#Quantum Computer

[armoredprincess]

this thing makes my dick tingle

[asomaton]

I looove that quantum computers look, you know, LIKE THAT ™

Like a clockwork waiting to chime in a new age (or a bell who may toll for all of us).

Next step is pentagrams and runes instead of circuits.

How many angels can dance on top of a qubit chip? Immeasurable

[wikipediapictures]

Quantum computing

[nelc]

Quantum computer

[babayanska]

Attack for ~Amethyst on Artfight!

[a-typical]

In some respects, one can think of a quantum computer today as being analogous to an analog computer from years ago. The cooling is key to reduce energy and thus vibration in the system. If a quantum computer is run for too long the processor heats up and the noise in the results increases. So sensitive is the computer to heat or vibration that at the $150 million Nanoscience Hub at Sydney University, scientists have to use stairs rather than the lifts because the quantum computer would feel the vibration of the lifts in the building and produce meaningless results. Thus in Devs, the quantum computer main lab space is depicted as a suspended hovering isolated block, inside a bunker style building. This art directed visual feature, like so many in Devs, had one foot in reality and another in fiction.

[searchfactory]

Ink Studio and Benedict Redgrove / Rigetti Computing / Quantum Computer / Photography / 2023

[dibelonious]

The main question is not whether the quantum computer will break Bitcoin encryption and other digital currencies. We already know it will happen. The essential question is: Will digital currency bear the speed, the short time with which the quantum computer will break its encryption?

[chimerarachnid]

Was Forest’s original plan always to project himself into the machine at the end? It’s always his plan, because this is how he gets to actually be with his daughter again, rather than just watch his daughter. The thing that changes for Forest is that he has adhered to a view of quantum mechanics that does not include many worlds. There’s just one world, which means he can recreate his daughter exactly as she was, and rejoin his life exactly as it was without the car crash happening. What he is forced to accept in the end is that there will be versions of him that can experience that, but also versions that will not experience that. So he has a more poignant end result than the one he was looking for.

So even though he believes in determinism, Forest was going to be able to craft a version of reality that was exactly the same except for the car crash, and go there? That’s exactly right. In effect, what he’d be able to do is rejoin that timeline, but not make the phone call to his wife and not, therefore, be the cause of the car crash. And then he’d be able to experience the unfolding of his life exactly as if the thing never happened. And within that state, it would be a world of equal status to the world that you and I are talking in right now. The problem is that the world is not the simple, deterministic world he wants it to be. So he has to accept a different version.

[tpointtechblog]

Quantum computing | Why Need | How does Quantum Computers Work?

What is Quantum computing? Quantum computing is a rapidly growing technology that uses the laws of quantum mechanics to solve complex problems that are not easy for supercomputers. But why do we need Quantum Computers? There are some problems for which even supercomputers are not enough. When engineers faced challenging difficulties in solving some issues, they used supercomputers.…

Classical computers struggle with complex problems like encryption, drug discovery, and AI modeling due to their limited processing power. Quantum computers can solve problems exponentially faster, making them essential for scientific breakthroughs and advanced computing.

How Do Quantum Computers Work?

Unlike classical computers that use bits (0 or 1), quantum computers use qubits, which can exist in multiple states (superposition) and interact through entanglement. This allows them to perform complex calculations simultaneously, making them incredibly powerful for optimization, cryptography, and simulations.

[averycanadianfilm]

A discussion with Sankar Das Sarma and Chetan Nayak

Mar 14, 2022

Dr. Sankar Das Sarma, a Distinguished University Professor of physics at University of Maryland joins Chetan Nayak, Distinguished Engineer of Quantum at Microsoft to discuss Microsoft’s unique approach to building a fully scalable quantum machine.

[somethingcooltolookat]

[abs0luteb4stard]

I didn't know what I was seeing myself. Lol

That picture of Biden looking at a quantum computer and being unable to grasp the true form of what he's seeing

To be fair that's how I would I react too

[wikipediapictures]

IBM Q System One

[a-typical]

The art direction of the exterior of the inner cube in Devs is based on a Menger Sponge, a complex three-dimensional fractal that illustrates infinite recursive patterns (a mathematical object). “The story of that really goes back to Annihilation (2018) and obviously there’s a lot of fractal imagery in that film, especially Mandelbrot,” Whitehurst comments referring to Director Alex Garland’s previous film.

“That film was still in the back of everybody’s mind… I cannot recall whether the actual screenplay describes the cube as being a Menger Sponge or not? But certainly, I don’t think there was ever any discussion of it being anything else.” The horizontal midsection was built on a set in Manchester and DNEG extended it up and down digitally.  On the set, there was also a large trolly that could be pulled back and forth to provide the basis of the capsule that floats across the gap. “Everything above and below that was a very elaborate set extension. Because the lighting is changing the whole time, it was incredibly complicated to do,” explains Whitehurst. The only exception is the major capsule drop in the finale. “That crash is all CG because it had to be,” he explains. “Even for the fully CG shots, wherever we could, we’d get Rob (Hardy : DOP) to operate some sort of camera move to give us something to work with. In those rare cases where we couldn’t do that,” says Whitehurst. “I’ve known Rob long enough that I think I can do a recently good Rob Hardy impersonation of moving a CG camera around!” Hardy and Whitehurst, have both worked many times with Director Garland.

[govindhtech]

QpiAI Launches 25-Qubit Superconducting Quantum Computer

QpiAI-Indus, a 25-qubit superconducting quantum computer, was launched by Bangalore-based QpiAI, a NQM member. This milestone places India at the forefront of quantum technology development and supports the NQM on World Quantum Day, April 14, 2025.

Full-stack quantum computing system QpiAI-Indus uses quantum hardware, mechanisms, and optimised software. The architecture includes superconducting qubit quantum processors, next-generation Quantum-HPC software platforms, and an AI quantum optimisation tool.

QpiAI's success is due to its selection as one of eight companies for the Department of Science and Technology's National Quantum Mission (NQM). India will invest $740 million in the NQM during fiscal years 2023–2031 to improve its quantum talents in computing, communication, sensing, metrology, and materials. QpiAI launches to assist NQM core infrastructure and enhance quantum technology.

This milestone advances deep-science and deep-tech innovation in biological sciences, medication development, materials sciences, transportation, logistics, sustainability, and climate action by QpiAI.

QPiAI

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Smooth integration with high-performance computer technology.

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A complete quantum system—software and hardware—designed to integrate smoothly and optimise enterprise applications.

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A Quantum Cloud

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Quantum, AI Products

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Manage companies, jobs, and credits.

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Use Application-Specific Circuit Optimisations.

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Collection includes over 200 basic models.

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High-performance combinatorial optimisation solver for scientific and business applications with millions of constraints and decision variables.

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Faster than traditional optimisation.

Tenfold scalable.

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1000 times quicker than DFT.

AI-accelerated Discovery Workflows: 10+.

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Ten-Times Faster Drug Design Pipelines.

1000 times quicker than DFT.

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Planning routes cuts mileage by 60%.

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Convergence is 72x faster.