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#atomicclocks — Public Fediverse posts

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  1. Ah, atomic clocks! Because what the world really needed was a government-sponsored deep dive into how to precisely measure the seconds we waste reading this 🙄. Meanwhile, the .gov reminder was a thrilling plot twist we didn't see coming 🔒✨.
    nist.gov/atomic-clocks/how-do- #atomicclocks #governmentinnovation #timekeeping #technologynews #plotwist #HackerNews #ngated

  2. Ah, atomic clocks! Because what the world really needed was a government-sponsored deep dive into how to precisely measure the seconds we waste reading this 🙄. Meanwhile, the .gov reminder was a thrilling plot twist we didn't see coming 🔒✨.
    nist.gov/atomic-clocks/how-do- #atomicclocks #governmentinnovation #timekeeping #technologynews #plotwist #HackerNews #ngated

  3. Scientists Explore Nuclear Clocks for Unprecedented Timekeeping Accuracy

    📰 Original title: Using atomic nuclei could allow scientists to read time more precisely than ever – what this research could mean for future clocks

    🤖 IA: It's clickbait ⚠️
    👥 Usuarios: It's clickbait ⚠️

    View full AI summary: killbait.com/en/scientists-exp

    #science #atomicclocks #nuclearphysics #thorium229

  4. Scientists Explore Nuclear Clocks for Unprecedented Timekeeping Accuracy

    📰 Original title: Using atomic nuclei could allow scientists to read time more precisely than ever – what this research could mean for future clocks

    🤖 IA: It's clickbait ⚠️
    👥 Usuarios: It's clickbait ⚠️

    View full AI summary: killbait.com/en/scientists-exp

    #science #atomicclocks #nuclearphysics #thorium229

  5. ATOMIC CLOCKS REACH NEW PRECISION, PROBING THE FABRIC OF REALITY

    Scientists use new Ytterbium atomic clocks to measure time with extreme accuracy. This could help find new physics and particles.

    #AtomicClocks, #Ytterbium, #Physics, #Timekeeping, #NIST

    newsletter.tf/ytterbium-atomic

  6. ATOMIC CLOCKS REACH NEW PRECISION, PROBING THE FABRIC OF REALITY

    Scientists use new Ytterbium atomic clocks to measure time with extreme accuracy. This could help find new physics and particles.

    #AtomicClocks, #Ytterbium, #Physics, #Timekeeping, #NIST

    newsletter.tf/ytterbium-atomic

  7. Swatch, Swiss, Cube, and Binary are what I’m tracking on the neato Atomic Clock app currently. Asides from the clocks, I preserved my sanity by changing my watches to MST (UTC-7) one at a time, as I put them on in the morning. I’m a watch guy.

    #MST
    #AtomicClocks

  8. it took the ES100 on the Arduino from 08:15 in the morning to 12:27 this afternoon to tell me that the NIST time according to WWVB was 2030-08-24 22:40:21 ... umm, that seems a little off.

    #wwvb #AtomicClocks

  9. it took the ES100 on the Arduino from 08:15 in the morning to 12:27 this afternoon to tell me that the NIST time according to WWVB was 2030-08-24 22:40:21 ... umm, that seems a little off.

    #wwvb #AtomicClocks

  10. "Atomic clocks are usually either ultra-precise or sturdy, but not both. Now, scientists have created a precise clock that, when put through its paces aboard a naval ship, wavered by only 300-trillionths of a second per day."

    nature.com/articles/d41586-024

    #Clocks #TimeKeeping #AtomicClocks #Technology

  11. "Atomic clocks are usually either ultra-precise or sturdy, but not both. Now, scientists have created a precise clock that, when put through its paces aboard a naval ship, wavered by only 300-trillionths of a second per day."

    nature.com/articles/d41586-024

    #Clocks #TimeKeeping #AtomicClocks #Technology

  12. Day 4 of #ICOLS2023 !
    Today we heard a lot of about the different applications of highly precise #AtomicClocks (and #MolecularClocks) - for detecting height differences via the gravitational redshift, for testing the fundamental principles of #GeneralRelativity or for detecting/excluding #DarkMatter candidates!
    There were also very nice theory contributions explaining the ideas for new #physics and showing us what we could see if only our experiments measured at a higher precision!

  13. A no-math explanation on how optical combs work and how they give us mind-bogglingly accurate atomic clocks. Pretty brain-twisting to see how quantum physics is at the heart of it. TL;DR, it's all due to optical beat frequencies and this still applies when its individual photons interacting to produce the beats.

    arstechnica.com/science/2021/0

    #Physics #QuantumPhysics #Optics #OpticalCombs #AtomicClocks #Science