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#Qubit Reel by @tiffintech (verified account) - There's a rule in quantum computing: the second you check a qubit for errors, you destroy it. ETH Zurich just figured out how to fix that." The momen
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TI
@tiffintech
There’s a rule in quantum computing: the second you check a qubit for errors, you destroy it. ETH Zurich just figured out how to fix that.” The moment you “look” at a qubit, the data collapses. You aren’t reading it.. you’re ending it. ETH Zurich just cracked this. Instead of watching the qubits, they’re stitching entire blocks of quantum data together using microwave pulses measuring the relationship between the blocks, not the blocks themselves. #QuantumComputing #ETHZurich #TechExplained
#Qubit Reel by @entangle_lab - Classical bit vs qubit #quantumcomputing #quantumwala #qml #machinelearning #ai
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EN
@entangle_lab
Classical bit vs qubit #quantumcomputing #quantumwala #qml #machinelearning #ai
#Qubit Reel by @scientific.nipsey - Ever wondered what a qubit actually looks like? Experience the Bloch sphere, where abstract quantum gates become elegant 3D rotations that visualize t
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SC
@scientific.nipsey
Ever wondered what a qubit actually looks like? Experience the Bloch sphere, where abstract quantum gates become elegant 3D rotations that visualize the heart of quantum computing. ⚛️ #Manim #MathAnimation #LearnOnTikTok #Education #QuantumComputing #Physics #Stem #VisualMath
#Qubit Reel by @vaibhavsisinty (verified account) - India makes history. Launches its first Quantum Chip 🇮🇳⚛️ Meet Kaveri, India's first fully indigenous 64-qubit quantum processor, built in Bengaluru
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VA
@vaibhavsisinty
India makes history. Launches its first Quantum Chip 🇮🇳⚛️ Meet Kaveri, India’s first fully indigenous 64-qubit quantum processor, built in Bengaluru by QPi AI. Only 7 countries in the world can do this. India just joined the list. From zero quantum chips to 64 qubits in just 2 years. Backed by the National Quantum Mission. Can India compete with the US?
#Qubit Reel by @100xengineers (verified account) - China just built a quantum computer and, for the first time, open sourced its full quantum operating system. This is Zuchongzhi 3, a 105 qubit quantu
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@100xengineers
China just built a quantum computer and, for the first time, open sourced its full quantum operating system. This is Zuchongzhi 3, a 105 qubit quantum computer that just completed a task which would take the world’s fastest supercomputers an impractical amount of time. But hardware is only half the story. China also just open sourced something called Origin Pilot, the world’s first publicly downloadable quantum operating system. Think of it like Windows, but for quantum computers. It manages multiple quantum processors at once, keeps qubits calibrated automatically, and lets developers write apps across superconducting, trapped ion, and neutral atom systems from a single interface. So while the West has been focused on raw qubit counts, China quietly built the entire stack, the chip and the software to run it. This is no longer just a lab experiment. It is becoming a full ecosystem.
#Qubit Reel by @jake_explains (verified account) - India just had a quantum breakthrough that went pretty unnoticed Kaveri is a 64-qubit quantum chip built in Bengaluru, and it's the first time India
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JA
@jake_explains
India just had a quantum breakthrough that went pretty unnoticed Kaveri is a 64-qubit quantum chip built in Bengaluru, and it’s the first time India has crossed 50 qubits, putting it in the same quantum league as the U.S., China, and Europe. #india #tech #bangalore #kaveri #quantum
#Qubit Reel by @perimeterinstitute - How did the qubit get its name? Theoretical physicists Benjamin Schumacher and William Wootters tell the story of how the term first came to Schumach
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PE
@perimeterinstitute
How did the qubit get its name? Theoretical physicists Benjamin Schumacher and William Wootters tell the story of how the term first came to Schumacher during a car ride with Wootters.
#Qubit Reel by @evolving.qc - In the double-slit experiment, a particle passes through both paths at once when unobserved, creating an interference pattern. The moment we measure
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EV
@evolving.qc
In the double-slit experiment, a particle passes through both paths at once when unobserved, creating an interference pattern. The moment we measure which path it took, that pattern vanishes and the particle behaves as if it chose only one slit. Even stranger, in delayed-choice versions of the experiment, measuring after the particle has already “passed through” still removes the interference, as if the particle’s earlier behavior was never split at all. Quantum mechanics does not just challenge what happens next. It challenges what already happened. Source: @astrophysics_ Follow @evolving.qc for the latest quantum computing and physics breakthroughs #quantumcomputing #quantummechanics #quantumcomputer #quantum #qubit
#Qubit Reel by @stics.qc - 🔬 Building the Future One Qubit at a Time Assembling a quantum computer is one of the most complex engineering challenges humanity has taken on. Unl
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ST
@stics.qc
🔬 Building the Future One Qubit at a Time Assembling a quantum computer is one of the most complex engineering challenges humanity has taken on. Unlike traditional computers that use bits as 0s and 1s, quantum computers rely on qubits that can exist in multiple states at the same time. Every component must be built and aligned with extreme precision, often inside ultra cold environments that are colder than outer space. Inside these systems, delicate quantum chips are connected with intricate wiring, control electronics, and specialized cooling systems. Scientists and engineers carefully assemble layers of hardware designed to isolate qubits from noise and interference. Even the smallest vibration, temperature change, or electromagnetic signal can disrupt the fragile quantum state. The goal of this effort is to unlock computational power that could transform fields like medicine, climate modeling, materials science, and cryptography. Companies and research labs around the world are racing to build stable quantum machines that can solve problems classical computers would take thousands of years to complete. Do you think quantum computers will change the world in our lifetime, or are they still decades away from real impact? Follow for more technology insights 🔍 #stics [quantum computing, qubits, quantum processor, cryogenic systems, superposition, entanglement, quantum hardware, advanced computing, future technology, quantum engineering]
#Qubit Reel by @umtiquinhodefisica - This simulation shows how a simple quantum system, called a qubit, changes over time when it interacts with its environment. The qubit starts in a sup
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UM
@umtiquinhodefisica
This simulation shows how a simple quantum system, called a qubit, changes over time when it interacts with its environment. The qubit starts in a superposition of two states, meaning it is in both states at the same time. The evolution is described using the Lindblad equation, which includes both ideal quantum motion and real-world effects. First, the system rotates due to a magnetic field, creating oscillations in time. Second, it loses energy through decay, slowly going to the ground state. Third, it loses coherence, meaning the quantum superposition becomes weaker. On the left, we see the state moving in the Bloch representation, forming a shrinking spiral. On the right, we see a damped oscillation in the observable ⟨\sigma_z ⟩. This shows how quantum behavior becomes more classical over time. The environment plays a key role in this process. In the end, the system reaches a stable and simple state.
#Qubit Reel by @kreggscode (verified account) - 🚀 QUANTUM COMPUTE: The AI Race Reimagined! 🚀 Ever wondered what powers the next generation of artificial intelligence? It's not just about faster c
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KR
@kreggscode
🚀 QUANTUM COMPUTE: The AI Race Reimagined! 🚀 Ever wondered what powers the next generation of artificial intelligence? It's not just about faster chips; it's about a fundamental shift in how we compute. Quantum computing promises to unlock solutions to problems currently intractable for even the most powerful supercomputers. Imagine drug discovery accelerated by decades, unbreakable encryption cracked, and complex climate modeling achieving unprecedented accuracy. This isn't science fiction; it's the cutting edge of technological evolution, and the race is ON to harness its full potential. At its heart, quantum computing leverages the bizarre principles of quantum mechanics, like superposition (a qubit being 0 and 1 simultaneously) and entanglement (connected fates of qubits), to perform calculations. This allows quantum computers to explore vast numbers of possibilities in parallel, offering exponential speedups for specific types of problems. The 'racers' we're comparing today represent different approaches and key metrics in this race – from qubit stability and error correction to the algorithms designed to exploit quantum advantages. Each racer represents a critical aspect of quantum computation, from raw processing potential to the robustness needed for real-world applications. The speeds reflect their current theoretical or demonstrated performance benchmarks in specific tasks. Factors like coherence times (how long qubits maintain their quantum state) and error rates are paramount, dictating the feasibility of complex computations. The faster and more stable the quantum state, the quicker we can solve humanity's grand challenges. 🏁 The Verdict: The quantum realm is still evolving, but the potential is undeniable. Today's leading contenders showcase incredible progress, pushing the boundaries of what's computationally possible. The future of AI, materials science, and cryptography hinges on these quantum leaps! 💬 What quantum breakthrough are YOU most excited about? Let us know below! #QuantumComputing #QuantumRace #AIRevolution #TechInnovation #FutureTech #QuantumLeap #Supercomputing #Algorithm #Qubit #Entanglement #Superposition #QuantumPhysics

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