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#qubit — Public Fediverse posts

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  1. `We demonstrate our proposal with a 70-qubit, depth-70 Clifford circuit doped with 468 T gates. We use a total of 97 physical qubits to encode this computation in spacetime codes, effectively suppressing gate error rates by 10× after syndrome post-selection, and yielding a state with a fidelity lower bound of 0.284 with 95% confidence.`

    arxiv.org/abs/2607.25941

    #quantumComputing #qubit

  2. `We demonstrate our proposal with a 70-qubit, depth-70 Clifford circuit doped with 468 T gates. We use a total of 97 physical qubits to encode this computation in spacetime codes, effectively suppressing gate error rates by 10× after syndrome post-selection, and yielding a state with a fidelity lower bound of 0.284 with 95% confidence.`

    arxiv.org/abs/2607.25941

    #quantumComputing #qubit

  3. #QuizOfTheDay: A #Qubit (quantum bit) is the fundamental unit of quantum information, capable of existing in a state of 0, 1, or any simultaneous combination of both.

    Which quantum principle allows a qubit to be in a combination of ∣0⟩ and ∣1⟩ states simultaneously?

    A. Decoherence
    B. Interference
    C. Superposition
    D. Entanglement

    knowledgezone.co.in/resources/

  4. #QuizOfTheDay: A #Qubit (quantum bit) is the fundamental unit of quantum information, capable of existing in a state of 0, 1, or any simultaneous combination of both.

    Which quantum principle allows a qubit to be in a combination of ∣0⟩ and ∣1⟩ states simultaneously?

    A. Decoherence
    B. Interference
    C. Superposition
    D. Entanglement

    knowledgezone.co.in/resources/

  5. #ITByte: A #Qubit, or #Quantum bit, is the fundamental unit of information in #QuantumComputing.

    Different types of qubit technologies are being explored, each with unique advantages and challenges for building scalable and robust quantum computers.

    knowledgezone.co.in/posts/Qubi

  6. #ITByte: A #Qubit, or #Quantum bit, is the fundamental unit of information in #QuantumComputing.

    Different types of qubit technologies are being explored, each with unique advantages and challenges for building scalable and robust quantum computers.

    knowledgezone.co.in/posts/Qubi

  7. Updated: I added the aha-chapter that I was missing.

    "Quantum computers try all possibilities in parallel" is the popular line — and it's dangerously misleading. A measurement collapses everything to one random answer, so "parallel" on its own is useless.

    The actual move: a quantum algorithm is ONE global linear transformation on a 2^n-amplitude vector, designed so wrong answers destructively cancel and the right one amplifies. Classical searches. Quantum shapes.

    Walkthrough with a Grover-style bar chart in four snapshots, plus the full pipeline: superconducting oscillator → Josephson junction → Bell state → amplitude amplification → Shor / Grover / simulation.

    🔗 ki-mathias.de/en/quantum-compu
    🎥 youtu.be/iMaqNfA0Gs0 (9:14, HD)
    📦 Qiskit notebooks: github.com/pmmathias/quantum-c

    #quantumcomputing #qiskit #qubit #interference #grover #blochsphere #physics #education

  8. Updated: I added the aha-chapter that I was missing.

    "Quantum computers try all possibilities in parallel" is the popular line — and it's dangerously misleading. A measurement collapses everything to one random answer, so "parallel" on its own is useless.

    The actual move: a quantum algorithm is ONE global linear transformation on a 2^n-amplitude vector, designed so wrong answers destructively cancel and the right one amplifies. Classical searches. Quantum shapes.

    Walkthrough with a Grover-style bar chart in four snapshots, plus the full pipeline: superconducting oscillator → Josephson junction → Bell state → amplitude amplification → Shor / Grover / simulation.

    🔗 ki-mathias.de/en/quantum-compu
    🎥 youtu.be/iMaqNfA0Gs0 (9:14, HD)
    📦 Qiskit notebooks: github.com/pmmathias/quantum-c

    #quantumcomputing #qiskit #qubit #interference #grover #blochsphere #physics #education

  9. "Wat is een quantumcomputer?"

    -> "Quantumcomputers maken gebruik van qubits. Deze kunnen niet alleen nul óf een zijn, maar ze kunnen zich ook in meerdere mogelijke toestanden tegelijkertijd bevinden. Daardoor kunnen quantumcomputers meerdere berekeningen tegelijk parallel aan elkaar uitvoeren"

    (Via #newscientist_NL ) #quantumcomputer #qubit
    newscientist.nl/blogs/wat-is-e

  10. "Wat is een quantumcomputer?"

    -> "Quantumcomputers maken gebruik van qubits. Deze kunnen niet alleen nul óf een zijn, maar ze kunnen zich ook in meerdere mogelijke toestanden tegelijkertijd bevinden. Daardoor kunnen quantumcomputers meerdere berekeningen tegelijk parallel aan elkaar uitvoeren"

    (Via #newscientist_NL ) #quantumcomputer #qubit
    newscientist.nl/blogs/wat-is-e

  11. 25 Years of Linux Magazine: Continuing our look back at our most popular articles, check out this introduction to quantum computing from the December 2022 issue
    linux-magazine.com/Issues/2022

  12. 25 Years of Linux Magazine: Continuing our look back at our most popular articles, check out this introduction to quantum computing from the December 2022 issue
    linux-magazine.com/Issues/2022
    #25years #QuantumComputing #TBT #qubit #Schrödinger

  13. L'informatique quantique, basée sur la contre-intuitive mécanique quantique, diffère profondément de l'informatique classique.

    Tania Belabbas, de l'Institut quantique - Université de Sherbrooke, fait appel aux mathématiques pour nous expliquer le fameux qubit.

    accromath.uqam.ca/2025/10/de-l

    #QuantumComputing #qubit #BlochSphere #SciComm

  14. L'informatique quantique, basée sur la contre-intuitive mécanique quantique, diffère profondément de l'informatique classique.

    Tania Belabbas, de l'Institut quantique - Université de Sherbrooke, fait appel aux mathématiques pour nous expliquer le fameux qubit.

    accromath.uqam.ca/2025/10/de-l

    #QuantumComputing #qubit #BlochSphere #SciComm

  15. L'informatique quantique diffère profondément de l'informatique classique. Tania Belabbas de l'Institut quantique - Université de Sherbrooke fait appel aux mathématiques pour nous expliquer le fameux qubit. accromath.uqam.ca/2025/10/de-l... #QuantumComputing #qubit #BlochSphere #SciComm

  16. #ITByte: A #Biological #Qubit uses a living biological component, such as a protein or DNA, to act as a quantum bit (qubit) for quantum computing or sensing.

    knowledgezone.co.in/posts/Biol

  17. #ITByte: A #Biological #Qubit uses a living biological component, such as a protein or DNA, to act as a quantum bit (qubit) for quantum computing or sensing.

    knowledgezone.co.in/posts/Biol

  18. A #Biological #Qubit is a quantum bit, often a genetically encoded fluorescent protein or other biological molecule, that functions within a living cell.

    These biological qubits are primarily being developed as ultrasensitive quantum sensors to measure minute changes in magnetic fields or temperature.

    knowledgezone.co.in/posts/Biol

  19. A #Biological #Qubit is a quantum bit, often a genetically encoded fluorescent protein or other biological molecule, that functions within a living cell.

    These biological qubits are primarily being developed as ultrasensitive quantum sensors to measure minute changes in magnetic fields or temperature.

    knowledgezone.co.in/posts/Biol

  20. Why the #Number “1/137” appears everywhere in #Nature : Medium

    #Ghost #Growth Can Kill Your #Career – 5 Steps To Real Career Advancement : Forbes

    #Scientific #Breakthrough leads to '#Fluorescent #Biological #Qubit' — it could mean turning your #Cells into #Quantum #Sensors : Live Sci

    Check our latest #KnowledgeLinks

    knowledgezone.co.in/resources/

  21. Why the #Number “1/137” appears everywhere in #Nature : Medium

    #Ghost #Growth Can Kill Your #Career – 5 Steps To Real Career Advancement : Forbes

    #Scientific #Breakthrough leads to '#Fluorescent #Biological #Qubit' — it could mean turning your #Cells into #Quantum #Sensors : Live Sci

    Check our latest #KnowledgeLinks

    knowledgezone.co.in/resources/

  22. Due atomi di fosforo hanno imparato a parlare a distanza nel silicio. È il primo entanglement quantistico controllato che risolve il grande paradosso: i qubit ora possono essere isolati E anche comunicare.

    La scoperta australiana apre la strada a computer quantistici compatibili con i chip esistenti. Mentre tutti inseguono i grandi numeri, loro hanno puntato sull'eleganza.

    Il futuro quantistico parla la lingua del silicio.

    futuroprossimo.it/2025/09/qubi

    #quantumcomputing #qubit #futuroprossimo

  23. Due atomi di fosforo hanno imparato a parlare a distanza nel silicio. È il primo entanglement quantistico controllato che risolve il grande paradosso: i qubit ora possono essere isolati E anche comunicare.

    La scoperta australiana apre la strada a computer quantistici compatibili con i chip esistenti. Mentre tutti inseguono i grandi numeri, loro hanno puntato sull'eleganza.

    Il futuro quantistico parla la lingua del silicio.

    futuroprossimo.it/2025/09/qubi

    #quantumcomputing #qubit #futuroprossimo

  24. Che cos'è e a cosa serve un computer quantistico? Qual è lo stato della ricerca in questo campo? L'ho chiesto a Federica Mantegazzini, fisica che con il suo team a Trento ha creato il primo qubit "italiano". L'ho intervistata per il settimanale Azione.
    #qubit #fisica #tecnologia #trento #scienza

    azione.ch/societa/dettaglio?tx

  25. #Cern: #Qubit aus #Antimaterie demonstriert

    Fast eine Minute lang konnte das #Antiproton schwingen. Es war der erste Versuch eines #Antimaterie_Quantum_Bits.

    Das Baryon-Antibaryon-Symmetrie-Experiment ( #Base ) vermeldet einen Durchbruch bei der Kontrolle und Untersuchung eines Antiprotons, das zu den #Antibaryonen zählt. In einem komplexen System aus drei Fallen konnte es 50 Sekunden lang zwischen zwei Zuständen schwingen.

    golem.de/news/cern-qubit-aus-a