratives: Architecture Must Recognise that the Future is Fluid’ in The Mother Tongue of Architecture: Selected writings of Kazi Khaleed Ashraf. ORO Editions and Bengal Institute for Architecture, Landscape and Settlements, China: p. 251.
    5 Ibid.
    6 Adnan Morshed, 2017, ‘Modernism as Postnationalist Politics: Muzharul Islam’s Faculty ofFine Arts’, Journal of the Society of Architectural Historians, 2017.
    7 Salauddin Ahmed, 2024, “Design must not be a superimposed idea, but a logical one”, The Daily Star, Dhaka, 25 December 2024.
    #essay #bangladesh
    Essay from Bangladesh
    Click to enlarge Housing build-ups in Dhaka. Image: Jeremy Smith 1 of 11 Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: Jeremy Smith 2 of 11 Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: Jeremy Smith 3 of 11 Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: Jeremy Smith 4 of 11 Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: Jeremy Smith 5 of 11 Old Dhaka and 45,000 people per square kilometre. Image: Jeremy Smith 6 of 11 Buses collage life on the roads. Image: Jeremy Smith 7 of 11 Lattice-work roofing of the informal settlements, viewed from Salauddin Ahmed’s Atelier Robin Architects studio. Image: Jeremy Smith 8 of 11 The colour and vibrancy of Dhaka life. Image: Jeremy Smith 9 of 11 The colour and vibrancy of Dhaka life. Image: Jeremy Smith 10 of 11 The colour and vibrancy of Dhaka life. Image: Jeremy Smith 11 of 11 Architects Jeremy Smith and Murali Bhaskar go looking for water and hard-to-find buildings in what is already one of the world’s most populous mega-cities, Dhaka. Architecture here is rarely properly lost. Even now, as we navigate a way to higher-density living, we tend not to misplace buildings. There’s still the space to eye-spy our most wayward elevations. At worst, we might GPS a tricky driveway or pull out an Andrew Barrie map to pinpoint some retiring architecture. But what happens if you really diamond-up the density. At our country-wide 19-people-per-square-kilometre or even downtown Auckland’s sky-high 2500, you can see what’s coming and cities mostly plan out as planned. Teleport forward though to 45,000-people-per-square-kilometre and cities accelerate lives of their own. Here, anything and everything can be lost in the crowd, even buildings. So, on a 2024 invitation from the Bengal Institute for Architecture, Landscape and Settlements to share some Unfinished & Far Far Away adventures in “the toughest city in the world”,1 I pack some extra compassing in architect buddy Murali Bhaskar and go architectural orienteering in Dhaka. It’s hot hot; architecture can wait. We start by looking for water. This, after all, is the land of rivers. Following on from Aotearoa in 2017 being the first to give a specific river, Te Awa Tupua, legal rights, Bangladesh in 2019 became the first country to grant all of its some 700 rivers the same legal status that humans have.2 But the count varies. Protections readily miss smaller tributaries and, with all that water pouring out of the Himalayas and delta-ing into the Bay of Bengal, the land is accretional. The colour and vibrancy of Dhaka life. Image:  Jeremy Smith From the million or so starters in a newly independent 1971 Dhaka, today, it is the fourth-most-populated city in the world with somewhere near 25 million people. Whether for disaster relief, economics or just the bright lights, urbanisation draws more than 400,000 new residents annually to the city. Throw in some family time and, with Tokyo and Shanghai shrinking, Dhaka’s population is predicted to be an eyewatering 35 million by 2050. When every possible place looks inhabited, it’s not just water that can quickly go to ground. Kazi Khaleed Ashraf, who heads the Bengal Institute, has some learned thinkers in tow in trying to keep pace architecturally. Throw in societal and climatic concerns, and questions about how contextualisation might operate at such speed and the inquiry takes global precedence. Kenneth Frampton, Rounaq Jahan, Suha Özkan, Shamsul Wares and, formerly, BV Doshi, sit on the advisory panel and have drawn other such worldly thinkers as Juhani Pallasmaa, David Leatherbarrow and, even, Peter Stutchbury from down our way to come experience an urban existence “symptomatic of the gravest environmental challenges”.3 It’s serious stuff. Ashraf researches “hydraulic flow in which horizontal and vertical movements of water may direct architectural and landscape formations”.4 This ‘form follows water’ mantra isn’t just free planning Le Corbusier’s ‘form follows function’ with some Charles Correa’s ‘form follows climate’ to connect to life outside, it’s a watery warning to the navigations quickly necessitating within our collective future. Ashraf’s timely prompt that “Embankment is a barrier. How can we deconstruct it”5 can be seen in the way we increasingly plan the separation of wet and dry in our cities. Main streets like Queen Street and Cambridge Terrace already run down streams and our remaining water edges risk becoming increasingly marginalised by infrastructure rising with the water. But the steering is different at density and Dhaka’s rapid growth has meant letting go of the controls with which we still understand cities to flow. As Ashraf puts it, “Dhaka builds furiously”. While we dutifully plan buildings as if crawling a length or two at the aquatic centre, architecture in Dhaka must high-dive into a torrent. Its buildings must learn to surface and really start kicking. Anything trying to hold ground risks being swept away. Dhaka has become a river. As if to university-entrance the swimming lesson to densification, we’ve arrived only a few months after an Indian helicopter plucked Bangladesh’s president from a student-led flood of unrest amongst civil rights and corruption demonstrations. We might think of universities as offering time for trying things on but, sink or swim, the students here now run the country. With the parliament dissolved, there’s no chance of us seeing inside Louis Kahn’s 1982 National Assembly Building, which, like many of Dhaka’s institutional buildings, took on something of a freshening in the coup. Remembering our government’s pre-departure, bold-italic travel advisory, we head out to practise avoiding street demonstrations and are rewarded with a fenced-off view of Kahn’s epic, which brought global architectural discourse to post-independent Bangladesh. No such authoritative access issues back at the university, where, amongst the student political murals, we visit Muzharul Islam’s 1953–1956 Fine Arts Institute. Islam introduced modernism to the then East Pakistan6 and, in testament, the school still functions as a school, with its external verandah circulation and louvred ventilating classrooms. The rallying extends to getting around with cars sporting dodgem bumpers. Travelling 10 kilometres takes an hour, a million beeps and some financial socialising out the windows. Public transport may be working hard to keep pace with the kinetic city but it starts at the back of the grid, as the panelwork to the buses visibly collage. Getting to where we want to go takes some effort. An above-ground subway system has been started but not finished and the folk enticingly riding on top of trains typically aren’t off looking for architecture. There’s the three-wheeled rickshaw option, of course: formerly pedalled but, in recent months, souped-up with the allowance of car batteries to the back axle. Even so, manoeuvring further than nearby takes more than any rider is up for. So, as we head out for lunch with architect Marina Tabassum and then beep beep beep out further to her extraordinary Bait Ur Rouf Jame Mosque in Dhaka’s northern expansion, we learn that having everything close helps. Neighbourhoods remain important in megacities. Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image:  Jeremy Smith The mosque deserves the full medley and gently uplifts as all great architecture does, be it for the community or off-the-street visitors like us. Marina Tabassum Architects is, of course, internationally renowned for its architectural stand against globalised buildings that are out of place and context, notably winning an Aga Khan Award for Architecture in 2016 and being selected to undertake the 2025 Serpentine Pavilion in London. With the site at 13 degrees to the axis of qibla in Mecca, Tabassum sits the mosque on a five-step plinth with a squared, ventilating brick jali and a circular ceilinged prayer space rotated off centre. In a lesson to building only what you need, the spaces between remain unroofed and the perimeter daylight illumination provides a diminished and equalling light to the prayer space. It needs no explanation: look up and there are constellations in the sky; look outwards and find community; look to the mihrab notching the outside wall and orientate to Mecca. Tabassum’s dive is splashless, for the mosque has self-navigated being enveloped by the city. The entry pond may have gone and the mihrab now reveals buildings rather than fields but the light still shines the way. Four hundred people take prayer several times a day within the inner circle, and the weekend Friday crowd spreads outwards to the borders and plinth. We are two days in at this point and our not-getting-lost-practice is going well. We meet architect Salauddin Ahmed whose Atelier Robin Architects studio and gallery in a former tannery building is so hidden away that it feels both lost and right at home. It’s surrounded by the latticing roofs of informal settlements and, remarkably, feels quiet and yet, genuinely, part of the city. No mean feat in a city, “living”, as Ahmed puts it, “as if this is the last day on earth”. Noise is life in Dhaka; Ahmed’s windows are open and the river is flowing. We talk the same language of architecture understanding existing context and needing to accommodate change in shorter and shorter time frames. Where I say “participate”, Ahmed terms “navigate” and without any sense of overseeing for there is just so much life in Dhaka. We mean the same thing and get there from very different landscapes. The next morning, we go where transport can’t. Old Dhaka’s alleyways require some extra eyes, so Ahmed calls in his friend, photographer Khademul Insan, who has lived this labyrinth. This is the densest part of Dhaka and there’s a lot in the air. “Wear this,” says Ahmed, passing a mask. “Otherwise, you’ll cough for four weeks.” It is deep. There’s so much WiFi that it strands like some kind of underworld sun-shading. Our service provider isn’t expecting this kind of roaming and we have no connection. If our collective Kiwi wayfinding skills might have fluked a way in, we certainly need leading out. As the lanes narrow, the industry broadens into some kind of Mad Max circular economy where everything of anything has value and the fires that keep these people afloat run continuously. Mercifully, it’s not raining or there’d be a different type of river afoot. Fifteen kilometres and all day later, we’ve walked to search for culturally significant mosques, houses, courtyards and schools. Some we locate; others, there’s just no finding. Maybe they are there, maybe they aren’t. Occasionally, there are scripts cautioning against graffiti or carving a name into the stonework at the risk of imprisonment, but there are few clues to any architectural history. In the pinch, buildings jostle to just about every possible place a building might go: on top, under, in front, behind. They infill courtyards, hang over laneways, squeeze into gaps, even penalising what’s left of a football field. Every seat is taken, literally. Whenever we find public space off the street, there are couples dating. There’s a lot of romance in 25 million. Eventually, we exit and finally see a river. I remember the swimming lessons are strictly metaphoric and look but don’t touch. You don’t need to get wet to learn how to swim. As Ahmed guides, and he speaks with Ashraf, Tabassum, Insan and experience to what we must remember in densifying our own cities. “I belong to one of the last generations that truly understand what it means to have neighbours.”7 Context counts no matter the size. Our rivers are not yet streams. REFERENCES 1 Kazi Khaleed Ashraf, ‘Note from the Director General: Land, Water and Settlements’. bengal.institute/about Accessed 29.12.2024. 2 Ashley Westerman, 2019, “Should rivers have same legal rights as humans? A growing number of voices say yes”, National Public Radio. npr.org/2019/08/03/740604142 3 August 2019. 3 Kazi Khaleed Ashraf, ‘Note from the Director General: Land, Water and Settlements’. bengal.institute/about Accessed 29.12.2024. 4 Kazi Khaleed Ashraf, ‘Wet Narratives: Architecture Must Recognise that the Future is Fluid’ in The Mother Tongue of Architecture: Selected writings of Kazi Khaleed Ashraf. ORO Editions and Bengal Institute for Architecture, Landscape and Settlements, China: p. 251. 5 Ibid. 6 Adnan Morshed, 2017, ‘Modernism as Postnationalist Politics: Muzharul Islam’s Faculty ofFine Arts’, Journal of the Society of Architectural Historians, 2017. 7 Salauddin Ahmed, 2024, “Design must not be a superimposed idea, but a logical one”, The Daily Star, Dhaka, 25 December 2024. #essay #bangladesh
    ARCHITECTURENOW.CO.NZ
    Essay from Bangladesh
    Click to enlarge Housing build-ups in Dhaka. Image: Jeremy Smith 1 of 11 Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: Jeremy Smith 2 of 11 Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: Jeremy Smith 3 of 11 Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: Jeremy Smith 4 of 11 Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image: Jeremy Smith 5 of 11 Old Dhaka and 45,000 people per square kilometre. Image: Jeremy Smith 6 of 11 Buses collage life on the roads. Image: Jeremy Smith 7 of 11 Lattice-work roofing of the informal settlements, viewed from Salauddin Ahmed’s Atelier Robin Architects studio. Image: Jeremy Smith 8 of 11 The colour and vibrancy of Dhaka life. Image: Jeremy Smith 9 of 11 The colour and vibrancy of Dhaka life. Image: Jeremy Smith 10 of 11 The colour and vibrancy of Dhaka life. Image: Jeremy Smith 11 of 11 Architects Jeremy Smith and Murali Bhaskar go looking for water and hard-to-find buildings in what is already one of the world’s most populous mega-cities, Dhaka. Architecture here is rarely properly lost. Even now, as we navigate a way to higher-density living, we tend not to misplace buildings. There’s still the space to eye-spy our most wayward elevations. At worst, we might GPS a tricky driveway or pull out an Andrew Barrie map to pinpoint some retiring architecture. But what happens if you really diamond-up the density. At our country-wide 19-people-per-square-kilometre or even downtown Auckland’s sky-high 2500, you can see what’s coming and cities mostly plan out as planned. Teleport forward though to 45,000-people-per-square-kilometre and cities accelerate lives of their own. Here, anything and everything can be lost in the crowd, even buildings. So, on a 2024 invitation from the Bengal Institute for Architecture, Landscape and Settlements to share some Unfinished & Far Far Away adventures in “the toughest city in the world”,1 I pack some extra compassing in architect buddy Murali Bhaskar and go architectural orienteering in Dhaka. It’s hot hot; architecture can wait. We start by looking for water. This, after all, is the land of rivers. Following on from Aotearoa in 2017 being the first to give a specific river, Te Awa Tupua, legal rights, Bangladesh in 2019 became the first country to grant all of its some 700 rivers the same legal status that humans have.2 But the count varies. Protections readily miss smaller tributaries and, with all that water pouring out of the Himalayas and delta-ing into the Bay of Bengal, the land is accretional. The colour and vibrancy of Dhaka life. Image:  Jeremy Smith From the million or so starters in a newly independent 1971 Dhaka, today, it is the fourth-most-populated city in the world with somewhere near 25 million people. Whether for disaster relief, economics or just the bright lights, urbanisation draws more than 400,000 new residents annually to the city. Throw in some family time and, with Tokyo and Shanghai shrinking, Dhaka’s population is predicted to be an eyewatering 35 million by 2050 (and outnumbered only by Delhi and, in some books, Mumbai). When every possible place looks inhabited, it’s not just water that can quickly go to ground. Kazi Khaleed Ashraf, who heads the Bengal Institute, has some learned thinkers in tow in trying to keep pace architecturally. Throw in societal and climatic concerns, and questions about how contextualisation might operate at such speed and the inquiry takes global precedence. Kenneth Frampton, Rounaq Jahan, Suha Özkan, Shamsul Wares and, formerly, BV Doshi, sit on the advisory panel and have drawn other such worldly thinkers as Juhani Pallasmaa, David Leatherbarrow and, even, Peter Stutchbury from down our way to come experience an urban existence “symptomatic of the gravest environmental challenges”.3 It’s serious stuff. Ashraf researches “hydraulic flow in which horizontal and vertical movements of water may direct architectural and landscape formations”.4 This ‘form follows water’ mantra isn’t just free planning Le Corbusier’s ‘form follows function’ with some Charles Correa’s ‘form follows climate’ to connect to life outside, it’s a watery warning to the navigations quickly necessitating within our collective future. Ashraf’s timely prompt that “Embankment is a barrier. How can we deconstruct it”5 can be seen in the way we increasingly plan the separation of wet and dry in our cities. Main streets like Queen Street and Cambridge Terrace already run down streams and our remaining water edges risk becoming increasingly marginalised by infrastructure rising with the water. But the steering is different at density and Dhaka’s rapid growth has meant letting go of the controls with which we still understand cities to flow. As Ashraf puts it, “Dhaka builds furiously”. While we dutifully plan buildings as if crawling a length or two at the aquatic centre, architecture in Dhaka must high-dive into a torrent. Its buildings must learn to surface and really start kicking. Anything trying to hold ground risks being swept away. Dhaka has become a river. As if to university-entrance the swimming lesson to densification, we’ve arrived only a few months after an Indian helicopter plucked Bangladesh’s president from a student-led flood of unrest amongst civil rights and corruption demonstrations. We might think of universities as offering time for trying things on but, sink or swim, the students here now run the country. With the parliament dissolved, there’s no chance of us seeing inside Louis Kahn’s 1982 National Assembly Building, which, like many of Dhaka’s institutional buildings, took on something of a freshening in the coup. Remembering our government’s pre-departure, bold-italic travel advisory, we head out to practise avoiding street demonstrations and are rewarded with a fenced-off view of Kahn’s epic, which brought global architectural discourse to post-independent Bangladesh. No such authoritative access issues back at the university, where, amongst the student political murals, we visit Muzharul Islam’s 1953–1956 Fine Arts Institute. Islam introduced modernism to the then East Pakistan6 and, in testament, the school still functions as a school, with its external verandah circulation and louvred ventilating classrooms. The rallying extends to getting around with cars sporting dodgem bumpers. Travelling 10 kilometres takes an hour, a million beeps and some financial socialising out the windows. Public transport may be working hard to keep pace with the kinetic city but it starts at the back of the grid, as the panelwork to the buses visibly collage. Getting to where we want to go takes some effort. An above-ground subway system has been started but not finished and the folk enticingly riding on top of trains typically aren’t off looking for architecture. There’s the three-wheeled rickshaw option, of course: formerly pedalled but, in recent months, souped-up with the allowance of car batteries to the back axle. Even so, manoeuvring further than nearby takes more than any rider is up for. So, as we head out for lunch with architect Marina Tabassum and then beep beep beep out further to her extraordinary Bait Ur Rouf Jame Mosque in Dhaka’s northern expansion, we learn that having everything close helps. Neighbourhoods remain important in megacities. Marina Tabassum Architects’ Bait Ur Rouf Jame Mosque. Image:  Jeremy Smith The mosque deserves the full medley and gently uplifts as all great architecture does, be it for the community or off-the-street visitors like us. Marina Tabassum Architects is, of course, internationally renowned for its architectural stand against globalised buildings that are out of place and context, notably winning an Aga Khan Award for Architecture in 2016 and being selected to undertake the 2025 Serpentine Pavilion in London. With the site at 13 degrees to the axis of qibla in Mecca, Tabassum sits the mosque on a five-step plinth with a squared, ventilating brick jali and a circular ceilinged prayer space rotated off centre. In a lesson to building only what you need, the spaces between remain unroofed and the perimeter daylight illumination provides a diminished and equalling light to the prayer space. It needs no explanation: look up and there are constellations in the sky; look outwards and find community; look to the mihrab notching the outside wall and orientate to Mecca. Tabassum’s dive is splashless, for the mosque has self-navigated being enveloped by the city. The entry pond may have gone and the mihrab now reveals buildings rather than fields but the light still shines the way. Four hundred people take prayer several times a day within the inner circle, and the weekend Friday crowd spreads outwards to the borders and plinth. We are two days in at this point and our not-getting-lost-practice is going well. We meet architect Salauddin Ahmed whose Atelier Robin Architects studio and gallery in a former tannery building is so hidden away that it feels both lost and right at home. It’s surrounded by the latticing roofs of informal settlements and, remarkably, feels quiet and yet, genuinely, part of the city. No mean feat in a city, “living”, as Ahmed puts it, “as if this is the last day on earth”. Noise is life in Dhaka; Ahmed’s windows are open and the river is flowing. We talk the same language of architecture understanding existing context and needing to accommodate change in shorter and shorter time frames. Where I say “participate”, Ahmed terms “navigate” and without any sense of overseeing for there is just so much life in Dhaka. We mean the same thing and get there from very different landscapes. The next morning, we go where transport can’t. Old Dhaka’s alleyways require some extra eyes, so Ahmed calls in his friend, photographer Khademul Insan, who has lived this labyrinth. This is the densest part of Dhaka and there’s a lot in the air. “Wear this,” says Ahmed, passing a mask. “Otherwise, you’ll cough for four weeks.” It is deep. There’s so much WiFi that it strands like some kind of underworld sun-shading. Our service provider isn’t expecting this kind of roaming and we have no connection. If our collective Kiwi wayfinding skills might have fluked a way in, we certainly need leading out. As the lanes narrow, the industry broadens into some kind of Mad Max circular economy where everything of anything has value and the fires that keep these people afloat run continuously. Mercifully, it’s not raining or there’d be a different type of river afoot. Fifteen kilometres and all day later, we’ve walked to search for culturally significant mosques, houses, courtyards and schools. Some we locate; others, there’s just no finding. Maybe they are there, maybe they aren’t. Occasionally, there are scripts cautioning against graffiti or carving a name into the stonework at the risk of imprisonment, but there are few clues to any architectural history. In the pinch, buildings jostle to just about every possible place a building might go: on top, under, in front, behind. They infill courtyards, hang over laneways, squeeze into gaps, even penalising what’s left of a football field. Every seat is taken, literally. Whenever we find public space off the street, there are couples dating. There’s a lot of romance in 25 million. Eventually, we exit and finally see a river. I remember the swimming lessons are strictly metaphoric and look but don’t touch. You don’t need to get wet to learn how to swim. As Ahmed guides, and he speaks with Ashraf, Tabassum, Insan and experience to what we must remember in densifying our own cities. “I belong to one of the last generations that truly understand what it means to have neighbours.”7 Context counts no matter the size. Our rivers are not yet streams. REFERENCES 1 Kazi Khaleed Ashraf, ‘Note from the Director General: Land, Water and Settlements’. bengal.institute/about Accessed 29.12.2024. 2 Ashley Westerman, 2019, “Should rivers have same legal rights as humans? A growing number of voices say yes”, National Public Radio. npr.org/2019/08/03/740604142 3 August 2019. 3 Kazi Khaleed Ashraf, ‘Note from the Director General: Land, Water and Settlements’. bengal.institute/about Accessed 29.12.2024. 4 Kazi Khaleed Ashraf, ‘Wet Narratives: Architecture Must Recognise that the Future is Fluid’ in The Mother Tongue of Architecture: Selected writings of Kazi Khaleed Ashraf. ORO Editions and Bengal Institute for Architecture, Landscape and Settlements, China: p. 251. 5 Ibid. 6 Adnan Morshed, 2017, ‘Modernism as Postnationalist Politics: Muzharul Islam’s Faculty ofFine Arts (1953–1956)’, Journal of the Society of Architectural Historians, 2017. 7 Salauddin Ahmed, 2024, “Design must not be a superimposed idea, but a logical one”, The Daily Star, Dhaka, 25 December 2024.
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  • Kéré-designed Thomas Sankara Mausoleum memorializes a moment in Burkina Faso's revolutionary history

    Francis Kéré returned to his native Burkina Faso this month to celebrate the inauguration of his Berlin-based firm's latest design commission, the Thomas Sankara Mausoleum in Ouagadougou, the country's capital. 
    The new building commemorates Thomas Sankara, who ruled the West African nation as president from 1983 until his assassination on October 15, 1987, along with twelve of his government officials.
    Photo courtesy Kéré ArchitectureInside the mausoleum, the 13 tombs are arranged in a concentric circle, each with a single skylight placed above them. "At each hour, a new tomb is lit by the sun overhead, moving the visitor across the room and into a new space of remembrance," the architectural concept explains.
    Photo courtesy Kéré ArchitectureA large 112-foot dome covers the structure from the sun, while large louvred gates aligned with the direction of the prevailing east-west winds allow for passive ventilation of the building.
    Photo courtesy Kéré ArchitectureLocally-sourced late...
    #kérédesigned #thomas #sankara #mausoleum #memorializes
    Kéré-designed Thomas Sankara Mausoleum memorializes a moment in Burkina Faso's revolutionary history
    Francis Kéré returned to his native Burkina Faso this month to celebrate the inauguration of his Berlin-based firm's latest design commission, the Thomas Sankara Mausoleum in Ouagadougou, the country's capital.  The new building commemorates Thomas Sankara, who ruled the West African nation as president from 1983 until his assassination on October 15, 1987, along with twelve of his government officials. Photo courtesy Kéré ArchitectureInside the mausoleum, the 13 tombs are arranged in a concentric circle, each with a single skylight placed above them. "At each hour, a new tomb is lit by the sun overhead, moving the visitor across the room and into a new space of remembrance," the architectural concept explains. Photo courtesy Kéré ArchitectureA large 112-foot dome covers the structure from the sun, while large louvred gates aligned with the direction of the prevailing east-west winds allow for passive ventilation of the building. Photo courtesy Kéré ArchitectureLocally-sourced late... #kérédesigned #thomas #sankara #mausoleum #memorializes
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    Kéré-designed Thomas Sankara Mausoleum memorializes a moment in Burkina Faso's revolutionary history
    Francis Kéré returned to his native Burkina Faso this month to celebrate the inauguration of his Berlin-based firm's latest design commission, the Thomas Sankara Mausoleum in Ouagadougou, the country's capital.  The new building commemorates Thomas Sankara, who ruled the West African nation as president from 1983 until his assassination on October 15, 1987, along with twelve of his government officials. Photo courtesy Kéré ArchitectureInside the mausoleum, the 13 tombs are arranged in a concentric circle, each with a single skylight placed above them. "At each hour, a new tomb is lit by the sun overhead, moving the visitor across the room and into a new space of remembrance," the architectural concept explains. Photo courtesy Kéré ArchitectureA large 112-foot dome covers the structure from the sun, while large louvred gates aligned with the direction of the prevailing east-west winds allow for passive ventilation of the building. Photo courtesy Kéré ArchitectureLocally-sourced late...
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  • @ChaosGroup Enscape & @Autodesk VRED just leveled up with DLSS 4! Enjoy sharper visuals + faster performance for real-time design & 3D visuali...

    @ChaosGroup Enscape & @Autodesk VRED just leveled up with DLSS 4! Enjoy sharper visuals + faster performance for real-time design & 3D visualization. Learn more:
    #chaosgroup #enscape #ampamp #autodesk #vred
    ⚡ @ChaosGroup Enscape & @Autodesk VRED just leveled up with DLSS 4! 🚀 Enjoy sharper visuals + faster performance for real-time design & 3D visuali...
    ⚡ @ChaosGroup Enscape & @Autodesk VRED just leveled up with DLSS 4! 🚀Enjoy sharper visuals + faster performance for real-time design & 3D visualization. 🔥Learn more: #chaosgroup #enscape #ampamp #autodesk #vred
    X.COM
    ⚡ @ChaosGroup Enscape & @Autodesk VRED just leveled up with DLSS 4! 🚀 Enjoy sharper visuals + faster performance for real-time design & 3D visuali...
    ⚡ @ChaosGroup Enscape & @Autodesk VRED just leveled up with DLSS 4! 🚀Enjoy sharper visuals + faster performance for real-time design & 3D visualization. 🔥Learn more: https://www.nvidia.com/en-us/geforce/news/125-dlss-4-multi-frame-gen-games-more-announced-computex-2025/#:~:text=Chaos%20Enscape%20%26%20Autodesk,NVIDIA%20Studio
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  • NVIDIA and Microsoft Advance Development on RTX AI PCs

    Generative AI is transforming PC software into breakthrough experiences — from digital humans to writing assistants, intelligent agents and creative tools.
    NVIDIA RTX AI PCs are powering this transformation with technology that makes it simpler to get started experimenting with generative AI and unlock greater performance on Windows 11.
    NVIDIA TensorRT has been reimagined for RTX AI PCs, combining industry-leading TensorRT performance with just-in-time, on-device engine building and an 8x smaller package size for seamless AI deployment to more than 100 million RTX AI PCs.
    Announced at Microsoft Build, TensorRT for RTX is natively supported by Windows ML — a new inference stack that provides app developers with both broad hardware compatibility and state-of-the-art performance.
    For developers looking for AI features ready to integrate, NVIDIA software development kitsoffer a wide array of options, from NVIDIA DLSS to multimedia enhancements like NVIDIA RTX Video. This month, top software applications from Autodesk, Bilibili, Chaos, LM Studio and Topaz Labs are releasing updates to unlock RTX AI features and acceleration.
    AI enthusiasts and developers can easily get started with AI using NVIDIA NIM — prepackaged, optimized AI models that can run in popular apps like AnythingLLM, Microsoft VS Code and ComfyUI. Releasing this week, the FLUX.1-schnell image generation model will be available as a NIM microservice, and the popular FLUX.1-dev NIM microservice has been updated to support more RTX GPUs.
    Those looking for a simple, no-code way to dive into AI development can tap into Project G-Assist — the RTX PC AI assistant in the NVIDIA app — to build plug-ins to control PC apps and peripherals using natural language AI. New community plug-ins are now available, including Google Gemini web search, Spotify, Twitch, IFTTT and SignalRGB.
    Accelerated AI Inference With TensorRT for RTX
    Today’s AI PC software stack requires developers to compromise on performance or invest in custom optimizations for specific hardware.
    Windows ML was built to solve these challenges. Windows ML is powered by ONNX Runtime and seamlessly connects to an optimized AI execution layer provided and maintained by each hardware manufacturer.
    For GeForce RTX GPUs, Windows ML automatically uses the TensorRT for RTX inference library for high performance and rapid deployment. Compared with DirectML, TensorRT delivers over 50% faster performance for AI workloads on PCs.
    TensorRT delivers over 50% faster performance for AI workloads on PCs than DirectML. Performance measured on GeForce RTX 5090.
    Windows ML also delivers quality-of-life benefits for developers. It can automatically select the right hardware — GPU, CPU or NPU — to run each AI feature, and download the execution provider for that hardware, removing the need to package those files into the app. This allows for the latest TensorRT performance optimizations to be delivered to users as soon as they’re ready.
    TensorRT performance optimizations are delivered to users as soon as they’re ready.
    TensorRT, a library originally built for data centers, has been redesigned for RTX AI PCs. Instead of pre-generating TensorRT engines and packaging them with the app, TensorRT for RTX uses just-in-time, on-device engine building to optimize how the AI model is run for the user’s specific RTX GPU in mere seconds. And the library’s packaging has been streamlined, reducing its file size significantly by 8x.
    TensorRT for RTX is available to developers through the Windows ML preview today, and will be available as a standalone SDK at NVIDIA Developer in June.
    Developers can learn more in the TensorRT for RTX launch blog or Microsoft’s Windows ML blog.
    Expanding the AI Ecosystem on Windows 11 PCs
    Developers looking to add AI features or boost app performance can tap into a broad range of NVIDIA SDKs. These include NVIDIA CUDA and TensorRT for GPU acceleration; NVIDIA DLSS and Optix for 3D graphics; NVIDIA RTX Video and Maxine for multimedia; and NVIDIA Riva and ACE for generative AI.
    Top applications are releasing updates this month to enable unique features using these NVIDIA SDKs, including:

    LM Studio, which released an update to its app to upgrade to the latest CUDA version, increasing performance by over 30%.
    Topaz Labs, which is releasing a generative AI video model to enhance video quality, accelerated by CUDA.
    Chaos Enscape and Autodesk VRED, which are adding DLSS 4 for faster performance and better image quality.
    Bilibili, which is integrating NVIDIA Broadcast features such as Virtual Background to enhance the quality of livestreams.

    NVIDIA looks forward to continuing to work with Microsoft and top AI app developers to help them accelerate their AI features on RTX-powered machines through the Windows ML and TensorRT integration.
    Local AI Made Easy With NIM Microservices and AI Blueprints
    Getting started with developing AI on PCs can be daunting. AI developers and enthusiasts have to select from over 1.2 million AI models on Hugging Face, quantize it into a format that runs well on PC, find and install all the dependencies to run it, and more.
    NVIDIA NIM makes it easy to get started by providing a curated list of AI models, prepackaged with all the files needed to run them and optimized to achieve full performance on RTX GPUs. And since they’re containerized, the same NIM microservice can be run seamlessly across PCs or the cloud.
    NVIDIA NIM microservices are available to download through build.nvidia.com or through top AI apps like Anything LLM, ComfyUI and AI Toolkit for Visual Studio Code.
    During COMPUTEX, NVIDIA will release the FLUX.1-schnell NIM microservice — an image generation model from Black Forest Labs for fast image generation — and update the FLUX.1-dev NIM microservice to add compatibility for a wide range of GeForce RTX 50 and 40 Series GPUs.
    These NIM microservices enable faster performance with TensorRT and quantized models. On NVIDIA Blackwell GPUs, they run over twice as fast as running them natively, thanks to FP4 and RTX optimizations.
    The FLUX.1-schnell NIM microservice runs over twice as fast as on NVIDIA Blackwell GPUs with FP4 and RTX optimizations.
    AI developers can also jumpstart their work with NVIDIA AI Blueprints — sample workflows and projects using NIM microservices.
    NVIDIA last month released the NVIDIA AI Blueprint for 3D-guided generative AI, a powerful way to control composition and camera angles of generated images by using a 3D scene as a reference. Developers can modify the open-source blueprint for their needs or extend it with additional functionality.
    New Project G-Assist Plug-Ins and Sample Projects Now Available
    NVIDIA recently released Project G-Assist as an experimental AI assistant integrated into the NVIDIA app. G-Assist enables users to control their GeForce RTX system using simple voice and text commands, offering a more convenient interface compared to manual controls spread across numerous legacy control panels.
    Developers can also use Project G-Assist to easily build plug-ins, test assistant use cases and publish them through NVIDIA’s Discord and GitHub.
    The Project G-Assist Plug-in Builder — a ChatGPT-based app that allows no-code or low-code development with natural language commands — makes it easy to start creating plug-ins. These lightweight, community-driven add-ons use straightforward JSON definitions and Python logic.
    New open-source plug-in samples are available now on GitHub, showcasing diverse ways on-device AI can enhance PC and gaming workflows. They include:

    Gemini: The existing Gemini plug-in that uses Google’s cloud-based free-to-use large language model has been updated to include real-time web search capabilities.
    IFTTT: A plug-in that lets users create automations across hundreds of compatible endpoints to trigger IoT routines — such as adjusting room lights or smart shades, or pushing the latest gaming news to a mobile device.
    Discord: A plug-in that enables users to easily share game highlights or messages directly to Discord servers without disrupting gameplay.

    Explore the GitHub repository for more examples — including hands-free music control via Spotify, livestream status checks with Twitch, and more.

    Companies are adopting AI as the new PC interface. For example, SignalRGB is developing a G-Assist plug-in that enables unified lighting control across multiple manufacturers. Users will soon be able to install this plug-in directly from the SignalRGB app.
    SignalRGB’s G-Assist plug-in will soon enable unified lighting control across multiple manufacturers.
    Starting this week, the AI community will also be able to use G-Assist as a custom component in Langflow — enabling users to integrate function-calling capabilities in low-code or no-code workflows, AI applications and agentic flows.
    The G-Assist custom component in Langflow will soon enable users to integrate function-calling capabilities.
    Enthusiasts interested in developing and experimenting with Project G-Assist plug-ins are invited to join the NVIDIA Developer Discord channel to collaborate, share creations and gain support.
    Each week, the RTX AI Garage blog series features community-driven AI innovations and content for those looking to learn more about NIM microservices and AI Blueprints, as well as building AI agents, creative workflows, digital humans, productivity apps and more on AI PCs and workstations. 
    Plug in to NVIDIA AI PC on Facebook, Instagram, TikTok and X — and stay informed by subscribing to the RTX AI PC newsletter.
    Follow NVIDIA Workstation on LinkedIn and X. 
    See notice regarding software product information.
    #nvidia #microsoft #advance #development #rtx
    NVIDIA and Microsoft Advance Development on RTX AI PCs
    Generative AI is transforming PC software into breakthrough experiences — from digital humans to writing assistants, intelligent agents and creative tools. NVIDIA RTX AI PCs are powering this transformation with technology that makes it simpler to get started experimenting with generative AI and unlock greater performance on Windows 11. NVIDIA TensorRT has been reimagined for RTX AI PCs, combining industry-leading TensorRT performance with just-in-time, on-device engine building and an 8x smaller package size for seamless AI deployment to more than 100 million RTX AI PCs. Announced at Microsoft Build, TensorRT for RTX is natively supported by Windows ML — a new inference stack that provides app developers with both broad hardware compatibility and state-of-the-art performance. For developers looking for AI features ready to integrate, NVIDIA software development kitsoffer a wide array of options, from NVIDIA DLSS to multimedia enhancements like NVIDIA RTX Video. This month, top software applications from Autodesk, Bilibili, Chaos, LM Studio and Topaz Labs are releasing updates to unlock RTX AI features and acceleration. AI enthusiasts and developers can easily get started with AI using NVIDIA NIM — prepackaged, optimized AI models that can run in popular apps like AnythingLLM, Microsoft VS Code and ComfyUI. Releasing this week, the FLUX.1-schnell image generation model will be available as a NIM microservice, and the popular FLUX.1-dev NIM microservice has been updated to support more RTX GPUs. Those looking for a simple, no-code way to dive into AI development can tap into Project G-Assist — the RTX PC AI assistant in the NVIDIA app — to build plug-ins to control PC apps and peripherals using natural language AI. New community plug-ins are now available, including Google Gemini web search, Spotify, Twitch, IFTTT and SignalRGB. Accelerated AI Inference With TensorRT for RTX Today’s AI PC software stack requires developers to compromise on performance or invest in custom optimizations for specific hardware. Windows ML was built to solve these challenges. Windows ML is powered by ONNX Runtime and seamlessly connects to an optimized AI execution layer provided and maintained by each hardware manufacturer. For GeForce RTX GPUs, Windows ML automatically uses the TensorRT for RTX inference library for high performance and rapid deployment. Compared with DirectML, TensorRT delivers over 50% faster performance for AI workloads on PCs. TensorRT delivers over 50% faster performance for AI workloads on PCs than DirectML. Performance measured on GeForce RTX 5090. Windows ML also delivers quality-of-life benefits for developers. It can automatically select the right hardware — GPU, CPU or NPU — to run each AI feature, and download the execution provider for that hardware, removing the need to package those files into the app. This allows for the latest TensorRT performance optimizations to be delivered to users as soon as they’re ready. TensorRT performance optimizations are delivered to users as soon as they’re ready. TensorRT, a library originally built for data centers, has been redesigned for RTX AI PCs. Instead of pre-generating TensorRT engines and packaging them with the app, TensorRT for RTX uses just-in-time, on-device engine building to optimize how the AI model is run for the user’s specific RTX GPU in mere seconds. And the library’s packaging has been streamlined, reducing its file size significantly by 8x. TensorRT for RTX is available to developers through the Windows ML preview today, and will be available as a standalone SDK at NVIDIA Developer in June. Developers can learn more in the TensorRT for RTX launch blog or Microsoft’s Windows ML blog. Expanding the AI Ecosystem on Windows 11 PCs Developers looking to add AI features or boost app performance can tap into a broad range of NVIDIA SDKs. These include NVIDIA CUDA and TensorRT for GPU acceleration; NVIDIA DLSS and Optix for 3D graphics; NVIDIA RTX Video and Maxine for multimedia; and NVIDIA Riva and ACE for generative AI. Top applications are releasing updates this month to enable unique features using these NVIDIA SDKs, including: LM Studio, which released an update to its app to upgrade to the latest CUDA version, increasing performance by over 30%. Topaz Labs, which is releasing a generative AI video model to enhance video quality, accelerated by CUDA. Chaos Enscape and Autodesk VRED, which are adding DLSS 4 for faster performance and better image quality. Bilibili, which is integrating NVIDIA Broadcast features such as Virtual Background to enhance the quality of livestreams. NVIDIA looks forward to continuing to work with Microsoft and top AI app developers to help them accelerate their AI features on RTX-powered machines through the Windows ML and TensorRT integration. Local AI Made Easy With NIM Microservices and AI Blueprints Getting started with developing AI on PCs can be daunting. AI developers and enthusiasts have to select from over 1.2 million AI models on Hugging Face, quantize it into a format that runs well on PC, find and install all the dependencies to run it, and more. NVIDIA NIM makes it easy to get started by providing a curated list of AI models, prepackaged with all the files needed to run them and optimized to achieve full performance on RTX GPUs. And since they’re containerized, the same NIM microservice can be run seamlessly across PCs or the cloud. NVIDIA NIM microservices are available to download through build.nvidia.com or through top AI apps like Anything LLM, ComfyUI and AI Toolkit for Visual Studio Code. During COMPUTEX, NVIDIA will release the FLUX.1-schnell NIM microservice — an image generation model from Black Forest Labs for fast image generation — and update the FLUX.1-dev NIM microservice to add compatibility for a wide range of GeForce RTX 50 and 40 Series GPUs. These NIM microservices enable faster performance with TensorRT and quantized models. On NVIDIA Blackwell GPUs, they run over twice as fast as running them natively, thanks to FP4 and RTX optimizations. The FLUX.1-schnell NIM microservice runs over twice as fast as on NVIDIA Blackwell GPUs with FP4 and RTX optimizations. AI developers can also jumpstart their work with NVIDIA AI Blueprints — sample workflows and projects using NIM microservices. NVIDIA last month released the NVIDIA AI Blueprint for 3D-guided generative AI, a powerful way to control composition and camera angles of generated images by using a 3D scene as a reference. Developers can modify the open-source blueprint for their needs or extend it with additional functionality. New Project G-Assist Plug-Ins and Sample Projects Now Available NVIDIA recently released Project G-Assist as an experimental AI assistant integrated into the NVIDIA app. G-Assist enables users to control their GeForce RTX system using simple voice and text commands, offering a more convenient interface compared to manual controls spread across numerous legacy control panels. Developers can also use Project G-Assist to easily build plug-ins, test assistant use cases and publish them through NVIDIA’s Discord and GitHub. The Project G-Assist Plug-in Builder — a ChatGPT-based app that allows no-code or low-code development with natural language commands — makes it easy to start creating plug-ins. These lightweight, community-driven add-ons use straightforward JSON definitions and Python logic. New open-source plug-in samples are available now on GitHub, showcasing diverse ways on-device AI can enhance PC and gaming workflows. They include: Gemini: The existing Gemini plug-in that uses Google’s cloud-based free-to-use large language model has been updated to include real-time web search capabilities. IFTTT: A plug-in that lets users create automations across hundreds of compatible endpoints to trigger IoT routines — such as adjusting room lights or smart shades, or pushing the latest gaming news to a mobile device. Discord: A plug-in that enables users to easily share game highlights or messages directly to Discord servers without disrupting gameplay. Explore the GitHub repository for more examples — including hands-free music control via Spotify, livestream status checks with Twitch, and more. Companies are adopting AI as the new PC interface. For example, SignalRGB is developing a G-Assist plug-in that enables unified lighting control across multiple manufacturers. Users will soon be able to install this plug-in directly from the SignalRGB app. SignalRGB’s G-Assist plug-in will soon enable unified lighting control across multiple manufacturers. Starting this week, the AI community will also be able to use G-Assist as a custom component in Langflow — enabling users to integrate function-calling capabilities in low-code or no-code workflows, AI applications and agentic flows. The G-Assist custom component in Langflow will soon enable users to integrate function-calling capabilities. Enthusiasts interested in developing and experimenting with Project G-Assist plug-ins are invited to join the NVIDIA Developer Discord channel to collaborate, share creations and gain support. Each week, the RTX AI Garage blog series features community-driven AI innovations and content for those looking to learn more about NIM microservices and AI Blueprints, as well as building AI agents, creative workflows, digital humans, productivity apps and more on AI PCs and workstations.  Plug in to NVIDIA AI PC on Facebook, Instagram, TikTok and X — and stay informed by subscribing to the RTX AI PC newsletter. Follow NVIDIA Workstation on LinkedIn and X.  See notice regarding software product information. #nvidia #microsoft #advance #development #rtx
    BLOGS.NVIDIA.COM
    NVIDIA and Microsoft Advance Development on RTX AI PCs
    Generative AI is transforming PC software into breakthrough experiences — from digital humans to writing assistants, intelligent agents and creative tools. NVIDIA RTX AI PCs are powering this transformation with technology that makes it simpler to get started experimenting with generative AI and unlock greater performance on Windows 11. NVIDIA TensorRT has been reimagined for RTX AI PCs, combining industry-leading TensorRT performance with just-in-time, on-device engine building and an 8x smaller package size for seamless AI deployment to more than 100 million RTX AI PCs. Announced at Microsoft Build, TensorRT for RTX is natively supported by Windows ML — a new inference stack that provides app developers with both broad hardware compatibility and state-of-the-art performance. For developers looking for AI features ready to integrate, NVIDIA software development kits (SDKs) offer a wide array of options, from NVIDIA DLSS to multimedia enhancements like NVIDIA RTX Video. This month, top software applications from Autodesk, Bilibili, Chaos, LM Studio and Topaz Labs are releasing updates to unlock RTX AI features and acceleration. AI enthusiasts and developers can easily get started with AI using NVIDIA NIM — prepackaged, optimized AI models that can run in popular apps like AnythingLLM, Microsoft VS Code and ComfyUI. Releasing this week, the FLUX.1-schnell image generation model will be available as a NIM microservice, and the popular FLUX.1-dev NIM microservice has been updated to support more RTX GPUs. Those looking for a simple, no-code way to dive into AI development can tap into Project G-Assist — the RTX PC AI assistant in the NVIDIA app — to build plug-ins to control PC apps and peripherals using natural language AI. New community plug-ins are now available, including Google Gemini web search, Spotify, Twitch, IFTTT and SignalRGB. Accelerated AI Inference With TensorRT for RTX Today’s AI PC software stack requires developers to compromise on performance or invest in custom optimizations for specific hardware. Windows ML was built to solve these challenges. Windows ML is powered by ONNX Runtime and seamlessly connects to an optimized AI execution layer provided and maintained by each hardware manufacturer. For GeForce RTX GPUs, Windows ML automatically uses the TensorRT for RTX inference library for high performance and rapid deployment. Compared with DirectML, TensorRT delivers over 50% faster performance for AI workloads on PCs. TensorRT delivers over 50% faster performance for AI workloads on PCs than DirectML. Performance measured on GeForce RTX 5090. Windows ML also delivers quality-of-life benefits for developers. It can automatically select the right hardware — GPU, CPU or NPU — to run each AI feature, and download the execution provider for that hardware, removing the need to package those files into the app. This allows for the latest TensorRT performance optimizations to be delivered to users as soon as they’re ready. TensorRT performance optimizations are delivered to users as soon as they’re ready. TensorRT, a library originally built for data centers, has been redesigned for RTX AI PCs. Instead of pre-generating TensorRT engines and packaging them with the app, TensorRT for RTX uses just-in-time, on-device engine building to optimize how the AI model is run for the user’s specific RTX GPU in mere seconds. And the library’s packaging has been streamlined, reducing its file size significantly by 8x. TensorRT for RTX is available to developers through the Windows ML preview today, and will be available as a standalone SDK at NVIDIA Developer in June. Developers can learn more in the TensorRT for RTX launch blog or Microsoft’s Windows ML blog. Expanding the AI Ecosystem on Windows 11 PCs Developers looking to add AI features or boost app performance can tap into a broad range of NVIDIA SDKs. These include NVIDIA CUDA and TensorRT for GPU acceleration; NVIDIA DLSS and Optix for 3D graphics; NVIDIA RTX Video and Maxine for multimedia; and NVIDIA Riva and ACE for generative AI. Top applications are releasing updates this month to enable unique features using these NVIDIA SDKs, including: LM Studio, which released an update to its app to upgrade to the latest CUDA version, increasing performance by over 30%. Topaz Labs, which is releasing a generative AI video model to enhance video quality, accelerated by CUDA. Chaos Enscape and Autodesk VRED, which are adding DLSS 4 for faster performance and better image quality. Bilibili, which is integrating NVIDIA Broadcast features such as Virtual Background to enhance the quality of livestreams. NVIDIA looks forward to continuing to work with Microsoft and top AI app developers to help them accelerate their AI features on RTX-powered machines through the Windows ML and TensorRT integration. Local AI Made Easy With NIM Microservices and AI Blueprints Getting started with developing AI on PCs can be daunting. AI developers and enthusiasts have to select from over 1.2 million AI models on Hugging Face, quantize it into a format that runs well on PC, find and install all the dependencies to run it, and more. NVIDIA NIM makes it easy to get started by providing a curated list of AI models, prepackaged with all the files needed to run them and optimized to achieve full performance on RTX GPUs. And since they’re containerized, the same NIM microservice can be run seamlessly across PCs or the cloud. NVIDIA NIM microservices are available to download through build.nvidia.com or through top AI apps like Anything LLM, ComfyUI and AI Toolkit for Visual Studio Code. During COMPUTEX, NVIDIA will release the FLUX.1-schnell NIM microservice — an image generation model from Black Forest Labs for fast image generation — and update the FLUX.1-dev NIM microservice to add compatibility for a wide range of GeForce RTX 50 and 40 Series GPUs. These NIM microservices enable faster performance with TensorRT and quantized models. On NVIDIA Blackwell GPUs, they run over twice as fast as running them natively, thanks to FP4 and RTX optimizations. The FLUX.1-schnell NIM microservice runs over twice as fast as on NVIDIA Blackwell GPUs with FP4 and RTX optimizations. AI developers can also jumpstart their work with NVIDIA AI Blueprints — sample workflows and projects using NIM microservices. NVIDIA last month released the NVIDIA AI Blueprint for 3D-guided generative AI, a powerful way to control composition and camera angles of generated images by using a 3D scene as a reference. Developers can modify the open-source blueprint for their needs or extend it with additional functionality. New Project G-Assist Plug-Ins and Sample Projects Now Available NVIDIA recently released Project G-Assist as an experimental AI assistant integrated into the NVIDIA app. G-Assist enables users to control their GeForce RTX system using simple voice and text commands, offering a more convenient interface compared to manual controls spread across numerous legacy control panels. Developers can also use Project G-Assist to easily build plug-ins, test assistant use cases and publish them through NVIDIA’s Discord and GitHub. The Project G-Assist Plug-in Builder — a ChatGPT-based app that allows no-code or low-code development with natural language commands — makes it easy to start creating plug-ins. These lightweight, community-driven add-ons use straightforward JSON definitions and Python logic. New open-source plug-in samples are available now on GitHub, showcasing diverse ways on-device AI can enhance PC and gaming workflows. They include: Gemini: The existing Gemini plug-in that uses Google’s cloud-based free-to-use large language model has been updated to include real-time web search capabilities. IFTTT: A plug-in that lets users create automations across hundreds of compatible endpoints to trigger IoT routines — such as adjusting room lights or smart shades, or pushing the latest gaming news to a mobile device. Discord: A plug-in that enables users to easily share game highlights or messages directly to Discord servers without disrupting gameplay. Explore the GitHub repository for more examples — including hands-free music control via Spotify, livestream status checks with Twitch, and more. Companies are adopting AI as the new PC interface. For example, SignalRGB is developing a G-Assist plug-in that enables unified lighting control across multiple manufacturers. Users will soon be able to install this plug-in directly from the SignalRGB app. SignalRGB’s G-Assist plug-in will soon enable unified lighting control across multiple manufacturers. Starting this week, the AI community will also be able to use G-Assist as a custom component in Langflow — enabling users to integrate function-calling capabilities in low-code or no-code workflows, AI applications and agentic flows. The G-Assist custom component in Langflow will soon enable users to integrate function-calling capabilities. Enthusiasts interested in developing and experimenting with Project G-Assist plug-ins are invited to join the NVIDIA Developer Discord channel to collaborate, share creations and gain support. Each week, the RTX AI Garage blog series features community-driven AI innovations and content for those looking to learn more about NIM microservices and AI Blueprints, as well as building AI agents, creative workflows, digital humans, productivity apps and more on AI PCs and workstations.  Plug in to NVIDIA AI PC on Facebook, Instagram, TikTok and X — and stay informed by subscribing to the RTX AI PC newsletter. Follow NVIDIA Workstation on LinkedIn and X.  See notice regarding software product information.
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  • Doctor Who Solves the Mrs Flood Mystery: Post-Credits Scene Explained

    Warning: contains spoilers for Doctor Who episode “The Interstellar Song Contest”
    The first thing you need to know about post-credits villain reveal at the end of “The Interstellar Song Contest” is that it’s hilarious. When Mrs Flood stepped out of that cryogenic chamber and was revealed to be the Rani, you had one of two reactions. Either “Who?” or a groan that shook the light fittings.
    Let’s go back a bit.

    It’s Never the Rani
    Season six, Matt Smith’s second season as the Eleventh Doctor. From “The Impossible Astronaut” onwards, Amy keeps seeing a mysterious woman with an eyepatch and big shoulder pads. “Is that the Rani?” fans whispered to each other, referencing Kate O’Mara’s renegade Time Lady character from Classic Who.

    It wasn’t, it was someone called “Madame Kovarian”.
    A few years later, the Doctor and Clara are manoeuvred into meeting each other by a mysterious “woman in a shop”, and soon the Twelfth Doctor and Clara’s adventures are trailed by a campy yet domineering woman manipulating them across time. “Could Moffat by bringing the Rani back for real?” fan asked one another. “She really does seem like his type…”
    But no, it was the Master, regenerated into an evil Mary Poppins.
    Flash forward again, the Thirteenth Doctor runs into some Judoon chasing an alien fugitive on Earth. A Time Lady who has used a chameleon arch to wipe her memory and appear human. She wears red. She has a chain with the initial “R” on it, could it be… could it really be…?
    It turns out to be an as-yet-unseen previous incarnation of the Doctor.
    Flash forward again, everywhere the Fifteenth Doctor goes, the same face keeps turning up, the same old lady, over and over again, following them through time…

    This time it’s Sutekh.

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    Get the best of Den of Geek delivered right to your inbox!

    I mean, the truth is, nobody ever really expects it to be the Rani, and her chances of coming back diminished still further with the introduction of Michelle Gomez’s Missy, allow the Master to pull double duty for male and female evil Time Lords.
    The Rani is a third tier villain at best, a camp joke with only two TV stories to her name, neither of them turning up in anyone’s all-time favourites list. Those stories are “The Mark of the Rani”, a two-parter historical where she teams up with the Master, and “Time and the Rani”, Sylvester McCoy’s introductory story.
    And yet, if you watch those stories, you will see that, she is potentially the most dangerous Evil Time Lord the Doctor’s faced yet.
    More Than a “Female Master”
    The big difference becomes obvious when you watch “The Mark of the Rani” and see her working alongside the Master.
    Because let’s be honest, the Master’s never really wanted to conquer the universe. Like Missy says to Clara in “The Magician’s Apprentice”, for the Doctor and the Master, trying to kill each other is just their version of texting. Creating grand, over-elaborate schemes for universal domination is simply the Master’s love language. When the Master’s arch nemesis is found by the Time Lords, stripped of his ability to travel and marooned on a primitive little planet well out of the way of galactic civilisation, does the Master use this as an opportunity to finally take over the rest of the Galaxy without interference? No, he rushes straight to planet Earth and starts tugging on the Doctor’s pigtails.

    In “The Mark of the Rani”, his and the Rani’s priorities are clear. While the Master spends the whole time obsessing over the most fitting way to kill the Doctor, the Rani rolls her eyes and gets on with the actual work of trying to conquer the universe.
    When she runs into the Doctor again in “Time and the Rani”, she quickly captures and takes advantage of a discombobulated post-regeneration Doctor so she can use his genius to finish her plan. But while the Master would get an absolute kick out of having the Doctor as his puppet, the Rani spends her time irritated and impatient with the whole thing.
    So, if she’s been following the Doctor around time and space for a while, we can trust that this is about more than vengeance. The Master might go through Time and Space, building a virtual afterlife to create a Cyberman army to give the Doctor as a present while screaming “Notice me!”, but that is not the Rani’s style. With the titles of the final two-parter, “Wish World” and “The Reality War”, we can safely guess that the destruction of planet Earth is merely a byproduct on the way to conquering reality itself.
    But there is an added twist in the tale…
    A Rani and The Rani
    Our first real clue to the identity of the Rani is when she starts regenerating. But this is not just any regeneration. Whatever happened to make the Fourteenth and Fifteenth Doctor’s “bi-regenerate” in “The Giggle”, it seems to have had wider repercussions, because as the Rani regenerates she splits into two.
    Now what’s interesting here is that normally in any multi-incarnation Time Lord encounter, there is an established dynamic. Namely, bickering. Put Missy and the Master, or any two given Doctors in a room and they will be immediately start sniping at each other in an attempt to assert dominance. That and maybe flirting a bit.

    But when the Rani bi-regenerates, it’s different. The Time Lady formerly known as Mrs Flood is identified as “a” Rani, and is happily subservient to the newly created “definite article”, played by The Good Wife‘s Archie Panjabi. Why is that? Is this bi-regeneration process different somehow? Or is the Rani simply so organised that she already has an agreed inter-incarnation hierarchy agreed with herself? We’ll have to wait until “Wish World” and “The Reality War” to find out…
    #doctor #who #solves #mrs #flood
    Doctor Who Solves the Mrs Flood Mystery: Post-Credits Scene Explained
    Warning: contains spoilers for Doctor Who episode “The Interstellar Song Contest” The first thing you need to know about post-credits villain reveal at the end of “The Interstellar Song Contest” is that it’s hilarious. When Mrs Flood stepped out of that cryogenic chamber and was revealed to be the Rani, you had one of two reactions. Either “Who?” or a groan that shook the light fittings. Let’s go back a bit. It’s Never the Rani Season six, Matt Smith’s second season as the Eleventh Doctor. From “The Impossible Astronaut” onwards, Amy keeps seeing a mysterious woman with an eyepatch and big shoulder pads. “Is that the Rani?” fans whispered to each other, referencing Kate O’Mara’s renegade Time Lady character from Classic Who. It wasn’t, it was someone called “Madame Kovarian”. A few years later, the Doctor and Clara are manoeuvred into meeting each other by a mysterious “woman in a shop”, and soon the Twelfth Doctor and Clara’s adventures are trailed by a campy yet domineering woman manipulating them across time. “Could Moffat by bringing the Rani back for real?” fan asked one another. “She really does seem like his type…” But no, it was the Master, regenerated into an evil Mary Poppins. Flash forward again, the Thirteenth Doctor runs into some Judoon chasing an alien fugitive on Earth. A Time Lady who has used a chameleon arch to wipe her memory and appear human. She wears red. She has a chain with the initial “R” on it, could it be… could it really be…? It turns out to be an as-yet-unseen previous incarnation of the Doctor. Flash forward again, everywhere the Fifteenth Doctor goes, the same face keeps turning up, the same old lady, over and over again, following them through time… This time it’s Sutekh. Join our mailing list Get the best of Den of Geek delivered right to your inbox! I mean, the truth is, nobody ever really expects it to be the Rani, and her chances of coming back diminished still further with the introduction of Michelle Gomez’s Missy, allow the Master to pull double duty for male and female evil Time Lords. The Rani is a third tier villain at best, a camp joke with only two TV stories to her name, neither of them turning up in anyone’s all-time favourites list. Those stories are “The Mark of the Rani”, a two-parter historical where she teams up with the Master, and “Time and the Rani”, Sylvester McCoy’s introductory story. And yet, if you watch those stories, you will see that, she is potentially the most dangerous Evil Time Lord the Doctor’s faced yet. More Than a “Female Master” The big difference becomes obvious when you watch “The Mark of the Rani” and see her working alongside the Master. Because let’s be honest, the Master’s never really wanted to conquer the universe. Like Missy says to Clara in “The Magician’s Apprentice”, for the Doctor and the Master, trying to kill each other is just their version of texting. Creating grand, over-elaborate schemes for universal domination is simply the Master’s love language. When the Master’s arch nemesis is found by the Time Lords, stripped of his ability to travel and marooned on a primitive little planet well out of the way of galactic civilisation, does the Master use this as an opportunity to finally take over the rest of the Galaxy without interference? No, he rushes straight to planet Earth and starts tugging on the Doctor’s pigtails. In “The Mark of the Rani”, his and the Rani’s priorities are clear. While the Master spends the whole time obsessing over the most fitting way to kill the Doctor, the Rani rolls her eyes and gets on with the actual work of trying to conquer the universe. When she runs into the Doctor again in “Time and the Rani”, she quickly captures and takes advantage of a discombobulated post-regeneration Doctor so she can use his genius to finish her plan. But while the Master would get an absolute kick out of having the Doctor as his puppet, the Rani spends her time irritated and impatient with the whole thing. So, if she’s been following the Doctor around time and space for a while, we can trust that this is about more than vengeance. The Master might go through Time and Space, building a virtual afterlife to create a Cyberman army to give the Doctor as a present while screaming “Notice me!”, but that is not the Rani’s style. With the titles of the final two-parter, “Wish World” and “The Reality War”, we can safely guess that the destruction of planet Earth is merely a byproduct on the way to conquering reality itself. But there is an added twist in the tale… A Rani and The Rani Our first real clue to the identity of the Rani is when she starts regenerating. But this is not just any regeneration. Whatever happened to make the Fourteenth and Fifteenth Doctor’s “bi-regenerate” in “The Giggle”, it seems to have had wider repercussions, because as the Rani regenerates she splits into two. Now what’s interesting here is that normally in any multi-incarnation Time Lord encounter, there is an established dynamic. Namely, bickering. Put Missy and the Master, or any two given Doctors in a room and they will be immediately start sniping at each other in an attempt to assert dominance. That and maybe flirting a bit. But when the Rani bi-regenerates, it’s different. The Time Lady formerly known as Mrs Flood is identified as “a” Rani, and is happily subservient to the newly created “definite article”, played by The Good Wife‘s Archie Panjabi. Why is that? Is this bi-regeneration process different somehow? Or is the Rani simply so organised that she already has an agreed inter-incarnation hierarchy agreed with herself? We’ll have to wait until “Wish World” and “The Reality War” to find out… #doctor #who #solves #mrs #flood
    WWW.DENOFGEEK.COM
    Doctor Who Solves the Mrs Flood Mystery: Post-Credits Scene Explained
    Warning: contains spoilers for Doctor Who episode “The Interstellar Song Contest” The first thing you need to know about post-credits villain reveal at the end of “The Interstellar Song Contest” is that it’s hilarious. When Mrs Flood stepped out of that cryogenic chamber and was revealed to be the Rani, you had one of two reactions. Either “Who?” or a groan that shook the light fittings. Let’s go back a bit. It’s Never the Rani Season six, Matt Smith’s second season as the Eleventh Doctor. From “The Impossible Astronaut” onwards, Amy keeps seeing a mysterious woman with an eyepatch and big shoulder pads. “Is that the Rani?” fans whispered to each other, referencing Kate O’Mara’s renegade Time Lady character from Classic Who. It wasn’t, it was someone called “Madame Kovarian”. A few years later, the Doctor and Clara are manoeuvred into meeting each other by a mysterious “woman in a shop”, and soon the Twelfth Doctor and Clara’s adventures are trailed by a campy yet domineering woman manipulating them across time. “Could Moffat by bringing the Rani back for real?” fan asked one another. “She really does seem like his type…” But no, it was the Master, regenerated into an evil Mary Poppins (still Moffat’s type). Flash forward again, the Thirteenth Doctor runs into some Judoon chasing an alien fugitive on Earth. A Time Lady who has used a chameleon arch to wipe her memory and appear human. She wears red. She has a chain with the initial “R” on it, could it be… could it really be…? It turns out to be an as-yet-unseen previous incarnation of the Doctor. Flash forward again, everywhere the Fifteenth Doctor goes, the same face keeps turning up, the same old lady, over and over again, following them through time… This time it’s Sutekh. Join our mailing list Get the best of Den of Geek delivered right to your inbox! I mean, the truth is, nobody ever really expects it to be the Rani, and her chances of coming back diminished still further with the introduction of Michelle Gomez’s Missy, allow the Master to pull double duty for male and female evil Time Lords. The Rani is a third tier villain at best, a camp joke with only two TV stories to her name (Three if you could the despised and discarded “Dimensions in Time” Children in Need special), neither of them turning up in anyone’s all-time favourites list. Those stories are “The Mark of the Rani”, a two-parter historical where she teams up with the Master, and “Time and the Rani”, Sylvester McCoy’s introductory story. And yet, if you watch those stories, you will see that (without wanting to anger any homicidal goatee aficionados), she is potentially the most dangerous Evil Time Lord the Doctor’s faced yet. More Than a “Female Master” The big difference becomes obvious when you watch “The Mark of the Rani” and see her working alongside the Master. Because let’s be honest, the Master’s never really wanted to conquer the universe. Like Missy says to Clara in “The Magician’s Apprentice”, for the Doctor and the Master, trying to kill each other is just their version of texting. Creating grand, over-elaborate schemes for universal domination is simply the Master’s love language. When the Master’s arch nemesis is found by the Time Lords, stripped of his ability to travel and marooned on a primitive little planet well out of the way of galactic civilisation, does the Master use this as an opportunity to finally take over the rest of the Galaxy without interference? No, he rushes straight to planet Earth and starts tugging on the Doctor’s pigtails. In “The Mark of the Rani”, his and the Rani’s priorities are clear. While the Master spends the whole time obsessing over the most fitting way to kill the Doctor, the Rani rolls her eyes and gets on with the actual work of trying to conquer the universe. When she runs into the Doctor again in “Time and the Rani”, she quickly captures and takes advantage of a discombobulated post-regeneration Doctor so she can use his genius to finish her plan. But while the Master would get an absolute kick out of having the Doctor as his puppet, the Rani spends her time irritated and impatient with the whole thing. So, if she’s been following the Doctor around time and space for a while, we can trust that this is about more than vengeance. The Master might go through Time and Space, building a virtual afterlife to create a Cyberman army to give the Doctor as a present while screaming “Notice me!”, but that is not the Rani’s style. With the titles of the final two-parter, “Wish World” and “The Reality War”, we can safely guess that the destruction of planet Earth is merely a byproduct on the way to conquering reality itself. But there is an added twist in the tale… A Rani and The Rani Our first real clue to the identity of the Rani is when she starts regenerating. But this is not just any regeneration. Whatever happened to make the Fourteenth and Fifteenth Doctor’s “bi-regenerate” in “The Giggle”, it seems to have had wider repercussions, because as the Rani regenerates she splits into two. Now what’s interesting here is that normally in any multi-incarnation Time Lord encounter, there is an established dynamic. Namely, bickering. Put Missy and the Master, or any two given Doctors in a room and they will be immediately start sniping at each other in an attempt to assert dominance. That and maybe flirting a bit. But when the Rani bi-regenerates, it’s different. The Time Lady formerly known as Mrs Flood is identified as “a” Rani, and is happily subservient to the newly created “definite article”, played by The Good Wife‘s Archie Panjabi. Why is that? Is this bi-regeneration process different somehow? Or is the Rani simply so organised that she already has an agreed inter-incarnation hierarchy agreed with herself? We’ll have to wait until “Wish World” and “The Reality War” to find out…
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  • Babies start showing empathy even before they can speak

    Children can display empathy before they are old enough to talkMStudioImages/Getty Images
    Children between 9 and 18 months old already demonstrate empathy, suggesting this ability starts at an earlier age than previously thought, even for babies from different cultural backgrounds.

    “If I don’t understand your emotions, I can’t communicate with you and I can’t respond to your emotions, so it’s an essential skill – but we only know how it develops in a small part of the world,” says Carlo Vreden at the Leibniz…
    #babies #start #showing #empathy #even
    Babies start showing empathy even before they can speak
    Children can display empathy before they are old enough to talkMStudioImages/Getty Images Children between 9 and 18 months old already demonstrate empathy, suggesting this ability starts at an earlier age than previously thought, even for babies from different cultural backgrounds. “If I don’t understand your emotions, I can’t communicate with you and I can’t respond to your emotions, so it’s an essential skill – but we only know how it develops in a small part of the world,” says Carlo Vreden at the Leibniz… #babies #start #showing #empathy #even
    WWW.NEWSCIENTIST.COM
    Babies start showing empathy even before they can speak
    Children can display empathy before they are old enough to talkMStudioImages/Getty Images Children between 9 and 18 months old already demonstrate empathy, suggesting this ability starts at an earlier age than previously thought, even for babies from different cultural backgrounds. “If I don’t understand your emotions, I can’t communicate with you and I can’t respond to your emotions, so it’s an essential skill – but we only know how it develops in a small part of the world,” says Carlo Vreden at the Leibniz…
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