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"gAUssian boson sampling" - using a photonic quantum computer "proves quantum supremacy"


 
A quantum version of a Victorian counting machine just what quantum computers need to race ahead of the pack.  Prof. Scott Aaronson of the Massachusetts Institute of Technology (now at UT Austin) suggested tackling this problem by rewinding the technological clock. His idea was to build a quantum version of a Galton board (invented by Victorian scientist Francis Galton) or a quincunx board as a way to study statistical distributions. He suggested that it should be possible to construct a quantum equivalent to the board (a device that uses the laws of quantum, rather than classical, mechanics to perform certain calculations) and that such a device would carry out these calculations faster than a machine using any other method, including conventional computation. 

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Intrigued? learn more about about the field of photonics here ..  If you are intrigued about quantum supremacy learn more about it here..

But really, how much math and science do you need for quantum computing? 
People tend to REALLY overestimate the amount of math they need to get started coding on quantum computers.

University of Denmark's  Paper..  "why are 'complex numbers' needed in Quantum mechanics"  here..
what is a quantum computer  really?
The Jiuzhang quantum computer has achieved quantum supremacy (quantum advantage), according to the study “Quantum computational advantage using photons”, published in Science on 3 December 2020. Pan Jian-Wei, professor, University of Science and Technology of China, explains how the Jiuzhang quantum computer was used.

1 OF 5 :: a old 2013 video explains what 'boson sampling' really is..


2 OF 5 :: how much math do we need to know for quantum computing?


3 OF 5 :: quantum computers explained


4 OF 5 :: jiuzhang ( the photonic quantum comp which achieved quantum supremacy )


5 OF 5 :: INTERACTIVE - PLINKO PROBABILITY


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