Google Quantum AI
@GoogleQuantumAI
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Our mission is to build quantum computing for otherwise unsolvable problems.
Joined April 2021
Meet Willow: Our state-of-the-art quantum chip. It's the first quantum chip to show exponential error reduction as qubits scale, paving the way for large-scale, fault-tolerant quantum computers. Dive in →
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Congrats to Hartmut Neven, founder and lead of our team, recognized on the #TIME100AI list. Quantum computing and AI, while distinct, are complementary. AI can help build better quantum computers, and in the future, quantum computing will empower AI with new capabilities.
Behind every AI breakthrough and launch, there are hundreds of Googlers working to build AI that’s helpful for everyone. This year, our very own @JoshWoodward VP of Gemini and Google Labs, @JeffDean Chief Scientist at DeepMind and Google Research, and Hartmut Neven founder
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Blazing-fast image creation – using just your voice. Try Grok Imagine.
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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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RT @PennyLaneAI: PennyLane and Qualtran integrated? Sweet! 🍬. This new integration merges the best features of both, enabling you to constr….
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Signal wiring must be incredibly precise. We use specialized, ultra-thin wires, placed with a high degree of accuracy and reliability, to ensure all the qubit and readout electronics are properly connected →
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Tensor networks are becoming a vital tool in quantum computing. Originally used for simulating quantum systems, their applications now include: . - Quantum circuit synthesis .- Quantum error correction .- Quantum machine learning . Read more from Nature:
nature.com
Nature Reviews Physics - Tensor networks provide a powerful tool for understanding and improving quantum computing. This Technical Review discusses applications in simulation, circuit synthesis,...
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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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Our COO Charina Chou broke down how quantum computers are redefining problem-solving. Unlike classical computing’s limitations, quantum technology speaks the language of nature itself, enabling breakthroughs in chemistry, energy, and beyond →
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Performance in quantum computing isn’t just about qubit count. Willow delivers across the full system—gates, reset, readout, calibration—resulting in benchmark-leading quality and 5x improvement in T₁ times over our previous chips →
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Excited to see this report from the @BritishCouncil, featuring Erik Lucero and our Google Quantum AI Artists in Residence Program, highlights the growing intersection of quantum computing and the arts. Read the report:
📢 Excited to share our new publication: "Why technology needs artists"! Explore how artists drive tech advancement. 📖 This new report features 56 leaders from across 24 countries and five continents, read it here: @BritishArts
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Understanding the qubit is fundamental to quantum computing. Charina Chou, COO of Quantum AI, explains how superposition lets a qubit exist as both 0 and 1 at once, unlocking potential computational advantages beyond classical bits →
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Calling researchers at the frontier of quantum biology and neuroscience:. Google’s Academic Research Awards are accepting proposals in Quantum Neuroscience through July 23rd. Learn more and apply here →
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Foundational research powers the future. Through the Google Academic Research Awards, we’re supporting the next wave of scientists and engineers. Apply by 7/23 →
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New research presents a complete algorithm for ground-state energy estimation, addressing the challenge of imperfect initial state preparation. We detail more efficient matrix-product-state (MPS) preparation and improved energy sampling methods →
journals.aps.org
Faster preparation of ground-state approximations plus more efficient sampling of those prepared states yields a method to reliably estimate the ground-state energy of complex chemical systems.
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Researchers gathered in May at the 2025 Quantum Summer Symposium! Attendees from around the globe connected, shared breakthroughs, and explored future collaborations in quantum computing. Let's build a global community to foster innovation and new developments in quantum.
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Introducing Shadow Hamiltonian Simulation, a breakthrough in quantum simulation for the efficient study of systems like free bosons and free fermions that are exponentially large, providing exponential quantum speedups. Read the full research →
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RT @Googleorg: Applications are open for the Google Academic Research Awards, a program that supports academic research in computing and te….
research.google
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RT @GoogleResearch: Error correction is a key component of tomorrow’s large-scale quantum computers. Today we’re excited to report the expe….
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Tesseract, a search-based decoder for quantum error correction. Try it out now on Github:
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