Research into quantum computing has revealed extraordinary facts about the very nature of information. Find out more here!
In a superposition
Joined July 2011
- Tweets29
- Following219
- Followers311
- Likes4
RT @standupmaths Fun Quantum Joke!: Quantum physicists have the best offices; they're always in super positions! Via @Andrew_Taylor+@SLSingh
@Wikipedia's Superposition Principle: If the world can be in 2 states then the world can be in a #quantum superposition of those 2 states.
If Schroedinger's Cat walks into a forest and no one is around to observe it, is he really in the forest?
RT @cenmag Here is part of our upcoming video on how to make quantum dots! bit.ly/ogt7mS If you want to make a video, get in touch!
RT @APSPhysics Qmodes, quantum computers & the need to control & coordinate fragile qubits in error-free steps.#physics http://bit.ly/oIGvM4
The Heisenberg principle says that one cannot accurately measure a #quantum object's position and momentum at the same time.
RT @physorg_com: Large scale qubit generation for quantum computing http://tw.physorg.com/230900303
Computer Quantum retweeted
27 PhD Positions available at the Faculty of Sciences of the Scuola Normale Superiore of Pisa (AUTUMN SESSION) j.mp/qEuxph
Computer Quantum retweeted
Masters/ MSc course in Quantum Information and Coherence, Department of Physics, University of Strathclyde, Glasgow j.mp/pgutiU
Computer Quantum retweeted
PhD in theory on "Quantum information and quantum technologies" in Bilbao, Spain j.mp/qRqoxq via @AddToAny
Computer Quantum retweeted
Temporary University Lectureship in Quantum Information tiny.ly/X0xz
Quantum computers take a step forward - researchers find a way to quash decoherence tinyurl.com/3equlj8 #quantum #quantumcomputing
Superdense coding allows two bits of information to be sent using only one entangled quantum bit http://tinyurl.com/6lx2tmp.
Professor O'Brien and Japanese colleagues show quantum logic gate with four photons moving at the speed of light http://tinyurl.com/5vq3lf4.
Quantum computers can currently factorise fifteen http://tinyurl.com/38frw9. More powerful quantum computers could break RSA encryption!
