Tag

Tu Dortmund

All articles tagged with #tu dortmund

science-and-technology1 year ago

"Record-Breaking Time Crystal Lasts 40 Minutes, Defying Expectations"

Scientists from TU Dortmund University have achieved a major breakthrough in physics by creating a time crystal that lasted for an astonishing 40 minutes, a significant improvement over previous attempts. Time crystals, which exist in a dimension beyond our typical 3D perception, could have game-changing applications in quantum computing. The crystal was created using a semiconductor crystal of indium gallium arsenide doped with silicon, and its repeating oscillations lasted far longer than any continuous time crystal before it. This achievement opens up possibilities for longer-lasting time crystals with potential applications that are yet to be fully understood.

science1 year ago

"Record-Breaking Time Crystal Lasts 40 Minutes, Defying Expectations"

Scientists from TU Dortmund have achieved a major breakthrough in physics by creating a time crystal that lasted for an astonishing 40 minutes, a significant improvement over previous attempts. Time crystals, which exist in a dimension beyond our typical 3D perception, could have game-changing applications in quantum computing. The crystal was created using super-cooled atoms and lasers, and its potential uses are still largely unknown, but the achievement opens up new possibilities for the future of this fascinating field of study.

science-and-technology1 year ago

"Record-Breaking Time Crystal Lasts 40 Minutes, Defying Expectations"

Scientists from TU Dortmund University have achieved a major breakthrough in physics by creating a time crystal that lasted for an astonishing 40 minutes, a significant improvement over previous attempts. Time crystals, which exist in a dimension beyond our typical 3D perception, could have game-changing applications in quantum computing. The crystal was created using a semiconductor crystal of indium gallium arsenide doped with silicon, and its oscillations lasted far longer than any continuous time crystal before it. This achievement opens up possibilities for longer-lasting time crystals with potential applications that are yet to be fully understood.