• Ultracold atoms have been 'hyperentangled' for the first time

    Some of the lab equipment needed to trap laser-cooled atomsEndres Lab
    Extremely cold atoms have been connected into a state of quantum “hyperentanglement” for the first time. This demonstrates a new level of control over their quantum properties, which could prove useful for quantum computing.
    When cooled to temperatures very close to absolute zero – the lowest possible temperature – atoms don’t fully freeze in place, because quantum effects that don’t exist at warmer temperatures enable them to keep making tiny motions. A research team at the California Institute of Technology has now used laser light to take control of those motions in an unprecedented…
    #ultracold #atoms #have #been #039hyperentangled039
    Ultracold atoms have been 'hyperentangled' for the first time
    Some of the lab equipment needed to trap laser-cooled atomsEndres Lab Extremely cold atoms have been connected into a state of quantum “hyperentanglement” for the first time. This demonstrates a new level of control over their quantum properties, which could prove useful for quantum computing. When cooled to temperatures very close to absolute zero – the lowest possible temperature – atoms don’t fully freeze in place, because quantum effects that don’t exist at warmer temperatures enable them to keep making tiny motions. A research team at the California Institute of Technology has now used laser light to take control of those motions in an unprecedented… #ultracold #atoms #have #been #039hyperentangled039
    WWW.NEWSCIENTIST.COM
    Ultracold atoms have been 'hyperentangled' for the first time
    Some of the lab equipment needed to trap laser-cooled atomsEndres Lab Extremely cold atoms have been connected into a state of quantum “hyperentanglement” for the first time. This demonstrates a new level of control over their quantum properties, which could prove useful for quantum computing. When cooled to temperatures very close to absolute zero – the lowest possible temperature – atoms don’t fully freeze in place, because quantum effects that don’t exist at warmer temperatures enable them to keep making tiny motions. A research team at the California Institute of Technology has now used laser light to take control of those motions in an unprecedented…
    0 Comentários 0 Compartilhamentos 0 Anterior
CGShares https://cgshares.com