What are the next 5 biggest hurdles for Quantum Computing – is Solid Metallic Hydrogen, a superconductor, meta-stable at room temperatures in focus for further advances in [SPACE]-constraints of the next generation Quantum Processor technology?

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What are the next 5 biggest hurdles for Quantum Computing – is Solid Metallic Hydrogen, a superconductor, meta-stable at room temperatures in focus for further advances in [SPACE]-constraints of the next generation Quantum Processor technology?

Recent Harvard research has opened doors to a theoretically predicted superconducting material, created from pure hydrogen ( H ) under …

Michal Asked on February 2, 2017 in Sampling/Monte Carlo.

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Answer 1

One easy way to get started is the IBM Q Experience: https://quantumexperience.ng.bluemix.net/qx/experience There are a number of people already doing experiments...

Answer 2

The only difference i know between analog computers and quantum computers is that quantum computers do not suffer from noise,...

Answer 3

Hello there, I'm definitely not an academic but I consider myself a mad scientist. Only recently started looking at Quantum...

Answer 4

An additional paper worth looking at is Physics-inspired optimization for constraint-satisfaction problems using a digital annealer, recently posted on arXiv ...

Answer 5

Hello Jaffar, I'm quite familiar with Montecarlo methods applied to stochastic systemic models, used them for a couple of decades...

Answer 6

I'm not sure if you need to explore QC to specifically address this particular problem. Current computers have enough CPU...

Answer 7

Users interact with the quantum processor through the quantum circuit model of calculation, applying quantum gates on the qubits utilizing...

Answer 8

Looks like one good lead to follow, I'll check that information. Best Regards, Pedro.

Answer 9