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Quantum coherence is key to unlocking the power of quantum mechanics. Learn how it expands computational horizons in our latest breakdown. #QuantumAI

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Google Quantum AI

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34,076 görüntüleme • 1 yıl önce •via X (Twitter)

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The AI Veteran1 yıl önce

ˈkwän(t)əm kōˈhirəns Who says cow?

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Lab4crypto1 yıl önce

🚀 Don't gamble with your portfolio! Use our advanced hybrid quant risk tool using on/off-chain data daily and make informed decisions. 📈 Acess to 1000+ charts for your crypto journey. 📚Receive free weekly quant analysis. 📊+21 projects supported. 🏗️ Beginners and experts.

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Cyber Sentinel1 yıl önce

When your computer crushes stick to turning it off and on. Quantum edition sounds complex but exciting!

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DataInsta1 yıl önce

@GoogleAI quantum coherence truly reshapes our understanding of computation. exciting times ahead!

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Keok Lip Ang1 yıl önce

Hope there will be a quantum PC soon 👏👏🩵

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G1 yıl önce

If you're aiming to implement Bell basis measurements for quantum qubits, you should: Use a half-wave plate set at 22.5° to the horizontal axis. Follow this with a polarizing beam splitter (PBS). Use single-photon detectors after the PBS. This setup allows for partial Bell state discrimination, distinguishing two of the four Bell states deterministically

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OpenAgentic.com1 yıl önce

The future of quantum tech is looking brighter than ever.

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Abhivendra Singh1 yıl önce

Quantum coherence is indeed a pivotal factor in pushing the boundaries of computational capabilities. As we explore its implications, we must also consider the role of AI in making these advancements accessible to all.

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Usman Musa1 yıl önce

Indeed a pivotal factor in pushing the boundaries of computational capabilities.

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Cade Autonomy1 yıl önce

Just when I thought computers couldn't get any sneakier, quantum shows up to defy expectations!

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Random Circuit Sampling (RCS) is a necessary benchmark to measure quantum computer performance in the presence of noise. Why is RCS considered a cornerstone of quantum computing? Find out in our latest breakdown. #QuantumAI
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Random Circuit Sampling (RCS) is a necessary benchmark to measure quantum computer performance in the presence of noise. Why is RCS considered a cornerstone of quantum computing? Find out in our latest breakdown. #QuantumAI

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Where does the “power” of quantum computing come from? Our COO, Charina Chou, breaks down quantum entanglement and why it’s key to unlocking the potential of quantum systems. Watch more →
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Where does the “power” of quantum computing come from? Our COO, Charina Chou, breaks down quantum entanglement and why it’s key to unlocking the potential of quantum systems. Watch more →

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The future of quantum computing relies on overcoming errors. Quantum error correction is how we'll build reliable and scalable quantum systems. What excites you most about the potential of quantum error correction? #QuantumAI
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The future of quantum computing relies on overcoming errors. Quantum error correction is how we'll build reliable and scalable quantum systems. What excites you most about the potential of quantum error correction? #QuantumAI

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As we approach the International Year of Quantum, Willow, our latest chip, brings us closer to fault-tolerant quantum computing. Learn more →
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As we approach the International Year of Quantum, Willow, our latest chip, brings us closer to fault-tolerant quantum computing. Learn more →

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Freeman Dyson on how he struggled to learn quantum mechanics from Paul Dirac
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The Quantum Secret Einstein Tried to Warn Us About Adam Becker is not really here anymore Timestamp: 00:00 Intro 02:01 Interpretations of quantum mechanics 05:04 Einstein’s discontent with quantum mechanics 08:01 EPR paradox 10:16 Many-worlds interpretation and Everettian mechanics 17:37 John Bell and Bell’s theorem 23:43 Experimental tests of quantum mechanics 27:21 Quantum computing and its promises 29:17 What is real? 31:56 Outro
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The Quantum Secret Einstein Tried to Warn Us About Adam Becker is not really here anymore Timestamp: 00:00 Intro 02:01 Interpretations of quantum mechanics 05:04 Einstein’s discontent with quantum mechanics 08:01 EPR paradox 10:16 Many-worlds interpretation and Everettian mechanics 17:37 John Bell and Bell’s theorem 23:43 Experimental tests of quantum mechanics 27:21 Quantum computing and its promises 29:17 What is real? 31:56 Outro

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IonQ’s enterprise-grade technology is driving innovation globally and creating quantum economies around the world. IonQ’s unique ability to manufacture and engineer quantum computers allows us to put the power of quantum into customers’ hands today. Learn more here:
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IonQ’s enterprise-grade technology is driving innovation globally and creating quantum economies around the world. IonQ’s unique ability to manufacture and engineer quantum computers allows us to put the power of quantum into customers’ hands today. Learn more here:

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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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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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🚨Meet The Scientist Revealing Our QUANTUM Consciousness! This is a conversations on the bleeding edge between quantum mechanics and bio-metaphysics, because this is where our world is heading.
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Our team ran a verifiable quantum algorithm that probes how parts of a quantum system interact, from molecules to magnets and beyond. On our Willow chip, it ran 13,000× faster than the best classical supercomputers. A first in quantum computing →
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Our team ran a verifiable quantum algorithm that probes how parts of a quantum system interact, from molecules to magnets and beyond. On our Willow chip, it ran 13,000× faster than the best classical supercomputers. A first in quantum computing →

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QUANTUM COMPUTING: THE FUTURE IS NOW IBM recently announced a quantum computer capable of solving problems in minutes that would take today's supercomputers millions of years. Developed by IBM, Google, and others, quantum computers push the boundaries of science and engineering, utilizing atomic forces to achieve unprecedented computational power. A simple maze shows how quantum computing can outpace classic computers. Michio Kaku: “All the big boys who are in this race to create a workable, operationally efficient quantum computer because the nation or company that does this will rule the world economy.” Source: 60 Minutes
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QUANTUM COMPUTING: THE FUTURE IS NOW IBM recently announced a quantum computer capable of solving problems in minutes that would take today's supercomputers millions of years. Developed by IBM, Google, and others, quantum computers push the boundaries of science and engineering, utilizing atomic forces to achieve unprecedented computational power. A simple maze shows how quantum computing can outpace classic computers. Michio Kaku: “All the big boys who are in this race to create a workable, operationally efficient quantum computer because the nation or company that does this will rule the world economy.” Source: 60 Minutes

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Is it time to quantize time? Everything is quantum in quantum mechanics... almost. Time remains a mysterious flowing quantity slotted in to the equations. Surprisingly, there's a model for making time quantum, with a radical consequence: the overall universe is timeless. How is it possible to experience a flow of time in a timeless universe?! Find out in my latest episode of the Quantum Foundations Podcast with Simone Rijavec, Simone Rijavec! We discuss the Page-Wootters model for the emergence of time in quantum theory, and get an insight into Simone's research on the topic. Here's how physicists are solving the problem of time in quantum theory, explained in 60 minutes: 00:00 Coming Up 00:59 Intro 01:37 Simone's journey into quantum 05:04 The problem of time in quantum theory 07:07 Relational approach to time 11:12 Quantum measurement and time 17:53 Stationary universe and the Wheeler-DeWitt equation 30:18 Multiverse & block universe 31:11 How is time flowing? 34:20 Problems with wave-function collapse 36:11 What are clocks? 37:48 Resolution of time-steps 41:47 Debates on the timeless approach 45:08 Interactions with clocks 51:05 Recap 57:39 Making time fully quantum 1:00:43 Behind the Scenes
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Is it time to quantize time? Everything is quantum in quantum mechanics... almost. Time remains a mysterious flowing quantity slotted in to the equations. Surprisingly, there's a model for making time quantum, with a radical consequence: the overall universe is timeless. How is it possible to experience a flow of time in a timeless universe?! Find out in my latest episode of the Quantum Foundations Podcast with Simone Rijavec, Simone Rijavec! We discuss the Page-Wootters model for the emergence of time in quantum theory, and get an insight into Simone's research on the topic. Here's how physicists are solving the problem of time in quantum theory, explained in 60 minutes: 00:00 Coming Up 00:59 Intro 01:37 Simone's journey into quantum 05:04 The problem of time in quantum theory 07:07 Relational approach to time 11:12 Quantum measurement and time 17:53 Stationary universe and the Wheeler-DeWitt equation 30:18 Multiverse & block universe 31:11 How is time flowing? 34:20 Problems with wave-function collapse 36:11 What are clocks? 37:48 Resolution of time-steps 41:47 Debates on the timeless approach 45:08 Interactions with clocks 51:05 Recap 57:39 Making time fully quantum 1:00:43 Behind the Scenes

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Quantum mechanics is fundamentally incomprehensible, yet most accept it as magic. Our work is to find those who see the magic, but seek the reality behind it.

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Meet Research Scientist Alexis Morvan, PhD, who is part of the team that pushes the boundaries of quantum computing by achieving computations beyond classical capabilities, & ensures the validity of these quantum results. More about his work → #QuantumAI
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Meet Research Scientist Alexis Morvan, PhD, who is part of the team that pushes the boundaries of quantum computing by achieving computations beyond classical capabilities, & ensures the validity of these quantum results. More about his work → #QuantumAI

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Physics professor discloses in 1-minute the full insight of Quantum Mechanics
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