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Could dark matter be powering the EMdrive? (Synopsis)

"...axions are potentially detectable through their weak coupling to electromagnetism..." -Aaron Chou
We know, from hundreds of years of experience with the laws of physics, that momentum is strictly conserved, and therefore a reactionless drive is impossible. What's not impossible is an engine that has a reaction that's simply invisible, or otherwise undetectable to us. This has been seen in experiments involving neutrinos, but NASA's impossible space engine, the EMdrive, offers another possibility: a dark matter reaction.

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Detecting dark matter using quantum computers

In a new breakthrough, scientists at the US Department of Energy's Fermilab have found a way to detect dark matter using quantum computers.Dark matter

Ryan-postel , Aaron-chou , Akash-dixit , Aaron-chu , Ankur-agrawal , Us-department-of-energy-fermilab , University-of-chicago , Fermi-national-accelerator-laboratory , High-energy-physic , Scientist-aaron-chou , Reidar-hahn , Photon-cavities

Scientists May Have Figured Out a Way To Detect Elusive Dark Matter Using Quantum Computers

Scientists may have finally figured out a way to detect dark matter using quantum science as the mysterious compontent of the universe continues to elude experts.

California , United-states , Irvine , Aaron-chou , University-of-california , Department-of-energy , University-of-delaware , Office-of-high-energy-physics-quant , Kavli-institute-for-the-physics , High-energy-physics , New-atlas , Kavli-institute

Fermilab: Detecting Dark Matter with Quantum Computers

Fermilab: Detecting Dark Matter with Quantum Computers
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The coevolution of particle physics and computing

The coevolution of particle physics and computing
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Stanford , California , United-states , Berkeley , Illinois , Chicago , Oak-ridge , Tom-nash , Peter-nugent , John-martinis , Aaron-chou , Nhan-tran

Sensitive qubit-based technique to accelerate search for dark matter

Sensitive qubit-based technique to accelerate search for dark matter
Sensitive qubit-based technique to accelerate search for dark matter
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The blue cylinder in this diagram represents a superconducting microwave cavity used to accumulate a dark matter signal. The purple is the qubit used to measure the state of the cavity, either 0 or 1. The value refers to the number of photons counted. If the dark matter has successfully deposited a photon in the cavity, the output would measure 1. No deposition of a photon would measure 0. Credit: Akash Dixit, University of Chicago
Scientists at the Department of Energy’s Fermi National Accelerator Laboratory and the University of Chicago have demonstrated a new technique based on quantum technology that will advance the search for dark matter, the invisible stuff that accounts for 85% of all matter in the universe.

David-schuster , Akash-dixit , Serge-haroche , Fermilab-aaron-chou , Department-of-energy-fermi-national-accelerator-laboratory , University-of-chicago , Fermi-national-accelerator-laboratory , Aaron-chou , Physical-review , Reidar-hahn , Dark-matter