Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
Schrödinger cat states of a 16-microgram mechanical oscillator.
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Nov 2022 – Aug 2025Where it's discussed
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What people are saying
Many discussions reflect excitement over the demonstration of Schrödinger cat states, with comments like 'This blurs the line between quantum and classical systems' showcasing the strong interest in the implications of this research. Additionally, remarks about the mechanical resonator's properties, such as its mass and collective behavior, highlight a deeper engagement with the research methodologies and concepts, supporting a tone of curiosity and understanding.
Many discussions feature positive reactions to the findings, with users acknowledging the significance of the research.
There is a high level of curiosity about the implications of putting a mechanical oscillator into a quantum superposition, indicated by the frequency of sharing and asking questions.
While some posts reflect deeper thoughts on quantum mechanics, others remain surface-level, yet they still show interest in the topic.
The consensus is that this research could have considerable effects on our understanding of quantum physics, prompting speculation about future applications.
Abstract in brief
- Researchers created Schrodinger cat states in a mechanical resonator made of 10 atoms, demonstrating a superposition of two opposite-phase oscillations.
- This study explores why we don't see macroscopic objects in quantum superpositions, despite it being common in microscopic systems.
- The findings could enhance our understanding of the quantum-classical boundary and have potential applications in quantum information processing and precision measurement.
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Most liked on X and BlueskySchrödinger cat states of a 16-microgram mechanical oscillator https://t.co/16jXtkJZRE 『ねぇ、重さ16マイクログラムなんだって』 『え、なに?』 『機械振動子を使ったシュレディンガーの猫。重さ16マイクログラム』 『ふーん・・・。scienceそういうことよく知っているよね』
Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/viN7gOwgjZ 「構成原子が2つの反対の位相で振動する重ね合わせ状態にあるシュレディンガー猫の運動状態で、有効質量16.2マイクログラムの機械的共振器の準備」、猫ちゃん!
People have put objects with as many as 1e17 atoms into a nontrivial quantum state. However, it is a collective excitation of the ensemble, not coherently exciting all the constituent atoms. https://t.co/LIAudeCx4F https://t.co/ZtAjIbZ3vX
Fat quantum cats: Schrödinger cat states of a 16-microgram mechanical oscillator: https://t.co/L8hy23Ah8j via @eth
All mentions
Exploring Schrödinger Cat States in Mechanical Oscillators
This video examines recent research on Schrödinger cat states created in a mechanical resonator composed of 10 atoms. This study sheds light on the quantum-classical boundary, enhancing our understanding and potential…
Кошки, котята и Львы Шредингера гостят у Квантового парадокса Зенона
Delayed Choice Quantum Eraser: Quantum Behavior and Entanglement Insights
This experiment demonstrates that a photon's wave or particle behavior can be influenced even after detection, highlighting quantum entanglement and delayed decision-making effects.
Wigner's Friend, Schrodinger's Cat and Quantum Consciousness challenge our understanding of reality
@MoonsHiddenFace @fallen___raziel @Rollback06 @PascalTonoli Vas-y pré-pubère, explique moi pourquoi ce lien ci-dessous démontre que t'es une quiche en raisonnement. https://t.co/NhXZINZSuw
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
@Xaraphim It depends on how isolated the system is from the rest of the world, done right big thing could be quantum (e.g. this 16 mg bulk acoustic resonator put into a cat state: https://t.co/fA9cymrrKG) Small things could be classical (many examples, like electrons/holes in a bad (low
"Schrödinger cat states of a 16-microgram mechanical oscillator" https://t.co/avmv4jTqvy
@VictorSwift I asked Grok, here's the answer The paper titled "Schrödinger cat states of a 16-microgram mechanical oscillator" explores the quantum behavior of a mechanical system at a macroscopic scale, which is significant because it tests the limits of quantum mechanics in the realm where
People have put objects with as many as 1e17 atoms into a nontrivial quantum state. However, it is a collective excitation of the ensemble, not coherently exciting all the constituent atoms. https://t.co/LIAudeCx4F https://t.co/ZtAjIbZ3vX
@conscdissenter @francesweetman https://t.co/TYDr71snQk
The new Schrödinger cat weighs a hefty 16 micrograms (half the mass of an eyelash) and more than 100 trillion times the mass of the previous record holder for a molecular Schrödinger cat. #Caturday https://t.co/6qTdToF8pa
"Have you ever seen Schrödinger's cat?" A nice article by @SeanBailly in @PourlaScience (in French) on the recent demonstration of Schrödinger cat states of a 16-microgram mechanical oscillator by the @ETH_physics group of Yiwen Chu (@hybirds_eth). https://t.co/xnIcoKB0SP
@Hqkaya @AbbasFathy10313 حدود ۱۰ به توان ۱۷ اتم! این سنگینگربهی شرودینگر آزمایش شده تا الان بوده. https://t.co/30SCqDvftQ
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
Science Scientists put a visible object into a quantum superposition state for the first time. Schrödinger cat states of a 16-microgram mechanical oscillator. The idea of Schrodinger’s cat being both alive and dead at the same time—its fate revealed only upon inspection—came
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
https://t.co/ruYtGvo1Hj
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
RT @VictorSwift: Researchers just put a visible object into a quantum superposition. This blurs the line between the quantum and perceivab…
Schrödinger cat states of a 16-microgram mechanical oscillator | Science Soon all tweeters will be put into Schrödinger cat states causing consternation in cats. https://t.co/DB2Ej3YXPR
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT @quant_phys: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
RT from @quant_phys "Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/q9Mw1j736s" https://t.co/RWxhPMtCAq
Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uuUF76gE0J
разумная страта человечества всё ближе к «чудесам» на макроуровне. однажды, может, и до ретрообусловленности доберёмся: "Schrödinger cat states of a 16-microgram mechanical oscillator," Yiwen ... https://t.co/LSHFKmPubB via @YouTube
Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/PePRN9bdVv
Breakthrough in quantum physics: alive and dead at the same time: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/7sM1RbqbJE
Schrödinger cat states of a 16-microgram mechanical oscillator | Science https://t.co/ciP5a7Zzgp
The paper in "Science" the above "Science News" article is based upon, & refers to: “Schrödinger cat states of a 16-microgram mechanical oscillator” 2/2 https://t.co/8zLlYRt0RA
RT @pascalkwanten: Fat quantum cats: Schrödinger cat states of a 16-microgram mechanical oscillator: https://t.co/L8hy23Ah8j via @eth
RT @pascalkwanten: Fat quantum cats: Schrödinger cat states of a 16-microgram mechanical oscillator: https://t.co/L8hy23Ah8j via @eth
Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/uUkDCQnmfg
Fat quantum cats: Schrödinger cat states of a 16-microgram mechanical oscillator: https://t.co/L8hy23Ah8j via @eth
"Schrödinger cat states of a 16-microgram mechanical oscillator" [Dr.]MARIUS BILD ATTEO FADEL AND YIWEN CHU Science 2023
RT @tjmlab: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/16jXtkJZRE 『ねぇ、重さ16マイクログラムなんだって』 『え、なに?』 『機械振動子を使った…
Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/16jXtkJZRE 『ねぇ、重さ16マイクログラムなんだって』 『え、なに?』 『機械振動子を使ったシュレディンガーの猫。重さ16マイクログラム』 『ふーん・・・。scienceそういうことよく知っているよね』
Schrödinger cat states of a 16-microgram mechanical oscillator | Science The collective motion of about 1017 atoms was prepared in quantum superpositions of macroscopically distinct states. https://t.co/glNTe85Egd
Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/isgtmD6a2B https://t.co/o0S1U4lnDc
Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/9Ul375dwHw 16マイクログラムの機械的共振器でシュレーディンガー猫状態を実現...だと...
RT @thefad5: Excited to share at the #APSMarch2023 meeting our recent results on preparing Schrödinger cat states of a 16 microgram mechani…
Excited to share at the #APSMarch2023 meeting our recent results on preparing Schrödinger cat states of a 16 microgram mechanical oscillator! @APSMeetings #APSMarch @APSphysics #quantum #QuantumMechanics #QuantumComputing https://t.co/XJiN4DTlbm
"Schrödinger cat states of a 16-microgram mechanical oscillator," Yiwen ... https://t.co/zvdjFeq3yg via @YouTube
RT @IllinoisQuantum: Join us tomorrow at 11am for the IQUIST Seminar Series: "Schrödinger cat states of a 16-microgram mechanical oscillato…
Join us tomorrow at 11am for the IQUIST Seminar Series: "Schrödinger cat states of a 16-microgram mechanical oscillator," presented by Yiwen Chu! #IQUIST For more information go to https://t.co/19bMGb7HzC https://t.co/Rc5kLK07Zt
RT @quant_phys:
RT @tjmlab: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/viN7gOwgjZ 「構成原子が2つの反対の位相で振動する重ね合わせ状態にあるシュレディンガー猫の運…
RT @tjmlab: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/viN7gOwgjZ 「構成原子が2つの反対の位相で振動する重ね合わせ状態にあるシュレディンガー猫の運…
RT @tjmlab: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/viN7gOwgjZ 「構成原子が2つの反対の位相で振動する重ね合わせ状態にあるシュレディンガー猫の運…
Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/viN7gOwgjZ 「構成原子が2つの反対の位相で振動する重ね合わせ状態にあるシュレディンガー猫の運動状態で、有効質量16.2マイクログラムの機械的共振器の準備」、猫ちゃん!
RT from @quant_phys "
https://t.co/l003ddWOxh "Schrödinger cat states of a 16-microgram mechanical oscillator" by Marius Bild, Matteo Fadel, Yu Yang, Uwe von Lüpke, Phillip Martin et al. [1/5]
[2211.00449] Marius Bild, Matteo Fadel, Yu Yang et al.: Schrödinger cat states of a 16-microgram mechanical oscillator https://t.co/RzmuSeLcbb https://t.co/lBw5diehHa