Latest Bose–Einstein condensate Stories
A first for the Boulder based company: training physicists to create Bose Einstein Condensates in four days. Boulder, Colorado (PRWEB) August 02, 2013
Groundbreaking BEC Experiments on Space Station Boulder, Colorado (PRWEB) June 26, 2013 Bose-Einstein condensates will be produced in space using a system
Below a critical temperature, certain fluids become superfluid and lose internal friction. In addition, fluids in this state conduct heat extremely efficiently, with energy transport occurring in a distinct temperature wave.
Order tends towards disorder. This is also true for quantum states. Measurements at the Vienna University of Technology show that in quantum mechanics this transition can be quite different from what we experience in our daily lives.
Two new studies, both published in Nature this week, outline incredible breakthroughs in the field of quantum mechanics.
Physicists have trapped and cooled exotic particles called excitons so effectively that they condensed and cohered to form a giant matter wave.
For scientists working in quantum physics, the Heisenberg Uncertainty Principle says that measurements of properties such as the momentum of an object and its exact position cannot be simultaneously specified with arbitrary accuracy.
Physicists at Harvard University have realized a new way to cool synthetic materials by employing a quantum algorithm to remove excess energy.
Physicists at the National Institute of Standards and Technology (NIST) have found a way to manipulate atoms' internal states with lasers that dramatically influences their interactions in specific ways.
Scientists at the Joint Quantum Institute (JQI) have for the first time engineered and detected the presence of high angular momentum collisions between atoms at temperatures close to absolute zero.
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