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#photon — Public Fediverse posts

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

  1. CERN Physicists Observe New Exotic Particle

    Physicists with the ATLAS Collaboration at CERN’s Large Hadron Collider (LHC) have observed the Bc*+ meson, an excited…
    #NewsBeep #News #Physics #Antiquark #Atlas #AU #Australia #Bcplusmeson #Bottomantiquark #Charmquark #LHC #Meson #Particle #Photon #proton #Quark #Science
    newsbeep.com/au/695347/

  2. CERN Physicists Observe New Exotic Particle

    Physicists with the ATLAS Collaboration at CERN’s Large Hadron Collider (LHC) have observed the Bc*+ meson, an excited…
    #NewsBeep #News #Physics #Antiquark #Atlas #AU #Australia #Bcplusmeson #Bottomantiquark #Charmquark #LHC #Meson #Particle #Photon #proton #Quark #Science
    newsbeep.com/au/695347/

  3. Is photography as an art form still relevant today?

    Learn more about photography today in era of Mobile Phones, tablets and DSLR cameras.

    mandarapte.com/artanddesign/is

    #Photography #SLR #DSLR #Camera #Art #Artist #Photon #Light

  4. Is photography as an art form still relevant today?

    Learn more about photography today in era of Mobile Phones, tablets and DSLR cameras.

    mandarapte.com/artanddesign/is

    #Photography #SLR #DSLR #Camera #Art #Artist #Photon #Light

  5. Is photography as an art form still relevant today?

    Learn more about photography today in era of Mobile Phones, tablets and DSLR cameras.

    mandarapte.com/artanddesign/is

    #Photography #SLR #DSLR #Camera #Art #Artist #Photon #Light

  6. Is photography as an art form still relevant today?

    Learn more about photography today in era of Mobile Phones, tablets and DSLR cameras.

    mandarapte.com/artanddesign/is

    #Photography #SLR #DSLR #Camera #Art #Artist #Photon #Light

  7. I'm really diggin the German made Bombtrack Munroe #cargobike. I wouldn't mind building one up with a CYC Photon Gen 2 mid drive conversion kit, 3X3 9 drivetrain, and a dropper post. 🤔😉
    theradavist.com/bombtrack-munr

    #cargobike #bombtrack #cyc #photon #3X3

  8. Détecter une seule particule de lumière est un défi, mais détecter un photon micro-ondes l’est encore plus: ils sont 100'000 fois plus faible que les photons optiques.

    Des scientifiques du Laboratoire des circuits quantiques hybrides ont développé un mini détecteur capable de relever ce défi avec une efficacité pouvant atteindre 70%, en convertissant les photons micro-ondes entrants en un courant électrique faible, mais mesurable.

    Infos: actu.epfl.ch/news/un-mini-dete

    #EPFL #Photon #Quantique

  9. Détecter une seule particule de lumière est un défi, mais détecter un photon micro-ondes l’est encore plus: ils sont 100'000 fois plus faible que les photons optiques.

    Des scientifiques du Laboratoire des circuits quantiques hybrides ont développé un mini détecteur capable de relever ce défi avec une efficacité pouvant atteindre 70%, en convertissant les photons micro-ondes entrants en un courant électrique faible, mais mesurable.

    Infos: actu.epfl.ch/news/un-mini-dete

    #EPFL #Photon #Quantique

  10. Détecter une seule particule de lumière est un défi, mais détecter un photon micro-ondes l’est encore plus: ils sont 100'000 fois plus faible que les photons optiques.

    Des scientifiques du Laboratoire des circuits quantiques hybrides ont développé un mini détecteur capable de relever ce défi avec une efficacité pouvant atteindre 70%, en convertissant les photons micro-ondes entrants en un courant électrique faible, mais mesurable.

    Infos: actu.epfl.ch/news/un-mini-dete

    #EPFL #Photon #Quantique

  11. Détecter une seule particule de lumière est un défi, mais détecter un photon micro-ondes l’est encore plus: ils sont 100'000 fois plus faible que les photons optiques.

    Des scientifiques du Laboratoire des circuits quantiques hybrides ont développé un mini détecteur capable de relever ce défi avec une efficacité pouvant atteindre 70%, en convertissant les photons micro-ondes entrants en un courant électrique faible, mais mesurable.

    Infos: actu.epfl.ch/news/un-mini-dete

    #EPFL #Photon #Quantique

  12. Détecter une seule particule de lumière est un défi, mais détecter un photon micro-ondes l’est encore plus: ils sont 100'000 fois plus faible que les photons optiques.

    Des scientifiques du Laboratoire des circuits quantiques hybrides ont développé un mini détecteur capable de relever ce défi avec une efficacité pouvant atteindre 70%, en convertissant les photons micro-ondes entrants en un courant électrique faible, mais mesurable.

    Infos: actu.epfl.ch/news/un-mini-dete

    #EPFL #Photon #Quantique

  13. 2023’s Best #MidDrive #eBike Kit - Better than #Bafang #BBSHD?

    First look at the new #cycmotor #photon #middriveebike conversion kit. This is the latest edition to #cyc’ s x1 pro gen 3 & x1 stealth gen 3 models. The new cyc photon is much closer in design to the bafang bbshd mid drive motor. The power of the photon is less that of the bafang bbshd but it delivers other benefits including a #torquesensor bottom bracket.

    youtu.be/DFXtd8wXYyI?si=4SVF7f

    #bikeTooter #cycling #biking #ev #bike #bicycle

  14. 2023’s Best #MidDrive #eBike Kit - Better than #Bafang #BBSHD?

    First look at the new #cycmotor #photon #middriveebike conversion kit. This is the latest edition to #cyc’ s x1 pro gen 3 & x1 stealth gen 3 models. The new cyc photon is much closer in design to the bafang bbshd mid drive motor. The power of the photon is less that of the bafang bbshd but it delivers other benefits including a #torquesensor bottom bracket.

    youtu.be/DFXtd8wXYyI?si=4SVF7f

    #bikeTooter #cycling #biking #ev #bike #bicycle

  15. 2023’s Best #MidDrive #eBike Kit - Better than #Bafang #BBSHD?

    First look at the new #cycmotor #photon #middriveebike conversion kit. This is the latest edition to #cyc’ s x1 pro gen 3 & x1 stealth gen 3 models. The new cyc photon is much closer in design to the bafang bbshd mid drive motor. The power of the photon is less that of the bafang bbshd but it delivers other benefits including a #torquesensor bottom bracket.

    youtu.be/DFXtd8wXYyI?si=4SVF7f

    #bikeTooter #cycling #biking #ev #bike #bicycle

  16. Dank Röntgenfluoreszenz (#XRF) kann durch eine spektrale Messung die elementare Aufbau von Materie analysiert werden.
    Ähnlich zur optischen #Fluoreszenz wird ein #Atom angeregt: Ein #Photon mit Energie oberhalb einer Absorptionsschale kann vom Atom absorbiert werden, woraufhin ein #Elektron die Hülle verlässt (Ionisation), oder auf eine energetisch höhere Bahn gebracht wird.

  17. Also cleaned out my container of Micro-Controllers, these are controllers, that I simply don't use any more.
    I pretty much spend most of my time working with #ESP32 any more - and these just seem like they are taking up room I could be using for more #ESP32 boards LOL.

    I'm not getting rid of them, just putting them in a different box, that doesn't stay near the work bench.

    #Arduino #Uno #Nano #Atmega328 #Photon #SparkCore #M0 #BluePill

  18. "We show that optical bias fields injected into multistable #optical systems enable a controllable source of #quantum #randomness, and we demonstrated this concept in an optical parametric oscillator (OPO). By injecting bias pulses with less than one #photon on average, we controlled the probabilities of the two possible OPO output states."

    science.org/doi/10.1126/scienc

    #quantumFieldTheory #fieldTheory #fluctuations #quantumComputing #vacuumFluctuation #energy #physics #computing #randomNumber

  19. "We show that optical bias fields injected into multistable #optical systems enable a controllable source of #quantum #randomness, and we demonstrated this concept in an optical parametric oscillator (OPO). By injecting bias pulses with less than one #photon on average, we controlled the probabilities of the two possible OPO output states."

    science.org/doi/10.1126/scienc

    #quantumFieldTheory #fieldTheory #fluctuations #quantumComputing #vacuumFluctuation #energy #physics #computing #randomNumber

  20. "We show that optical bias fields injected into multistable #optical systems enable a controllable source of #quantum #randomness, and we demonstrated this concept in an optical parametric oscillator (OPO). By injecting bias pulses with less than one #photon on average, we controlled the probabilities of the two possible OPO output states."

    science.org/doi/10.1126/scienc

    #quantumFieldTheory #fieldTheory #fluctuations #quantumComputing #vacuumFluctuation #energy #physics #computing #randomNumber

  21. "We show that optical bias fields injected into multistable #optical systems enable a controllable source of #quantum #randomness, and we demonstrated this concept in an optical parametric oscillator (OPO). By injecting bias pulses with less than one #photon on average, we controlled the probabilities of the two possible OPO output states."

    science.org/doi/10.1126/scienc

    #quantumFieldTheory #fieldTheory #fluctuations #quantumComputing #vacuumFluctuation #energy #physics #computing #randomNumber

  22. Weird New #Quantum #Experiment Sounds Suspiciously Like Time Travel

    …"A negative time delay may seem #paradoxical, but what it means is that if you built a #quantum #clock to measure how much time atoms are spending in the excited state, the clock hand would, under certain circumstances, move backward rather than forward"… Josiah Sinclair from the #University of #Toronto. [Movement known as #retrograde.]

    🔗 futurism.com/quantum-experimen

    #Time #Timelessness #TimeTravel #negativetime #photon #physics

  23.  
    Evidence of ‘Negative Time’ Found in #QuantumPhysics Experiment

    Physicists showed that #photons can seem to exit a material before entering it, revealing observational evidence of #negativetime.

    …"by the team’s experiments, these values can encompass instances when an individual #photon’s transit time is instantaneous—or, bizarrely, when it concludes before the #atomic excitation has ceased, which gives a negative value"…

    🔗 scientificamerican.com/article

    #Community #TimeTravel #Research #quantum