Quantum Information Research Collaboration
- Written by Jason Leong
- Category: Uncategorised
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Welcome to DynamicQuant - a platform built specifically for discussion of ideas in quantum information science and a repository of general resources on the topic. The aim of the site is to provide a focused and secure platform for research-based discussions in quantum information, leading to eventual research collaborations to be undertaken outside the platform. The end-goal is to allow individual researchers to produce more publications and to expedite the advancement of quantum information science as a whole.
Register for an account and spend a few minutes to post up any idea that you would like to have discussed by accessing the DynamicQuant forum in the right sidebar.
Read more about the DynamicQuant rules (which all researchers must abide by before participation here.
Or read more about DynamicQuant here.
A new study of ultracold atomic gases finds a quantum anomaly: strongly interacting particles breaking classical symmetry in a 2-D Fermi gas.
Scientists have designed a novel photoluminescent material that is cheap to fabricate, does not use toxic starting materials, and is very stable, enhancing our understanding of the quantic nature of photoluminescence.
Quantum jumps are usually regarded to be instantaneous. However, new measurement methods are so precise that it has now become possible to observe such a process and to measure its duration precisely -- for example the famous 'photoelectric effect', first described by Albert Einstein.