#quantumday — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #quantumday, aggregated by home.social.
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The transition from classical to quantum physics went about as smoothly as you would expect. Happy #QuantumDay!
(Unfortunately, I have no idea who made this classic physics meme. It has been around forever. If you know, please tell me!)
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The transition from classical to quantum physics went about as smoothly as you would expect. Happy #QuantumDay!
(Unfortunately, I have no idea who made this classic physics meme. It has been around forever. If you know, please tell me!)
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Happy #QuantumDay to all who celebrate!
Max Planck presented work on blackbody radiation to the German Physical Society #OTD in 1900.
His novel “quantum hypothesis” suggested that matter should be treated as it it emits and absorbs light with frequency f only in discrete chunks of energy E=hf.
Image: AIP
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Happy #QuantumDay to all who celebrate!
Max Planck presented work on blackbody radiation to the German Physical Society #OTD in 1900.
His novel “quantum hypothesis” suggested that matter should be treated as it it emits and absorbs light with frequency f only in discrete chunks of energy E=hf.
Image: AIP
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Happy #QuantumDay, everyone! 😊 Discovering #quantumtheory revolutionized #physics forever - and might even make your hair stand on end! 😉 #MaxPlanck
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Happy #QuantumDay, everyone! 😊 Discovering #quantumtheory revolutionized #physics forever - and might even make your hair stand on end! 😉 #MaxPlanck
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The transition from classical to quantum physics went about as smoothly as you would expect. Happy #QuantumDay.
(Sorry, I don’t know who made this classic physics meme. If you know, please tell me!)
-
The transition from classical to quantum physics went about as smoothly as you would expect. Happy #QuantumDay.
(Sorry, I don’t know who made this classic physics meme. If you know, please tell me!)
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@mcnees Yes, #MaxPlanck correctly hypothesized that energy is quantized in 1900, and this is properly celebrated on #QuantumDay. 👏
But #JohnDalton had hypothesized, and just as correctly, that *mass* is quantized almost 100 years earlier when he published his #AtomicTheory. 👏
https://en.m.wikipedia.org/wiki/John_Dalton -
@mcnees Yes, #MaxPlanck correctly hypothesized that energy is quantized in 1900, and this is properly celebrated on #QuantumDay. 👏
But #JohnDalton had hypothesized, and just as correctly, that *mass* is quantized almost 100 years earlier when he published his #AtomicTheory. 👏
https://en.m.wikipedia.org/wiki/John_Dalton -
Happy #QuantumDay to all who celebrate!
Max Planck presented work on blackbody radiation to the German Physical Society #OTD in 1900. His novel “quantum hypothesis” suggested that matter emits and absorbs light with frequency f only in discrete chunks of energy E=hf.
Image: AIP
-
Happy #QuantumDay to all who celebrate!
Max Planck presented work on blackbody radiation to the German Physical Society #OTD in 1900. His novel “quantum hypothesis” suggested that matter emits and absorbs light with frequency f only in discrete chunks of energy E=hf.
Image: AIP
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Happy #QuantumDay.
But, he didn't look like either (or both simultaneously) until the photos were taken...
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Happy #QuantumDay.
But, he didn't look like either (or both simultaneously) until the photos were taken...
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The transition from classical to quantum physics went very smoothly. Happy #QuantumDay.
(Sorry, I don’t know who made this image!)
-
The transition from classical to quantum physics went very smoothly. Happy #QuantumDay.
(Sorry, I don’t know who made this image!)
-
Happy #QuantumDay!
Max Planck presented his work on blackbody radiation to the German Physical Society #OTD in 1900. His novel “quantum hypothesis” suggested that matter emits and absorbs light with frequency f only in discrete chunks of energy E=hf.
Image: AIP
-
Happy #QuantumDay!
Max Planck presented his work on blackbody radiation to the German Physical Society #OTD in 1900. His novel “quantum hypothesis” suggested that matter emits and absorbs light with frequency f only in discrete chunks of energy E=hf.
Image: AIP