vtomole

18 ms·

1. 151.▲
   by vtomole 9y ago

   True. It's too early to say whether or not quantum computers will practically outperform classical computers on machine learning tasks or any task at all. Like Shor's factoring and Grover's algorithm, machine learning problem
2. 152.▲
   by vtomole 9y ago

   Yes, they do handle decoherence better. Here is a video explaining the theory behind the particles that are used to perform topological quantum computation [0]. I emphasize that unlike superconducting, quantum dots, ion traps, photonic e.t.
3. 153.▲
   On Wine and Scalable Quantum Computers(rigetticomputing.github.io)

   1 points by vtomole 9y ago|0 comments
4. 154.▲
   Rigetti Tech Blog(rigetticomputing.github.io)

   1 points by vtomole 9y ago|0 comments
5. 155.▲
   by vtomole 9y ago

   Quantum computers can be used for some optimization problems.
6. 156.▲
   by vtomole 9y ago

   There are a lot of proposals for making logical qubits. One of the more favorable is a two dimensional surface code [0]. Current experiments suggest that it is possible to scale superconducting processors to around 100 physical qubits [1] o
7. 157.▲
   by vtomole 9y ago

   They are quantum programs. The bell state program you posted is not really enough to show how you would use this SDK. Here is a better example [0] that shows how intermediate quantum computers will be used to solve optimization problems. [
8. 158.▲
   QISKit: A software development kit for writing quantum computing programs(github.com)

   55 points by vtomole 9y ago|2 comments
9. 159.▲
   Quantum Connections and the Modular Quantum Computer [pdf](iontrap.umd.edu)

   1 points by vtomole 9y ago|0 comments
10. 160.▲
    Department of Energy joins quest to develop quantum computers(sciencemag.org)

    3 points by vtomole 9y ago|0 comments
11. 161.▲
    A programmable two-qubit quantum processor in silicon [pdf](arxiv.org)

    1 points by vtomole 9y ago|0 comments
12. 162.▲
    Cloud Quantum Computing of an Atomic Nucleus [pdf](arxiv.org)

    2 points by vtomole 9y ago|0 comments
13. 163.▲
    by vtomole 9y ago

    > Did they give any numbers on the quality of the qubits? No they didn't. I've also had problems finding the benchmarks for their 17 qubit processor. I would appreciate if someone could link them to me.
14. 164.▲
    Richard Feynman and the birth of quantum computing(medium.com)

    2 points by vtomole 9y ago|0 comments
15. 165.▲
    Quantum theory, Church-Turing principle and the universal quantum computer [pdf](old.ceid.upatras.gr)

    2 points by vtomole 9y ago|0 comments
16. 166.▲
    Quantum Computing in the NISQ era and beyond(arxiv.org)

    1 points by vtomole 9y ago|0 comments
17. 167.▲
    The Rigetti Quantum Processor(pyquil.readthedocs.io)

    1 points by vtomole 9y ago|0 comments
18. 168.▲
    Yale Professors Race Google and IBM to the First Quantum Computer(nytimes.com)

    2 points by vtomole 9y ago|0 comments
19. 169.▲
    Demonstration of quantum advantage in machine learning(nature.com)

    1 points by vtomole 9y ago|0 comments
20. 170.▲
    Quantum Computing for Business(q2b.us)

    1 points by vtomole 9y ago|0 comments
21. 171.▲
    Chemistry is quantum computing’s killer app(cen.acs.org)

    3 points by vtomole 9y ago|0 comments
22. 172.▲
    by vtomole 9y ago

    >I don't know what to do with it Physical implementations of quantum computers are in their early stages. These near-term quantum computers will be used for simulating quantum mechanics and approximating solutions to some optimizat
23. 173.▲
    Quantum Computing Becomes More Accessible(scientificamerican.com)

    17 points by vtomole 9y ago|3 comments
24. 174.▲
    Grove: quantum algorithms built using pyQuil(github.com)

    1 points by vtomole 9y ago|0 comments
25. 175.▲
    Quantum Neuron: a building block for machine learning on quantum computers [pdf](arxiv.org)

    10 points by vtomole 9y ago|0 comments
26. 176.▲
    Commercialize early quantum technologies [pdf](static.googleusercontent.com)

    3 points by vtomole 9y ago|0 comments
27. 177.▲
    by vtomole 9y ago

    This paper was published in 2009 with a bulk of the work coming from the Yale Quantum Institute. I like it because they talk about how the processor is built, and how the qubits are controlled to perform the algorithms. Superconducting quan
28. 178.▲
    Demonstration of Two-Qubit Algorithms with a Quantum Processor (2009)(arxiv.org)

    32 points by vtomole 9y ago|2 comments
29. 179.▲
    Quantum Computers Barely Exist–Here’s Why We’re Writing Languages for Them(technologyreview.com)

    2 points by vtomole 9y ago|0 comments
30. 180.▲
    Experimental comparison of two quantum computing architectures [pdf](pnas.org)

    2 points by vtomole 9y ago|0 comments