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#majorana — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #majorana, aggregated by home.social.

  1. : Last year announced a new class of materials, called , that enabled a fundamental leap in .

    It powers 1, the first quantum processing unit built on a core.

    knowledgezone.co.in/posts/Micr

  2. #Macchina di #Majorana, abbiamo seguito l’incontro della #Lega in #Senato e ne abbiamo sentite di tutti i colori
    Dai cani malati che sono stati guariti e ringiovaniti, alla sabbia trasformata in #grano. Fino alle #offerte miliardarie per produrre #oro. Al Senato, la conferenza stampa sulla macchina di Majorana si trasforma in una rassegna di #eventi miracolosi

    #uno #buffoni #SalviniBuffone

    wired.it/article/macchina-di-m

  3. "Lanciamo un accorato appello a tutte le istituzioni affinché venga costruita.
    Conosciamo i particolari tecnici anche se non conosciamo la formula della macchina (qualcosa non torna, ndr)."
    🤡🤡🤡

    #Majorana #Lega #Senato #scienza #22ottobre

    wired.it/article/macchina-di-m

  4. Organizzata in #Senato conferenza sulla presunta macchina di #Majorana su iniziativa del vicepresidente del Senato Gian Marco Centinaio. L'evento rischia di dare visibilità in una sede istituzionale a teorie cospirazioniste e pseudoscientifiche.👇
    queryonline.it/2025/10/20/la-m

  5. El engaño del ordenador Cuántico de Microsoft

    «Microsoft anunció hace unos meses Majorana 1, el primer chip basado en qubits topológicos. Esto ha sido más marketing que ciencia. ¿Qué son los qubits topológicos? ¿Por qué serían tan revolucionarios? ¿Qué es esto de los Majoranas?»

    Vía: Quantum Fracture

    #Divulgación #Divulgacioncientifica #Ciencia #Física #Majorana #JoséLuisCrespo #QuantumFracture #ComputadoraCuántica

    youtube.com/watch?v=6LA-N6vFoJ

  6. Quantum physicist Dominic Walliman breaks down what's different about Microsoft's approach to Quantum Computing.
    ▶️ Microsoft's Topological Quantum Computer Explained - Domain of Science
    youtube.com/watch?v=ihZXl33t8S
    #Microsoft #QuantumComputing #Topological #Majorana

  7. Quantum physicist Dominic Walliman breaks down what's different about Microsoft's approach to Quantum Computing.
    ▶️ Microsoft's Topological Quantum Computer Explained - Domain of Science
    youtube.com/watch?v=ihZXl33t8S
    #Microsoft #QuantumComputing #Topological #Majorana

  8. Quantum physicist Dominic Walliman breaks down what's different about Microsoft's approach to Quantum Computing.
    ▶️ Microsoft's Topological Quantum Computer Explained - Domain of Science
    youtube.com/watch?v=ihZXl33t8S
    #Microsoft #QuantumComputing #Topological #Majorana

  9. Quantum physicist Dominic Walliman breaks down what's different about Microsoft's approach to Quantum Computing.
    ▶️ Microsoft's Topological Quantum Computer Explained - Domain of Science
    youtube.com/watch?v=ihZXl33t8S
    #Microsoft #QuantumComputing #Topological #Majorana

  10. Quantum physicist Dominic Walliman breaks down what's different about Microsoft's approach to Quantum Computing.
    ▶️ Microsoft's Topological Quantum Computer Explained - Domain of Science
    youtube.com/watch?v=ihZXl33t8S
    #Microsoft #QuantumComputing #Topological #Majorana

  11. If they couldn't even be bothered to look up how to pronounce Majorana correctly (MI-yor-ahna)... it's probably a good bet that the rest of the video's not very well researched either.
    #majorana #topological #qubit #Quantum #QuantumComputing #Microsoft

  12. EVP Jason Zander explains the breakthrough in #QuantumComputing announced by Microsoft's Strategic Missions & Technologies.
    ▶️ Microsoft Unveils First Quantum Computing Chip - Bloomberg
    youtube.com/watch?v=OOP4WbP2Tb
    #Microsoft #Quantum #msftadvocate #Majorana

  13. [Перевод] Microsoft представила квантовый чип Majorana 1 с топологическими кубитами

    Компания Microsoft анонсировала первый в мире квантовый чип Majorana 1, основанный на новой архитектуре Topological Core. Этот чип использует топологические проводники — инновационные материалы, которые позволяют управлять частицами Майораны для создания стабильных и масштабируемых кубитов. Разработка открывает путь к созданию квантовых компьютеров, способных решать сложные задачи промышленного масштаба уже через несколько лет.

    habr.com/ru/companies/first/ar

    #Majorana #чип #квантовые_вычисления #кубиты

  14. Heat capacity measurements reveal Majorana fermions

    physicsworld.com/a/heat-capaci

    Researchers in Japan and Korea say they have found evidence for the existence of these elusive quasiparticles in the thermodynamic behaviour of a Kitaev magnet

    #physics #Majorana #thermodynamic

  15. @jimdonegan
    How can you generate separate beams of neutrinos and antineutrinos when you don't even know whether they're different from one-another in the first place?
    :-) #particle #physics #sphaleron #leptogenisis #antimatter #Majorana #electroweak #StandardModel #lepton #baryon #DonLincoln

  16. @jimdonegan
    How can you generate separate beams of neutrinos and antineutrinos when you don't even know whether they're different from one-another in the first place?
    :-) #particle #physics #sphaleron #leptogenisis #antimatter #Majorana #electroweak #StandardModel #lepton #baryon #DonLincoln

  17. @jimdonegan
    How can you generate separate beams of neutrinos and antineutrinos when you don't even know whether they're different from one-another in the first place?
    :-) #particle #physics #sphaleron #leptogenisis #antimatter #Majorana #electroweak #StandardModel #lepton #baryon #DonLincoln

  18. @jimdonegan
    How can you generate separate beams of neutrinos and antineutrinos when you don't even know whether they're different from one-another in the first place?
    :-) #particle #physics #sphaleron #leptogenisis #antimatter #Majorana #electroweak #StandardModel #lepton #baryon #DonLincoln

  19. A definitive discovery of #Majorana #quasiparticles would bring the potential of #topological #quantum #computing closer to reality.

    In the original proposals, the “recipe” for observing Majoranas experimentally appeared deceptively simple. In the intervening years, it has become clear that the real world is more complicated than the models predicted, and Majoranas remain elusive.

    science.org/doi/10.1126/scienc