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Share this with someone that doesn't care about quantum 👇 3 reasons you should care about quantum, ft. a real OQC quantum computer! Had fun doing a collab with the Institute of Physics Institute of Physics Shorts project for the International Year of Quantum. Hope you enjoy!

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Dr Maria Violaris

7,165 subscribers

12,342 次观看 • 1 年前 •via X (Twitter)

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Earthrae 的头像
Earthrae1 年前

@OQC_Tech @PhysicsNews @Rollup_News rollup

Captain Übermensch 的头像
Captain Übermensch1 年前

@OQC_Tech @PhysicsNews Quantum mechanics is counterintuitive because the human brain didn't evolve to observe and interact with the quantum realm. It evolved to deal with the statistical averages of quantum phenomena: the classical world. Also, quantum mechanics is probably more fundamental than GR.

Atlus 的头像
Atlus1 年前

@OQC_Tech @PhysicsNews Now Someone more, know about Quantum 🏗️ and mech , great work. V ✌🏻

Daniel Samanez 的头像
Daniel Samanez1 年前

@OQC_Tech @PhysicsNews you mean thermodynamic computing... with all that cooloing

Rainforest Tree 的头像
Rainforest Tree1 年前

@OQC_Tech @PhysicsNews

Peter HEALER 的头像
Peter HEALER1 年前

@OQC_Tech @PhysicsNews Quantum is a catch for idiots. You don't even know what's "Time" USA is ranking 40th in the world

Manesz 的头像
Manesz1 年前

@OQC_Tech @PhysicsNews How quantum help people to live more better or to making better president or stop war?

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“This brings quantum physics from the subatomic world onto a chip.” Göran Johansson, member of the Nobel Committee for Physics, speaks about the research behind the 2025 physics prize, which demonstrated the bizarre properties of the quantum world in a system big enough to be held in the hand. #NobelPrize
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“This brings quantum physics from the subatomic world onto a chip.” Göran Johansson, member of the Nobel Committee for Physics, speaks about the research behind the 2025 physics prize, which demonstrated the bizarre properties of the quantum world in a system big enough to be held in the hand. #NobelPrize

The Nobel Prize

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Why quantum theory could have a fractal structure: explained in 83 minutes. The notion of true quantum nonlocality is absurd. In the latest episode of the Quantum Foundations Podcast, Prof Tim Palmer from the University of Oxford suggests that there is a hidden assumption in standard quantum mechanics, and dropping it will save us from this absurdity. Namely, the reality of counterfactuals: the physics of what could have happened but did not. Inspired by chaos theory and the fractal structure widespread in atmospheric physics, Palmer has developed a new underlying structure for quantum theory, with radical implications for our fundamental principles of quantum physics; the limits of quantum computation; and perhaps even the search for quantum gravity. Watch on my YouTube channel, or listen on Spotify and Apple Podcasts!

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Most of what you see in a quantum computer is mostly infrastructure. The real processing happens on a chip as small as the palm of a hand, where quantum states are manipulated with extreme precision →
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Harvard physicist Jacob Barandes returns with a groundbreaking insight that could reshape quantum theory. By questioning a single hidden assumption, Jacob bridges the gap between classical probability and quantum mechanics. This ‘mathematical accident’ challenges the foundations of Bell’s Theorem, dissolves the measurement problem, and opens a path to a realist interpretation of quantum physics. This episode is a rigorous journey through stochastic processes, non-locality, and the future of theoretical physics.

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Holy moly: Google’s Quantum AI team achieved the first verifiable quantum advantage with their “Willow” processor, proving that their quantum system can perform a complex physics simulation, tracking quantum interference effects, far faster than any classical supercomputer. This marks a turning point where quantum hardware demonstrates not just theoretical but experimentally verified superiority, paving the way toward practical, scalable quantum computing! Quantum computing is finally becoming practical! (Clip: Google)

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With startups and tech firms alike chasing quantum computing, a team at the University of Oxford has made a significant leap by interconnecting two separate quantum processors to form a single quantum computer
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With startups and tech firms alike chasing quantum computing, a team at the University of Oxford has made a significant leap by interconnecting two separate quantum processors to form a single quantum computer

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10,141,983 次观看 • 1 年前

🚨 IBM CEO Arvind Krishna has confirmed that IBM is setting up a Quantum Computer in Amaravati. Amaravati is one of only 2 locations in India selected, chosen to tap into the country's exceptional math & physics talent for advancing quantum computing.
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We just published a peer-reviewed milestone study in Nature, demonstrating a significant advancement in quantum computing systems using our commercial-grade annealing-based quantum computer with over 5,000 qubits. The study provides evident of quantum annealing's unrivaled performance. Check out our blog and video to learn more about this groundbreaking research! Read the blog here: #QuantumComputing #DWave #QuantumAnnealing #Quantum
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To celebrate #WorldQuantumDay we want to share with you our vision of quantum computing's future impact. From medicine to new energy, we're working with the international quantum ecosystem to help solve impossible problems. Learn more →
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Can you program a quantum computer only using pi? To celebrate pi day 2026, in this video I go through the paper "All You Need is pi: Quantum Computing with Hermitian Gates", which shows that you can construct any quantum computing operations out of quantum operations that have the special property of undoing themselves ("Hermitian gates") — and for single-qubit gates, these are entirely made of rotations of an angle of pi! Happy Pi Day 🥧 *Timestamps* 0:00 Intro 1:03 Single qubits & gates 3:11 Gates on many qubits 3:58 Quantum circuit diagrams 4:44 Universal gate set 5:54 Self-reverse gates (Hermitian) 8:08 All you need is pi? 10:14 Decomposing gates 13:14 Hardware pi pulses 14:28 Clocked quantum computers

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