Monster Hunter Wilds has finally arrived. Ourselves and many other critics love it, and most players agree its a tremendous game - millions have rushed to play it at release, after all. This has not been a smooth launch, however. Read more

Atlantis' AfterlifeCyberpunk 2077 mod reopens a nightclub previously only visitable in a Johnny Silverhand flashback, so you can properly hang out in The Afterlife's forerunnerIt's the hottest night spot of the 2020s, restored so people living in the real 2020s can still boogie there in 2077.Image credit: CD Projekt/desertpirate77 News by Mark Warren Senior Staff Writer Published on March 3, 2025 Odds are you've spent a fair amount of time chilling in The Afterlife if you've sunk plenty of hours into Cyberpunk 2077, but if you've not played through the main story in a while, you might not remember briefly visiting the club that was Night City's top hangout back when Johnny Silverhand was a real boy.The good news is that modders have managed to resurrect and re-open this forgotten club, The Atlantis, so that you can go back in non-flashback state and dance about to some pounding techno in it without having to pause the action mid-mission.To see this content please enable targeting cookies. Outstandingly-named modder Brocreate's 'The Atlantis - Restored', takes the blank spot on the map where the club used to be - having been closed down long before the time that serves as present day for Cyberpunk's story - and reopens it with all the functionality you'd expect from one of the base game's proper night spots.So, while the version of The Atlantis you visit in the vanilla Cyberpunk is only briefly explorable during the Silverhand flashback mission 'Never Fade Away', when Johnny heads there to chat to Rogue about doing, er, a thing at Arasaka Tower, this one is a proper location on the map you can pop into any time. In addition being cool for the obvious nightclub reasons, it's cool from a lore nerd perspective, as The Atlantis' in-game database entry cites it as having been NC's main gathering spot prior to The Afterlife being created. To see this content please enable targeting cookies."Those who still remember the club (which has long been closed) say the Afterlife is a poor imitation, stained by posers, that doesn't hold a candle to the atmosphere of authenticity Atlantis once boasted," reads that database entry. So, no pressure then, on this mod that lets 2077 V access it in all its heyday pomp and delivers a fresh coat of paint in the form of new NPC crowds, bartenders you can interact with, and some other immersive touches. If nothing else, it's another cool location to take screens of your character as they show off whichever new bits of cyberware you've decided are totally necessary for this build, for reasons that don't involve it just being quirky to have eyes that shoot lasers.Will you be firing Cyberpunk back up to check out this restored location from a Keanu Reeves fever dream? Let us know below!

Image: Nintendo Life / Oscar BownAfter launching a beautiful book looking at the history of Club Nintendo, Oscar Bown is back with another upcoming Kickstarter project. This time, he's launching an updated and expanded version of the unofficial Super Mario Collection book with new content celebrating the plumber's 40th anniversary.Clocking in at 300 pages, this will be styled on the recent Club Nintendo book and will cover off everything including the mainline video game series, TV shows, collectibles, and more. It'll offer up the same premium quality hardback cover and will measure at 210 x 148 mm.The Kickstarter project aptly launches on 10th March 2025 (a.k.a Mario Day), with a gold Mario pin being offered up as an exclusive reward.We absolutely loved the Club Nintendo book from Bown; it's a weighty tome that contains beautifully presented images of every reward from the beloved loyalty scheme. If this new product receives the same level of care and attention, we reckon Mario fans are going to be very well catered for when it launches.Let's check out an early look at some of the goodies included in the new book:Image: Oscar BownWe'll be sure to keep you updated on the outcome of the Kickstarter campaign, plus any further details on the book's eventual launch. Join the clubFor now, let us know in the comments what you make of this latest project from Oscar Bown? Did you also pick up the Club Nintendo book?[source kickstarter.com]Related GamesSee AlsoShare:01 Nintendo Lifes resident horror fanatic, when hes not knee-deep in Resident Evil and Silent Hill lore, Ollie likes to dive into a good horror book while nursing a lovely cup of tea. He also enjoys long walks and listens to everything from TOOL to Chuck Berry. Hold on there, you need to login to post a comment...Related ArticlesNintendo Confirms Removal Of Switch Online SNES GameSuper Soccer will "no longer be available"Nintendo Switch 2 Doesn't Need To Worry About Steam Deck SalesSteam Deck has sold roughly 4 million unitsRumour: Switch 2 3D Dock Mock-Up Surfaces OnlineA supposed look at the new designPokmon Presents February 2025: Every Announcement, Full LivestreamLegends Z-A! Champions! TCG Sets!

Preordered physically discounted from my usual retailer Suikoden, Xenoblade Chronicles X and Atelier Yumia so I'm voting for those in the poll, but I'm interested in eventually getting also Everhood 2 (although I have to play the previous one first and foremost), Mainframes, On Your Tail, Kraino ReBirth (have to play Origins first in this case as well), Breakout Beyond and Servants of the Dark (same song and dance, Demon Purge first)!

Uber has started piloting its teenagers-focused Uber for Teens service in India, TechCrunch has exclusively learned. Uber for Teens is live in Bengaluru, Delhi NCR and Mumbai, Uber confirmed to TechCrunch. The company said it would expand the service in the coming weeks to 35 cities, which include Ahmedabad, Chennai, Hyderabad, Mumbai and Pune.The service lets parents and guardians set up accounts for their teenagers (between 13 and 17 of age) so they can request trips directly using their own devices. It also includes features like live trip tracking and opt-in audio recording.Guardians can also book rides for teenagers, and they can also set monthly trip limits to restrict the number of trips. Uber requires guardians in India to add a credit or debit card to their account to invite a teenager to their family profile. Once added, guardians and teens can book rides using any payment method, including cash.Teens can also bring riders aged between 13-17 with them, per the details available on a support page, but it is not clear how the consent mechanism for this will work. Uber said it will also perform additional background checks on drivers.The move comes nearly two years after the service was launched in the U.S. and Canada,as the ride-hailing app plans to grow in India and take on domestic rivals Ola, Rapido, Namma Yatri and BluSmart.Uber for Teens is currently live in about 50 countries, according to the companys Q4 results statement last month. The company has also introduced separate profiles for teenagers in some markets, letting them pay using their own payment methods and cash.For the last few months, Uber has added several features like concurrent rides, flexible pricing, and prepaid item pickups to cater to Indians changing transportation needs. The company also recently ditched commissions on auto-rickshaw bookings, instead instituting a daily subscription charge.

Free Tutorial: Procedural Crystal Generatorby Manuel 03.03.2025comment 0 Free TutorialsCrystals are tedious to create by hand, especially if you want to create lots of them. In this tutorial Manuel looks into how to create a procedural crystal generator from start to finish using Blender 4.3 Geometry Nodes. Well create detailed geometry with internal crystal structures and then use a dispersion shader in Cycles.Liked it? Take a second to support Manuel on Patreon!

Australian metal 3D printer manufacturer Titomic has sold its D623 Medium-Pressure Cold Spray System to France-based institute Universit de Limoges (UNILIM). Although the price of the sale remains unknown, the main aim is to support UNILIMs aerospace-related research and development (R&D) efforts. Working with Surface Advanced Functionalization for Industry and Research (SAFIR), the French institute will use this system to support an undisclosed multinational aerospace, defense, and security corporation in developing next-generation materials.With its existing Titomic D523 Low-Pressure System already in place, UNILIM says it is enhancing its capabilities in metal deposition and surface treatments. The new system enables the application of harder materials, such as titanium and advanced metal alloys, which are essential for improving wear resistance and durability in aerospace components operating under extreme conditions.Titomics D523 Cold Spray 3D printer. Photo via Titomic.Titomics expanding role in aerospace and defenseAccording to market research cited by Titomic from Grandview Research, the cold spray additive manufacturing (CSAM) sector is expected to grow from $1.05 billion in 2022 to $1.71 billion by 2030, with a compound annual growth rate (CAGR) of 6.4%.Titomic has already established a presence in the aerospace industry, with its cold spray systems in use by companies such as aerospace giant Airbus. In a previous collaboration, Titomic 3D printed near-net demonstrator parts using its Titomic Kinetic Fusion (TKF) AM process. Aimed at a targeted aerospace application, the project involved performance testing through a mock qualification process.The initial phase focused on refining TKF material and process parameters before advancing to a representative geometry demonstration. Using multi-material additive manufacturing, the demonstrator parts underwent 3D printing and evaluation to assess the feasibility of an end-to-end production process for advanced aerospace applications. Additionally, Titomic supported an AM setup at TWI UK supporting commercial aviation projects.Beyond aerospace, Titomics systems have also been deployed for defense applications. Last year, the company revealed a significant order from the Royal Netherlands Army for ten D523 Cold Spray 3D printers, totaling 772,000 (AUD$1.28 million). Nine of these units were deployed to Ukraine to facilitate on-site battle damage repair and maintenance amid the ongoing conflict with Russia. Marking the companys largest as of March 2024, this deal signified a major step in expanding its presence in the global defense sector.A Titomic TKF 3D printer. Photo via Titomic.Industry-wide developments in cold spray 3D printingTitomic is not alone in the development of CSAM, with other companies contributing their fair share of expertise to the technology.Australian metal 3D printer manufacturer SPEE3D successfully demonstrated its XSPEE3D metal 3D printer in sub-zero conditions during the U.S. Department of Defense (DoD) Point of Need Manufacturing Challenge in Melbourne. Using CSAM technology, the system produced high-density metal parts without lasers or inert gases, maintaining material properties comparable to those made in controlled lab settings.Working with New Jersey Institute of Technologys (NJIT) COMET Project and Philips Federal, and managed by LIFT, this project aimed to enhance expeditionary manufacturing in extreme environments. Encased in a 20-foot shipping container, the 3D printer was tested at the U.S. Armys Cold Regions Research and Engineering Laboratory in late 2023, proving its capability for rapid, on-demand production of critical components in austere conditions.German industrial cold spray system provider Impact Innovations developed a novel CSAM process for titanium alloy Ti-6Al-4V, using nitrogen gas as a propellant. At the time, 3D printing this alloy with cold spray had long been a challenge due to its high critical velocities, which often led to excessive porosity in finished parts.By refining the process, the company achieved porosity levels below 0.2 percent, significantly improving part quality. This development made Ti-6Al-4V more viable for industries that demand high-performance metal components, including aerospace and defense, where strength and reliability are critical.What3D printing trendsshould you watch out for in 2025?How is thefuture of 3D printingshaping up?To stay up to date with the latest 3D printing news, dont forget to subscribe to the 3D Printing Industry newsletter or follow us on Twitter, or like our page on Facebook.While youre here, why not subscribe to our Youtube channel? Featuring discussion, debriefs, video shorts, and webinar replays.Featured image shows Titomics D523 Cold Spray 3D printer. Photo via Titomic.

In this edition of SLICED, the 3D Printing Industry news digest, we examine the latest updates in additive manufacturing (AM), from partnerships and material innovations to strategic rebranding and advanced software updates.Todays digest features collaborative initiatives, reseller expansions, and high-performance technologies reshaping industries such as aerospace and tabletop gaming.Read on for the latest insights from Siemens, Formlabs, Axtra3D, NatureWorks, Xenia, and other leading players driving the future of 3D printing.Emerging partnerships from Siemens, MyMiniFactory, Yamaha, and moreStarting with partnerships, industrial manufacturing firmSiemens and the University of Michigan have introduced an online course to expand knowledge of metal AM. Available on Coursera, this program was developed by mechanical engineering professor Chinedum Okwudire and Siemens Dr. Nathaniel Wood, offering insights into industrial 3D printing applications, design considerations, and process limitations.Through this collaboration, Siemens aims to address a growing industry gap in workforce education, ensuring engineers gain the necessary expertise to implement AM efficiently.Aaron Frankel, Vice President of Additive Manufacturing at Siemens Digital Industries Software, highlighted the potential of metal AM to transform manufacturing, emphasizing that industry needs a workforce that is knowledgeable about all aspects of the processes, how best to implement them to solve real engineering challenges, and avoid common pitfalls.Additionally, Okwudire reinforced the importance of inclusivity in AM education, noting that Siemens support has been instrumental in making specialized knowledge more widely accessible.UK-based 3D file marketplace MyMiniFactory has partnered with Factory Fortress INC to expand 3D printings role in tabletop gaming, allowing players to 3D print their own miniatures on demand rather than purchasing mass-produced figures. Their collaboration builds on the success of Trench Crusade, a crowd-funded miniatures game that has generated $5 million in sales and over 2 million STL file downloads.According to the company, the shift toward digital-first gaming has allowed for greater customization, reduced costs, and faster access to new content, marking a departure from traditional supply chain constraints. MyMiniFactorys platform supports independent designers, while Factory Fortress INC specializes in integrating 3D printing into gaming ecosystems, offering players the ability to modify, resize, and personalize their miniatures.A preview of the Court of the Seven-Headed Serpent miniatures showcasing the role of 3D printing in tabletop gaming. Photo via MyMiniFactory.In the motorsport sector, Yamaha Factory Racing MotoGP has renewed its five-year partnership with 3D printer manufacturer Roboze, reinforcing its reliance on additively manufactured high-performance motorcycle components. Since integrating Robozes composite 3D printing solutions, the racing team has reduced production time and improved part precision, optimizing aerodynamic and structural properties.Robozes CEO Alessio Lorusso called the extended agreement a strong vote of confidence in the companys materials expertise, while Yamaha Motor Racings engineering manager, Michele Gadda, credited Robozes technologies with enhancing the teams on-track performance. The partnership aligns with broader motorsport trends, where weight reduction and rapid part iteration are critical in competitive racing.On another note, metal 3D printer manufacturer Eplus3D has strengthened its European presence by partnering with AM Futures to bring metal powder bed fusion (MPBF) technology to the UK. The move grants manufacturers access to large-format MPBF systems capable of producing complex metal components across industries such as aerospace, automotive, and medical devices.AM Futures founder Nigel Robinson emphasized that the collaboration goes beyond machine sales, ensuring that manufacturers gain access to a system that can achieve a competitive cost per part while maintaining high quality. Eplus3D has already deployed over 100 industrial metal 3D printers across Europe, and this latest agreement positions the company for further expansion in the UKs advanced manufacturing sector.In a move to improve real-time AM quality inspection, Phase3D has partnered with Taiyo Nippon Sanso Corporation (TNSC) to introduce structured light-based metrology tools to Japans AM industry. The collaboration will see TNSC distributing Phase3Ds Fringe Inspection and Fringe Qualification systems, which provide heightmap-based process monitoring to detect part defects at a micron level.CEO Niall ODowd described the partnership as a crucial step in expanding measurement-driven quality assurance in additive manufacturing, an area where Japans industrial sector has lacked objective, real-time control tools. By shifting from visual inspections to data-driven defect analysis, manufacturers can enhance repeatability, certification reliability, and part integrity in regulated sectors such as aerospace and medical devices.Finally, Axtra3D, a manufacturer of high-speed stereolithography (SLA) systems has partnered with Oqcam to integrate AI-driven automation into dental 3D printing workflows, streamlining production for dental restorations.Combining Axtra3Ds high-speed Stereolithography (SLA) technology with Oqcams automated nesting software, reducing manual setup time by up to 98% while optimizing material usage.In a press release, Kris Wouters, CEO of Oqcam, described the move as expanding the reach of our innovative solutions, highlighting its machine-agnostic nature, which allows it to support both 3D printing and CNC milling processes. Axtra3Ds Lumia X1 system, which employs Hybrid PhotoSynthesis technology, will now benefit from enhanced print efficiency and streamlined workflows, offering dental labs a scalable production solution.Innovative materials from NatureWorks, Accu, and XeniaMoving on to material developments, UK-based precision engineering component distributor Accu has launched Brass Threaded Inserts, offering a durable fastening solution for plastic 3D printed components and prototypes. These inserts provide secure, reusable threading, addressing the limitations of direct threading into thermoplastics, which often degrades under repeated use. Designed for heat-set installation, the inserts embed into plastic substrates, forming a structurally stable anchor that enhances load-bearing capacity and resistance to thread stripping.Manufactured from high-quality corrosion-resistant brass, the inserts are available in metric sizes ranging from M3 to M6, supporting applications in consumer electronics, automotive, and industrial manufacturing. Yasin Boulakhras, Accus Global Head of Product Strategy, noted that plastic threads frequently fail under repeated installation cycles, making brass inserts an essential upgrade for product durability.NatureWorks, a company specializing in sustainable biopolymers,has introduced Ingeo 3D300, a biopolymer filament engineered for high-speed 3D printing without requiring chemical additives. Capable of reaching 300 millimeters per second, the material maintains surface detail and structural integrity, making it suitable for functional prototypes and end-use components. Unlike conventional fast-printing materials that depend on chemical modifiers, Ingeo 3D300 retains print speed, stability, and color consistency in its neat form.NatureWorks, a joint venture between GC and Cargill, has emphasized sustainability in its product development, ensuring that Ingeo 3D300 aligns with the companys commitment to reducing polymer-based manufacturings environmental impact. The material will be showcased at TCT Asia and Rapid + TCT, where manufacturers can evaluate its properties and industrial potential.Ingeo 3D300 performance highlights. Photo via NatureWorks.Meanwhile, Xenia, an Italian manufacturer specializing in reinforced thermoplastic composites, has introduced a Whitened Shade version of its carbon fiber-reinforced thermoplastics, addressing a longstanding limitation of carbon composites in design applications. While traditional carbon fiber materials are black by default, limiting their use in aesthetic-driven industries, the new formulation provides a lighter base color, enabling greater customization through masterbatch additions during injection molding and pellet-based 3D printing.The material retains the high strength-to-weight ratio and durability of standard carbon fiber-reinforced thermoplastics, making it ideal for automotive, consumer electronics, and industrial equipment. Xenia will present Whitened Shade carbon composites at JEC World 2025, where manufacturers can explore its applications and color-integration potential.Resellers deals with Axtra 3D and FormlabsNext up, Axtra3D has appointed 3DChimera as its official reseller in the U.S., expanding access to high-speed SLA (HPS) technology. Featuring Hybrid PhotoSynthesis and TruLayer technologies, the Lumia X1 system enables 20x faster printing speeds while preserving high surface resolution and accuracy. The partnership targets aerospace, medical, and product design sectors, where precision resin-based 3D printing is crucial.Greg Elfering, EVP of Sales at Axtra3D, emphasized that this agreement eliminates long-standing trade-offs in resin-based additive manufacturing, allowing for higher throughput without compromising part complexity. By integrating high-speed SLA into industrial workflows, the reseller partnership is expected to enhance adoption of production-grade SLA printing across multiple industries.3D printer OEM Formlabs has entered a strategic partnership with Henry Schein, marking a significant expansion of digital dentistry adoption in North America. Under this agreement, Henry Schein will act as the preferred reseller for the Form 4B and Form 4BL 3D printers, increasing access to high-precision in-office and lab-based dental manufacturing solutions.The Form 4B series, launched in 2024, enhances speed and material compatibility, catering to practitioners and large-scale dental labs. With over 15 million dental parts produced using Formlabs systems, this collaboration aims to broaden adoption of same-day digital dentistry solutions.Henry Scheins global network supports over one million healthcare professionals, making it a key player in distributing advanced dental technologies. The Form 4B is designed for individual practices, offering higher throughput, while the Form 4BL supports large-scale batch production.Both systems are compatible with Formlabs proprietary dental resins and third-party materials via Open Material Mode, making them versatile for different workflows. The partnership is expected to further drive digital transformation in the sector.Novel applications by Modiphius Entertainment and Georgia TechMoving ahead, Modiphius Entertainment, a UK-based publisher specializing in tabletop role-playing and miniature games, has announced that its Elder Scrolls: Call to Arms miniatures will be available as 3D printable STL files, marking a major shift towards digital distribution in tabletop gaming.Hosted on MyMiniFactory, the full miniatures range will be released in structured FronTier campaigns, offering pre-supported STL files alongside exclusive rewards such as a free Dragonpriest model and a 3D printer giveaway. The move follows successful early trials, reinforcing the growing demand for licensed 3D-printable gaming content.Graduate student Kevin Kamperman and his team at Georgia Tech have successfully developed a fully 3D printed acoustic violin, filing a provisional patent for their design. Using multi-jet fusion (MJF) with PA 12, they created an instrument that mimics the acoustics of a wooden violin while eliminating traditional handcrafting constraints.Conducted in alliance with Endeavor 3D, this research integrates stress and modal simulations, allowing for precise tuning of the instruments sound properties. The project represents a fusion of engineering and artistic expression, showcasing the potential for advanced materials in musical instrument production.3D printed Violin by Kevin Kamperman. Photo via Georgia Tech Research Institute.Creaform and Replique secure new certificationsMoving to certifications, Creaform, a subsidiary of AMETEK, has secured ISO 27001, ISO 14001, and TISAX certifications, reinforcing its commitment to data security, environmental sustainability, and automotive industry compliance.These certifications complement existing ISO 9001 and ISO 17025 accreditations, ensuring high standards in 3D metrology and quality assurance. Creaform President Fanny Truchon stated that these milestones highlight the companys dedication to maintaining industry-leading security and sustainability practices.In a similar move, Replique, a provider of an industrial procurement platform for demanding requirements has also obtained ISO 27001 certification, validating its Information Security Management System (ISMS). The certification process, audited by TV Sd, aligns with upcoming regulatory shifts such as the NIS2 directive, which strengthens cybersecurity requirements for digital infrastructure providers.Creaform secures ISO 27001 and ISO 14001 certifications. Photo via Creaform.Autodesks Fusion update improves efficiencyTurning to software, Autodesk has introduced 3D nesting for AM in its latest Fusion update, optimizing part placement for SLS and MJF 3D printing. The new voxel-based nesting algorithm improves packing density, machine efficiency, and material usage, significantly reducing waste and build times.Beyond additive manufacturing, the update also enhances CNC machining, data management, and AI-driven AutoConstrain features. Performance optimizations include an 89x improvement in sketch editing speed and a 4.5% increase in compute performance for large assemblies. Users are advised to update their operating systems, as macOS 12 Monterey support will be phased out after March 2025.Aerospace research pioneers multi-material ceramic printing for lunar missionsOn the aerospace front, Embry-Riddle Aeronautical University has become the first U.S. institution to install the Lithoz CeraFab Multi 2M30 ceramic 3D printer, which supports multi-material fabrication for aerospace applications. The system is being used to develop wear-resistant coatings and functional sensors for lunar exploration.Professor Seetha Raghavan highlighted that the CeraFab Multi enables precise engineering of ceramics with tailored properties, enhancing space mission durability. The printer is also aiding NASA Human Lander Challenge projects, where students have developed ceramic-based solutions to mitigate lunar dust adhesion on spacecraft and astronaut equipment.Embry-Riddle Aeronautical University newly acquired Lithoz CeraFab Multi 2M30 ceramic 3D printer. Photo via Lithoz.Business Deals from UPM and WOL3DShifting focus, United Performance Metals (UPM) has rebranded its AM division to UPM Advanced Solutions, reflecting a broader focus on high-performance materials beyond 3D printing. The transition aligns with increasing demand for corrosion-resistant, high-strength, and high-temperature metals in aerospace, medical, and energy sectors.JJ Johnson, General Manager of UPM Advanced Solutions, emphasized that the rebrand symbolizes an expansion of the companys engineering expertise, positioning it as a key player in specialty metals innovation.Mumbai-based AM and industrial automation company WOL3D has secured an export deal to supply a Concrete 3D Printer and Robotic Arm to a U.S. client, expanding its role in automated construction technologies. To fulfill this order, WOL3D has partnered with TVASTA Manufacturing Solutions, a company specializing in layered cement deposition for automated building construction.This move aligns with the growing adoption of 3D printing in architecture, where digitized manufacturing is reducing material waste and improving construction efficiency. In a statement, Rahul Chandalia, Managing Director and CEO of WOL3D, emphasized that the integration of robotics and 3D printing allows for greater precision, reduced material usage, and faster project completion.Innovation and networking at Frances leading 3D printing eventFrances 3D PRINT 2025 will return to Lyon Eurexpo from June 35, 2025, featuring major exhibitors such as ADDUP, EOS, and Nikon SLM Solutions. The event will include over 50 conferences on automation, sustainability, and AI integration in additive manufacturing. A new Business Connect initiative will facilitate networking between exhibitors and industry professionals, while three innovation awards will recognize excellence in hardware, software, and materials.3D PRINT 2025. Photo via 3D PRINT Lyon.Mark3D UK Expands Composite ProductionFinally, Mark3D UK Limited has commissioned the largest Markforged FX20 3D printing facility in the UK, enhancing its composite part production capabilities. The installation at Hereford Glass Fibre enables the fabrication of high-strength aerospace and automotive components using ULTEM 9085 and continuous carbon fiber reinforcement.General Manager Pin Pangsang stated that the investment aligns with the companys long-term strategy, allowing for faster, high-precision production of composite parts. The facility will also offer subcontracting services, making its advanced 3D printing capabilities accessible to a wider range of industries.Ready to discover who won the 20243D Printing Industry Awards?Subscribe to the 3D Printing Industry newsletter to stay updated with the latest news and insights.Anyer Tenorio LaraAnyer Tenorio Lara is an emerging tech journalist passionate about uncovering the latest advances in technology and innovation. With a sharp eye for detail and a talent for storytelling, Anyer has quickly made a name for himself in the tech community. Anyer's articles aim to make complex subjects accessible and engaging for a broad audience. In addition to his writing, Anyer enjoys participating in industry events and discussions, eager to learn and share knowledge in the dynamic world of technology.

Three winners announced and two shortlists revealed for the W Awards 2025Shortlists for the MJ Long Prize for Excellence in Practice and Moira Gemmill Prize for Emerging Architecture have been announced by The Architectural Review and the Architects Journal, as well as the winners of the Jane Drew Prize for Architecture, Ada Louise Huxtable Prize for Contribution to Architecture, and the Prize for Research in Gender and Architecture.MJ Long Prize for Excellence in Practice 2025Photography credits from top to bottom, left to right: Johan Dehlin, Maddie Persent, Jack Hobhouse, Nick KaneThis prize, named in memory of inspirational architect MJ Long, celebrates architects who are excelling in practice. In recognition of the London home of the awards, the prize considers UK-based architects working for UK-based practices, and is judged on an overall body of work with an emphasis on a recently completed project.The MJ Long Prize shortlist comprises: Rachel Elliott of Lynch Architects, for Westminster Coroners Court in London Rebecca Kalbfell of HAT Projects, for Sunspot in Jaywick Sands Mathilda Lewis of dMFK Architects, for Voysey House in Chiswick Jacqueline Stephen of Nall McLaughlin Architects, for the Faith Museum in Bishop AucklandMoira Gemmill Prize for Emerging Architecture 2025Photography credits from top to bottom, left to right: JAG Studio, Felipe Cotero, Kent Andreasen, Hassan Al ShattiWe are delighted to announce the architects shortlisted for this years Moira Gemmill Prize for Emerging Architecture.The shortlist features architects based in South Africa, Saudi Arabia, Colombia and Ecuador, seeking original and tactical ways to navigate the contexts they work in to create spaces for the local community.This award recognises a bright future for designers under the age of 45 who are leading their own practices.The Moira Gemmill Prize shortlist comprises: Marialuisa Borja of Al Borde based in Ecuador Ana Maria Gutirrez of Organizmo based in Colombia Ashleigh Killa of The MAAK based in South Africa Sara Alissa and Nojoud Alsudairi of Syn Architects based in Saudi ArabiaThe jury for the Moira Gemmill and MJ Long Prizes includes: Cristina Monteiro of DK-CM; Sandra Barclay of Barclay Crousse; EvaJiin of AI Design; Anna Liu of Tonkin Liu; AlbertWilliamsonTaylor of AKT II; Karen Livingstone of the Fitzwilliam Museum; and Sal Wilson, educator and sustainability consultant.Jane Drew Prize for Architecture and Ada Louise Huxtable Prize for Contribution to Architecture 2025Photography credits from left to right: Philippe Ruault, Columbia GSAPP / Wikimedia CommonsArchitect Anne Lacaton has been awarded the Jane Drew Prize for Architecture 2025, an award recognising an architectural designer who, through their work and commitment to design excellence, has raised the profile of women in architecture. Co-founder, with Jean-Philippe Vassal, of French firm Lacaton & Vassal, Lacaton has been instrumental in defining what it means to build responsibly in the 21st century. Often upending convention, Lacaton and Vassal are famed for their bare-bones renovation of Pariss Palais de Tokyo, and for wrapping existing housing stock in winter gardens a move which improves the thermal performance of homes while subtly extending them.Manon Mollard, Editor of The Architectural Review said: Far from pretensions to stardom, Anne Lacatons practice is considered and audacious, with a clarity of purpose that must be celebrated. With Jean-Philippe Vassal, she places residents and users at the centre, and designs buildings that are both frugal and generous. Their denunciation of demolition as madness, and advocacy for reuse and transformation is an urgent message for all architects, clients and politicians.Suad Amiry is the winner of the Ada Louise Huxtable Prize for Contribution to Architecture 2025, which recognises individuals from fields adjacent to and that intersect with architecture, who have made a significant contribution to architecture and the built environment. Amiry is the founder of Riwaq, an organisation specialising in the preservation and reuse of historical buildings in Palestine. In addition to leading Riwaqs conservation work, Amiry is a prolific writer, having authored award-winning books such as Sharon and My Mother-in-Law (2003) and, most recently, Mother of Strangers (2022).Eleanor Beaumont, Deputy Editor at The Architectural Review said: In light of continuing and increasing violence and destruction in Palestine, Suad Amirys commitment to the restoration and reuse of historical Palestinian structures is vital. Amirys varied practice, combining both advocacy and writing, teaches spatial practitioners to imagine a world beyond the rubble.Prize for Research in Gender and Architecture 2025Designing Motherhood on display at Stockholms ArkDes. Credit: courtesy of ArkDesThe winner of this years Prize for Research in Gender and Architecture is the Designing Motherhood project. Noticing a gap in classrooms, exhibitions and writing on design for the arc of human reproduction, US design historians Michelle Millar Fisher and Amber Winick launched this research project in 2017. Today, it comprises a book published in 2021 by MIT Press; a touring exhibition currently in its fourth and fifth iterations at ArkDes in Stockholm, Sweden and the Houston Center for Contemporary Craft (curated with Juliana Rowen Barton and Zo Greggs); a popular Instagram account; and a series of local partnerships with maternal and infant health specialists, policy makers and activists.The Prize for Research in Gender and Architecture celebrates projects that investigate the complex relations between gender and the built environment, and challenge patriarchal spatial systems. Sited within architectural practice or outside it, in the homes, cities and landscapes we all inhabit, the prize recognises projects that are critical, educational and propositional in outlook, undertaken by individuals (of any gender) or collectives from around the world.Kristina Rapacki, Senior Editor at The Architectural Review said: Designing Motherhood is a multifaceted research project into the rich and largely unexplored design histories of human reproduction. By incorporating a multiplicity of voices, it reveals deep biopolitical stories of the buildings, objects and materials that have been used to control as well as emancipate birthing people and their bodies.We are delighted that this yearsW Awards will be hosted by ECC Italy in Venice on Friday 9 May, where the winners of the MJ Long and Moira Gemmill Prizes will be revealed. The event will be free to attend, and registration will open soon.2025-03-03AR EditorsShare

Recommended Published March 3, 2025 6:00am EST close 'CyberGuy': 2025 Terminator lab-grown muscle brings biohybrid robot hand to life Kurt Knutsson talks about how lab-grown muscles power a biohybrid hand for scalable prosthetics and research. A groundbreaking development has come from researchers at the University of Tokyo and Waseda University in Japan. They've created a biohybrid hand, a fusion of lab-grown muscle tissue and mechanical engineering, capable of gripping and making gestures. This innovation paves the way for a new generation of robotics with diverse applications. Biohybrid hand (Science Robotics) (Kurt "CyberGuy" Knutsson)Bridging biology and roboticsWhile soft robots and advanced prosthetics are becoming increasingly common, the combination of living tissue and machines is still relatively rare. The field of biohybrid science is in its infancy, with only a few examples, such as artificial fish powered by human heart cells or robots using locust ears for hearing. This new biohybrid hand represents a significant step forward in the practical application of this technology. Biohybrid hand (Science Robotics) (Kurt "CyberGuy" Knutsson)The secret ingredient: MuMuTAsSo, how did they do it? The team started by growing muscle fibers in the lab. Recognizing that these delicate tissues wouldn't be strong enough on their own, they bundled them into what they call "multiple tissue actuators," or MuMuTAs. "Our key achievement was developing the MuMuTAs," said Shoji Takeuchi from the University of Tokyo.Takeuchi is the co-author of a study describing the creation that was published in the journalScience Robotics. Shoji explained that creating MuMuTAs was their key achievement. By rolling the thin strands of muscle tissue like a sushi roll, they ensured enough contractile force and length to drive the hand's movements. Biohybrid hand (Science Robotics) (Kurt "CyberGuy" Knutsson)Like a real handOne of the most remarkable findings was that the biohybrid hand experienced fatigue, just like a real human hand. After 10 minutes of use, the force of the tissue declined, but it recovered within an hour of rest. This observation highlights the lifelike properties of the engineered muscle tissue. Biohybrid hand (Science Robotics) (Kurt "CyberGuy" Knutsson)Challenges and future directionsTakeuchi and his team acknowledge that their creation is currently a proof of concept. During the study, the hand was floated in a liquid to minimize friction, and adding elastic or more MuMuTAs would solve the issue of the segments floating back to a neutral position after being flexed. However, by bundling the tissue together, they overcame a major hurdle in scaling up biohybrid devices. Previously, such devices were limited to about a centimeter in size. Biohybrid hand (Science Robotics) (Kurt "CyberGuy" Knutsson)The potentialThe development of MuMuTAs marks an important milestone in mimicking biological systems, which requires scaling up their size. While the field of biohybrid robotics is still young, this technology has the potential to revolutionize advanced prosthetics. It could also serve as a valuable tool for understanding muscle tissue function, testing surgical procedures and developing drugs that target muscle tissue.Kurt's key takeawaysThe biohybrid hand is a remarkable achievement that blends biology and engineering. While still in its early stages, this technology offers a glimpse into a future where robots possess lifelike movement and responsiveness. The development of MuMuTAs has overcome significant hurdles, paving the way for advanced prosthetics and a deeper understanding of muscle tissue function.If biohybrid prosthetics like this became available, what features or capabilities would be most important to you and why? Let us know by writing us atCyberguy.com/Contact.For more of my tech tips and security alerts, subscribe to my free CyberGuy Report Newsletter by heading toCyberguy.com/Newsletter.Follow Kurt on his social channels:Answers to the most-asked CyberGuy questions:New from Kurt:Copyright 2025 CyberGuy.com.All rights reserved. Kurt "CyberGuy" Knutsson is an award-winning tech journalist who has a deep love of technology, gear and gadgets that make life better with his contributions for Fox News & FOX Business beginning mornings on "FOX & Friends." Got a tech question? Get Kurts free CyberGuy Newsletter, share your voice, a story idea or comment at CyberGuy.com.