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#Qubit Reel by @fqxiphysics (verified account) - How did the term "qubit" come to be? Well, it was born out of a joke between Ben Schumacher and Bill Wootters!

This short was filmed @perimeterinstit
6.9K
FQ
@fqxiphysics
How did the term “qubit” come to be? Well, it was born out of a joke between Ben Schumacher and Bill Wootters! This short was filmed @perimeterinstitute for their “100 Years of Quantum” conference this year! #STEM#Quantum #Qubit #QuantumPhysics #Physics
#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
626.3K
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 @infinitedimensionzx - #physics #qubit #gpt5pro #quantumphysics #quantumcomputing 

https://github.com/csalnav2/-Transmon-Like-4-Qubit-Lattice-SPSA-Pulse-Daemon-Quantum-memo
8.7K
IN
@infinitedimensionzx
#physics #qubit #gpt5pro #quantumphysics #quantumcomputing https://github.com/csalnav2/-Transmon-Like-4-Qubit-Lattice-SPSA-Pulse-Daemon-Quantum-memory-Engine Apache 2.0 Licensed Transmon‑Inspired Floquet Thermodynamic Engine (4‑Qubit Lattice Model) This repo simulates a transmon‑inspired 4‑qubit (2×2) lattice using global density‑matrix evolution (16×16) with a periodic Floquet bath schedule (default: 4.0‑s period square waveform cycling cold↔hot; selectable waveforms include square/sine/triangle/sawtooth/gaussian). The evolution is implemented as a coherent unitary step plus local CPTP Kraus noise channels (dephasing + amplitude down/up), with Choi diagnostics exported as physicality sanity checks. A control daemon supports SPSA (GRAPE‑ish) pulse shaping, optimizing piecewise control knobs to jointly improve transmon subspace‑fidelity proxies and q‑datagram retention, while also balancing coherence/QFI/entanglement against penalties for memory‑loss current and operator‑complexity growth (OSEE). Non‑linearity / Boolean logic: Inspired by Lipka‑Bartosik et al. (Science Advances 2024), thermodynamic neurons are perceptron‑like and implement linearly separable Boolean functions, while XOR requires a network or feature lift. This repo includes (i) a logic self‑test where XOR as a single neuron is expected to fail, but a 3‑neuron network passes, and (ii) a physics‑wired non‑linear separator demo where “feature lift” adds an x⋅y feature (mathematically equivalent to a hidden unit / kernel feature). Extending from these demos to multi‑output Boolean algebra / richer non‑linear logic is a natural next step but would require code changes (multi‑output readout + training/objective wiring). Literature Citations: Lipka‑Bartosik, Perarnau‑Llobet, Brunner, Thermodynamic computing via autonomous quantum thermal machines, Sci. Adv. 10, eadm8792 (2024). Lindblad, On the generators of quantum dynamical semigroups (1976). Braunstein & Caves, Statistical distance and the geometry of quantum states (QFI geometry). Sjöqvist et al., Geometric phases for mixed states in interferometry (2000).
#Qubit Reel by @kreggscode (verified account) - Prepare for a mind-bending race unlike any you've ever witnessed! 🤯 We're diving deep into the theoretical realm with our 'QUANTUM LEAP' comparison,
4.7K
KR
@kreggscode
Prepare for a mind-bending race unlike any you've ever witnessed! 🤯 We're diving deep into the theoretical realm with our 'QUANTUM LEAP' comparison, pitting the cutting edge of quantum computing against each other in a simulated dash to solve complex problems at speeds that redefine 'fast'. Ever wondered how qubits perform under pressure? See how EntangleNet's superposition strategy stacks up against QubitFlow's advanced algorithms, or if TunnelWave's probabilistic approach can outmaneuver the others. We're not just talking about speed, but the very fabric of computation. Learn about coherence, superposition, and decoherence as these virtual racers push the boundaries of what's possible. Which quantum phenomenon will claim victory? Drop your predictions below and let's explore the future of technology together! #QuantumComputing #TechRace #FutureTech #QuantumLeap #ScienceExplained #Innovation #DeepTech #Qubit #Algorithm #HighPerformanceComputing
#Qubit Reel by @ffppod (verified account) - Princeton's millisecond transmon qubit is a breakthrough! Longer coherence = more computation. Hardware is king in quantum computing. #QuantumComputin
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FF
@ffppod
Princeton's millisecond transmon qubit is a breakthrough! Longer coherence = more computation. Hardware is king in quantum computing. #QuantumComputing #Qubit #Technology #Science #Innovation #Physics #Hardware
#Qubit Reel by @spotifyjp (verified account) - Spotifyでしか観れないアーティストへのインタビュー企画【#SpotifyArtistInterview】

今回は1stシングル "G.A.D." をリリースした #QUBIT に質問💬

@qubit_band @seiichinagai @daoko_official @oioiiioi
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SP
@spotifyjp
Spotifyでしか観れないアーティストへのインタビュー企画【#SpotifyArtistInterview】 今回は1stシングル “G.A.D.” をリリースした #QUBIT に質問💬 @qubit_band @seiichinagai @daoko_official @oioiiioiooi @shoheiamimori #キュービット #GAD
#Qubit Reel by @phdwithanjali - Nanodrop said my DNA was fine. Qubit said, 'Not so fast.' 😂 

#phdlife #phd #phdstudent #research #phdjourney #researcher #molecularbiology #molbio #
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PH
@phdwithanjali
Nanodrop said my DNA was fine. Qubit said, ‘Not so fast.’ 😂 #phdlife #phd #phdstudent #research #phdjourney #researcher #molecularbiology #molbio #qubit #nanodrop #thermofisherscientific #invitrogen #phdwithanjali #dnaconcentration #dna @thermofisherscientific
#Qubit Reel by @rdarium.documentales - Qubit: el truco cuántico que cambiará la computación⚛️ #curiosidades #sabiasque 

¿Qué es un qubit y por qué está en el centro de la computación cuánt
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RD
@rdarium.documentales
Qubit: el truco cuántico que cambiará la computación⚛️ #curiosidades #sabiasque ¿Qué es un qubit y por qué está en el centro de la computación cuántica ? En este Short te explico, sin humo y sin ciencia ficción, cómo un qubit puede estar en superposición y por qué eso no significa “magia”, sino una forma distinta de procesar información. Importante: los ordenadores cuánticos actuales no han roto hoy toda la criptografía del mundo. El potencial real está en que, combinando superposición, interferencia y entrelazamiento, podrían acelerar algunos problemas concretos en el futuro, como simulación molecular, optimización y ciertos algoritmos. 🔗 Relacionado para seguir viendo. Playlist relacionada: Física Cuántica y Realidad | Computación Cuántica: Entiéndelo Todo https://youtube.com/@RdArium/playlists Vídeo horizontal relacionado: La Física Cuántica que Cambiará la Tecnología para Siempre https://youtu.be/HmhEapQjBIk Short relacionado: ¡Einstein NO lo creía! El Misterio del Entrelazamiento Cuántico https://youtube.com/shorts/hICmkdDKZAw 📚 Fuentes y referencias: IBM Quantum Learning: Superposition with Qiskit https://quantum.cloud.ibm.com/learning/en/modules/quantum-mechanics/superposition-with-qiskit NIST: What Is Quantum Cryptography? https://www.nist.gov/cybersecurity/what-quantum-cryptography NIST: How NIST Helped Start an Industry https://www.nist.gov/blogs/taking-measure/how-nist-helped-start-industry-our-role-jump-starting-quantum-information Shor, P. W. (1994). Algorithms for Quantum Computation: Discrete Logarithms and Factoring https://doi.org/10.1109/SFCS.1994.365700 Saludos Mentes Curiosas!! - "Un Universo por Descubrir" 💥Si te gustó el contenido puedes✨suscribirte al canal y activar🔔la campana de notificaciones en= https://youtube.com/@rdarium?sub_confirmation=1 , comentar y darle me gusta, además de apoyar en el botón de gracias disponible para aportaciones económicas. También disponible: ⚡Paypal: https://paypal.me/rdarium ©️ RdArium NEXUS - Ciencia y Tecnología del Futuro #qubit #computacioncuantica #quantumcomputing #ciencia #tecnologia
#Qubit Reel by @nhkworldjapan (verified account) - QUBIT brings their innovative electronic sounds to tiny desk concerts JAPAN!⚛️🎛️🎶

Named after the smallest unit in quantum mechanics (short for "qu
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NH
@nhkworldjapan
QUBIT brings their innovative electronic sounds to tiny desk concerts JAPAN!⚛️🎛️🎶 Named after the smallest unit in quantum mechanics (short for "quantum bit"), the impressive five-piece lineup performs a dynamic and organic experimental set in the NHK tiny desk space in Shibuya!🎛️🎤🎹🎸🥁🎶 . 👉Watch the full show|See|tiny desk concerts JAPAN: QUBIT|24/7 On Demand|NHK WORLD-JAPAN website. . 👉Tap in Stories/Highlights to get there.👆 . 👉Follow the links in our bio for more on the latest from Japan. . 👉If we’re on your Favorites list you won’t miss a post. . . #QUBIT #electronicmusic #experimentalmusic #japaneseband #japanesesinger #Daoko #japanesegroup #japanesemusic #ymo #yellowmagicorchestra #shibuya #tokyo #npr #tinydesk #tinydeskconcertsjapan #nhkworldjapan #japan
#Qubit Reel by @gianluigiballarani (verified account) - 🚀 Microsoft ha dedicato il suo nuovo chip quantistico, il Majorana 1, a un genio scomparso nel 1938: Ettore Majorana. La sua teoria potrebbe cambiare
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GI
@gianluigiballarani
🚀 Microsoft ha dedicato il suo nuovo chip quantistico, il Majorana 1, a un genio scomparso nel 1938: Ettore Majorana. La sua teoria potrebbe cambiare l’informatica per sempre. Ma chi era Majorana? E perché il suo nome è su un chip? Scopriamolo! 👇 Chi era Ettore Majorana? 🧠 Brillante fisico italiano, nel 1937 Majorana ipotizzò i fermioni di Majorana, particelle che sono la loro stessa antiparticella. Nel 1938 sparì misteriosamente: suicidio, ritiro in solitudine o rapimento? Nessuno lo sa. Il suo enigma resta, ma il suo genio ispira ancora. Cos’è il Majorana 1? 💻 Il Majorana 1 è un chip quantistico che usa i fermioni di Majorana per rendere i qubit (i “bit” dei computer quantistici) più stabili. A differenza dei bit classici (0 o 1), i qubit sfruttano la sovrapposizione per essere 0, 1 o entrambi, ma sono fragili. Majorana aiuta a proteggerli! Cosa sono i fermioni di Majorana? ⚛️ Sono quasiparticelle che emergono nei materiali topologici. Essendo la loro stessa antiparticella, creano qubit topologici resistenti a rumore, vibrazioni e interferenze. È come un’armatura per i dati quantistici in un mondo caotico! Cosa sono i materiali topologici? 🧬 Materiali speciali con proprietà “super resistenti”, i materiali topologici proteggono i qubit come una fortezza. Questo li rende ideali per computer quantistici stabili e potenti, pronti a rivoluzionare il futuro. Perché conta? 🔬 Il Majorana 1 è un prototipo per computer quantistici con milioni di qubit, capaci di simulare molecole o prevedere il clima in tempi record. Non supera ancora il Willow di Google, ma è un passo verso un futuro incredibile! Un mistero senza fine ❓ Majorana sparì nel 1938, ma il suo nome vive nel chip che potrebbe cambiare il mondo. Il suo destino? Forse un giorno lo scopriremo… con un computer quantistico. 🗨 Il futuro è quantistico. Tu cosa ne pensi? #QuantumComputing #Majorana1 #EttoreMajorana #FisicaQuantistica #TechInnovation #Mistero #ScienzaETecnologia #Microsoft #Qubit #FuturoDigitale

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