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#quantumcomputing

11 posts9 participants0 posts today

⚛️ The Living Machine: What Quantum Computing Teaches Us About Persistence

Scientists built a quantum computer that heals itself while running—cycling 50 million atoms over 2 hours. Previous attempts lasted milliseconds.

The breakthrough isn't size. It's persistence.

The system constantly replaces lost atoms, shields working qubits, adapts without stopping. Like a living organism that learned to keep going.

What if the most important quality isn't peak performance, but the capacity to continue?

🎧 Listen: buzzsprout.com/2405788/episode
📖 Read: helioxpodcast.substack.com/pub

HELIOX: Where Evidence Meets Empathy 🇨🇦 S5 E41 • 14:57

@technologyreview
@HBR

Today, right now, governments and corporations are hoarding data.

Not to preserve it.

But to crack the encryption later.

They're waiting for quantum computers to make it possible, and with the data already in hand, there's no chance by owners of that data to enhance the encryption or otherwise protect it.

Keep your personal data local !! The cloud is a network of computers that you do not own or control.

Replied in thread

@jwcph @erikcats @signalapp

the problem is in #military #quantumComputing R&D, there's definitely advances we're completely unaware of

#turing (and mathematicians from #poland who don't get enough attention on the topic) broke #germany's #enigma machines in #WWII

but it wasn't until 1974 that the world got its first real details about #bletchleyPark

so you can be almost certain #china, #usa, #europe: somewhere some team is on the crux of or has already broken high level #encryption

Replied in thread

@erikcats @signalapp

#encryption depends upon basically really hard math problems to work

this has worked well for a long time

but now we have #quantumComputing

while it is in its infancy it makes really hard math problems really easy

so that means in some time, encryption will stop working (all banking and finance, all military comms, etc: it can be hacked)

luckily there are encryption schemes that are resistant to quantum computing

but they have to be implemented

#Signal implemented it

Continued thread

I do it for the sake of people who are ACTUALLY INTERESTED IN SCIENCE.

They do exist, but they are not the predominant group in physics. They have not been for the last century, since the Solvay Conference at least. The predominant group is a pseudoscience cult that bullied Einstein and forbids enquiry into the mechanisms of ‘quantum’ phenomena. Only their empirical laws may be used. And they declare by fiat the existence of ‘uncertainty’, etc.

When I put out demonstrations that what quantum physicists say is not true, it is not because I expect quantum physicists to say, ‘Hey, you are right. What was I thinking?’

They are not even able to understand the logical, mathematical reasoning involved, or they wouldn’t have fallen into the traps they did in the first place. There is not, for instance, any way a photon that behaves as they claim could LOGICALLY be compatible with an electromagnetic wave.

Do quantum computers have the ability to break our encryption, and are they actually a threat to the privacy of our communications? In this video, we dig into the details and separate fact from Silicon Valley hype!

:peertube: neat.tube/w/rctZQiJSGzawYtj7F3
:youtube: youtube.com/watch?v=riu1k4ovYGI
🌐 privacyguides.org/videos/2025/

Quantum physicists make claims about what the ‘classical’ solution is to the correlation of the Aspect experiment, but in fact to get the classical solution you must use classical coherence theory.

In that case, the correlation is computed from the relative intensity at the polarizers. It is sin²(a-b)-cos²(a-b) = -cos 2(a-b), where a and b are the polarizer angles.

This is the same as the supposedly ‘quantum’ correlation! ...

Living cells as quantum sensors? It’s closer than you think.

Scientists have engineered fluorescent proteins to act as biological qubits, bringing quantum states into living cells for the first time.

This marks an unexpected convergence of quantum physics and biology – a step that some researchers say could reshape medicine in the decades ahead.

Full backgrounder: movetheneedle.news/brands/quan
#science #QuantumComputing #physics #biology #medicine

www.movetheneedle.newsQuantum Biology Meets Medicine: How “Biological Qubits” Could Turn Living Cells into Sensors

Here is an Ada program that computes the correlation function (often misnamed ‘quantum correlation’) of the Aspect experiment, simulated both by ordinary Newtonian motion and by the assumption of ‘entanglement’ and ‘instantaneous action at a distance’:
github.com/chemoelectric/bell-

BOTH simulations reproduce the correlation function reliably, thereby proving that Bell, Clauser, Aspect, and Zeilinger are WRONG.

YOU prove the program is mistaken and they are right.

Simulations of a two-channel Bell test both classical and with entanglement, comparing the results. - chemoelectric/bell-test-classical-vs-entangled
GitHubGitHub - chemoelectric/bell-test-classical-vs-entangled: Simulations of a two-channel Bell test both classical and with entanglement, comparing the results.Simulations of a two-channel Bell test both classical and with entanglement, comparing the results. - chemoelectric/bell-test-classical-vs-entangled

🧮 Quantum computing could revolutionize information technology by harnessing the strange principles of quantum mechanics. While there is growing hype surrounding its potential, the reality is a mix of groundbreaking progress and persistent technical challenges.

Read more: go.epfl.ch/9793b8

go.epfl.ch · Qubits are a computer's best friendsQuantum computing could revolutionize information technology by harnessing the strange principles of quantum mechanics. While there is growing hype surrounding its potential, the reality is a mix of groundbreaking progress and persistent technical challenges.

Typical Quantum Computing Bro:
"[We managed to put the quantum-bit system into a newly created quantum entangled state of superposition which is neither 'yes' or 'no' but is, in fact, a state of infinite potentiality.]"

Me:
Okay. That's a 'zero'. And, it's not even in a new transcendant form of matter, you've just assigned it as having that property in your research notes.

#QuantumComputing #QuantumQuantumQUANTUMQuantum

bonus! #QuantumEntanglemange

"A machine with 300 quantum bits could simultaneously store more information than the number of particles in the known universe.

"Harvard scientists just unveiled a system that was 10 times bigger and the first quantum machine able to operate continuously without restarting."

#quantumcomputing #research

phys.org/news/2025-09-physicis

Phys.org · Physicists demonstrate 3,000 quantum-bit system capable of continuous operationBy Kermit Pattison