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  1. Teleportation Protocol

    ... one qubit between Alice and Bob by sending two classical bits. However, Alice and Bob must initially share one entangled state . ... on both and sends the result of the measurement (2 classical bits) to Bob. --> Alice performs a joint measurement upon the ...

    Wiki article - Joelbloggs - 26/10/2015 - 17:56 - 0 comments

  2. What is Quantum Computation?

    ... technology can offer much more than cramming more and more bits to silicon and multiplying the clock--speed of microprocessors. It can ... false or true, or simply 0 or 1. center Quantum bits, called qubits, are implemented using quantum mechanical two state ...

    Wiki article - Anonymous (not verified) - 02/11/2015 - 02:31 - 0 comments

  3. Where can I get random qubits?

    ... in a laboratory!)? It is critical that these be random bits sampled from an unbiased quantum phenomenon, not simply random numbers. ... without a laboratory? Or do you just want random (classical) bits? If you truly want random qubits, you could simply take half of a ...

    Forum topic - Dbooksta - 26/10/2015 - 17:08 - 1 comment

  4. Key distribution via entanglement

    ... So that Alice and Bob each receive one of the entangled bits, and upon measuring it, assuming they used the same basis will be certain ... It would require the entangled states to make all the bits the same i think, so if Alice reads a 0 everyone else using the same basis ...

    Forum topic - Snow - 26/10/2015 - 17:08 - 1 comment

  5. Classical Entropy Measures

    ... are taken in base 2 and so information is measured in bits). If an unlikely event occurs, one gains a large amount of information. ... if one tries to compress the same source using R bits per instance, it is virtually certain that information will be lost. ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

  6. Super-dense coding

    ... then dense coding increases the maximum rate to two bits per qubit. Dense Coding for Qubits If the sender ( Alice ) and ... |1_B \rangle$$ then Alice may perform encode two bits of information into the shared state by using one of four unitary ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

  7. Postdoc position on the modeling of silicon-on-insulator quantum bit arrays

    ... on the theory and modeling of silicon-on-insulator quantum bits (qubits). The selected candidate is expected to start between October and ... is the natural platform for the co-integration of quantum bits (qubits) with the classical circuitry needed to drive them. Grenoble ...

    Position - niquet - 16/06/2020 - 14:25 - 0 comments

  8. 1 PhD position at FZ-Juelich/RWTH Aachen, Germany

    ... such a processor in the lab requires perfecting quantum bits and gates to above fault tolerance threshold, which is one of the main research goals in the group of Dr. Ansari. These quantum bits and gates should be manufactured in large scales (i.e. millions) to reveal ...

    Position - mansari - 12/07/2021 - 11:32 - 0 comments

  9. Oblivious transfer

    ... 1-out-of-2 OT : Alice chooses as input two bits b 0 and b 1 . Bob chooses a selection bit c ... can define similar functionalities for strings (instead of bits). A protocol for realizing OT is said to be secure if none of ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

  10. Quantum Information Theory at ICFO

    ... in Quantum Information Theory, such as classical and quantum bits, secret bits and, especially, entanglement. We also study how to adapt all these ...

    Research group - Icfojobs - 26/10/2015 - 17:05 - 0 comments

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