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#relativitytheory — Public Fediverse posts

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

  1. ✨ New header picture 🖼️

    The image is a still from a numerical simulation. It shows the situationa approximately 1.3 seconds after the merger of two neutron stars. The blue and green contours show the density of matter around the central remaining black hole. The magenta lines show the magnetic field lines and the arrows show the outflow from the magnetosphere (also known as a “jet”).

    The simulation set a new record: an international team led by researchers from @mpi_grav has performed the longest and most complex simulation to date of a binary neutron star merger, lasting 1.5 seconds of real time. This required around 130 million CPU hours.

    ℹ️ aei.mpg.de/1249127/breakthroug

    Image: K. Hayashi / @mpi_grav

    #NeutronStars #Astronomy #RelativityTheory #BlackHole

  2. ✨ New header picture 🖼️

    The image is a still from a numerical simulation. It shows the situationa approximately 1.3 seconds after the merger of two neutron stars. The blue and green contours show the density of matter around the central remaining black hole. The magenta lines show the magnetic field lines and the arrows show the outflow from the magnetosphere (also known as a “jet”).

    The simulation set a new record: an international team led by researchers from @mpi_grav has performed the longest and most complex simulation to date of a binary neutron star merger, lasting 1.5 seconds of real time. This required around 130 million CPU hours.

    ℹ️ aei.mpg.de/1249127/breakthroug

    Image: K. Hayashi / @mpi_grav

    #NeutronStars #Astronomy #RelativityTheory #BlackHole

  3. ✨ New header picture 🖼️

    The image is a still from a numerical simulation. It shows the situationa approximately 1.3 seconds after the merger of two neutron stars. The blue and green contours show the density of matter around the central remaining black hole. The magenta lines show the magnetic field lines and the arrows show the outflow from the magnetosphere (also known as a “jet”).

    The simulation set a new record: an international team led by researchers from @mpi_grav has performed the longest and most complex simulation to date of a binary neutron star merger, lasting 1.5 seconds of real time. This required around 130 million CPU hours.

    ℹ️ aei.mpg.de/1249127/breakthroug

    Image: K. Hayashi / @mpi_grav

    #NeutronStars #Astronomy #RelativityTheory #BlackHole

  4. ✨ New header picture 🖼️

    The image is a still from a numerical simulation. It shows the situationa approximately 1.3 seconds after the merger of two neutron stars. The blue and green contours show the density of matter around the central remaining black hole. The magenta lines show the magnetic field lines and the arrows show the outflow from the magnetosphere (also known as a “jet”).

    The simulation set a new record: an international team led by researchers from @mpi_grav has performed the longest and most complex simulation to date of a binary neutron star merger, lasting 1.5 seconds of real time. This required around 130 million CPU hours.

    ℹ️ aei.mpg.de/1249127/breakthroug

    Image: K. Hayashi / @mpi_grav

    #NeutronStars #Astronomy #RelativityTheory #BlackHole

  5. ✨ New header picture 🖼️

    The image is a still from a numerical simulation. It shows the situationa approximately 1.3 seconds after the merger of two neutron stars. The blue and green contours show the density of matter around the central remaining black hole. The magenta lines show the magnetic field lines and the arrows show the outflow from the magnetosphere (also known as a “jet”).

    The simulation set a new record: an international team led by researchers from @mpi_grav has performed the longest and most complex simulation to date of a binary neutron star merger, lasting 1.5 seconds of real time. This required around 130 million CPU hours.

    ℹ️ aei.mpg.de/1249127/breakthroug

    Image: K. Hayashi / @mpi_grav

    #NeutronStars #Astronomy #RelativityTheory #BlackHole

  6. Really something apart from #RStats : inv.nadeko.net/watch?v=Vitf8Ya or youtube.com/watch?v=Vitf8YaVXh . The first example of a bouncing photon as clock, plus the velocity of light which is constant in any reference frame and Pythagoras theorem make for a compelling example of time dilation in special relativity. #RelativityTheory . Another example of seeing far because we are on the shoulders of a giant.

  7. Really something apart from : inv.nadeko.net/watch?v=Vitf8Ya or youtube.com/watch?v=Vitf8YaVXhc . The first example of a bouncing photon as clock, plus the velocity of light which is constant in any reference frame and Pythagoras theorem make for a compelling example of time dilation in special relativity. . Another example of seeing far because we are on the shoulders of a giant.

  8. Really something apart from #RStats : inv.nadeko.net/watch?v=Vitf8Ya or youtube.com/watch?v=Vitf8YaVXh . The first example of a bouncing photon as clock, plus the velocity of light which is constant in any reference frame and Pythagoras theorem make for a compelling example of time dilation in special relativity. #RelativityTheory . Another example of seeing far because we are on the shoulders of a giant.

  9. Really something apart from #RStats : inv.nadeko.net/watch?v=Vitf8Ya or youtube.com/watch?v=Vitf8YaVXh . The first example of a bouncing photon as clock, plus the velocity of light which is constant in any reference frame and Pythagoras theorem make for a compelling example of time dilation in special relativity. #RelativityTheory . Another example of seeing far because we are on the shoulders of a giant.

  10. Really something apart from #RStats : inv.nadeko.net/watch?v=Vitf8Ya or youtube.com/watch?v=Vitf8YaVXh . The first example of a bouncing photon as clock, plus the velocity of light which is constant in any reference frame and Pythagoras theorem make for a compelling example of time dilation in special relativity. #RelativityTheory . Another example of seeing far because we are on the shoulders of a giant.

  11. Ik zal vandaag proberen alle ellende in de wereld te relativeren.
    Doen jullie mee?

    Het is de sterfdag (1955) van Albert Einstein immers. Laten we hem eren met relativiteit.

    en.wikipedia.org/wiki/Albert_E

  12. Ik zal vandaag proberen alle ellende in de wereld te relativeren.
    Doen jullie mee?

    Het is de sterfdag (1955) van Albert Einstein immers. Laten we hem eren met relativiteit.
    #einstein #RelativityTheory
    en.wikipedia.org/wiki/Albert_E

  13. • Our #scientific understanding of #gravity was established by #IsaacNewton in 📆 1687.

    • In 📆 1915, #Einstein published "The General Theory of #Relativity."

    #DarkMatter was first theorized in the 📆 1930s to explain movements of #stars 🎇 and #galaxies 🌌 that couldn't be explained by Newton's laws of gravity.

    • Modified Newtonian dynamics (#MOND) was first proposed by Mordehai Milgrom in 📆 1983. youtube.com/watch?v=Qkl2ASn9yy

    • Recently, a new study has found direct evidence for a modified theory of gravity based on #Gaia telescope 🔭 observations.

    interestingengineering.com/sci

    #AQUAL #RelativityTheory #Astronomy #Astrophysics

  14. • Our #scientific understanding of #gravity was established by #IsaacNewton in 📆 1687.

    • In 📆 1915, #Einstein published "The General Theory of #Relativity."

    #DarkMatter was first theorized in the 📆 1930s to explain movements of #stars 🎇 and #galaxies 🌌 that couldn't be explained by Newton's laws of gravity.

    • Modified Newtonian dynamics (#MOND) was first proposed by Mordehai Milgrom in 📆 1983. youtube.com/watch?v=Qkl2ASn9yy

    • Recently, a new study has found direct evidence for a modified theory of gravity based on #Gaia telescope 🔭 observations.

    interestingengineering.com/sci

    #AQUAL #RelativityTheory #Astronomy #Astrophysics

  15. • Our #scientific understanding of #gravity was established by #IsaacNewton in 📆 1687.

    • In 📆 1915, #Einstein published "The General Theory of #Relativity."

    #DarkMatter was first theorized in the 📆 1930s to explain movements of #stars 🎇 and #galaxies 🌌 that couldn't be explained by Newton's laws of gravity.

    • Modified Newtonian dynamics (#MOND) was first proposed by Mordehai Milgrom in 📆 1983. youtube.com/watch?v=Qkl2ASn9yy

    • Recently, a new study has found direct evidence for a modified theory of gravity based on #Gaia telescope 🔭 observations.

    interestingengineering.com/sci

    #AQUAL #RelativityTheory #Astronomy #Astrophysics

  16. • Our #scientific understanding of #gravity was established by #IsaacNewton in 📆 1687.

    • In 📆 1915, #Einstein published "The General Theory of #Relativity."

    #DarkMatter was first theorized in the 📆 1930s to explain movements of #stars 🎇 and #galaxies 🌌 that couldn't be explained by Newton's laws of gravity.

    • Modified Newtonian dynamics (#MOND) was first proposed by Mordehai Milgrom in 📆 1983. youtube.com/watch?v=Qkl2ASn9yy

    • Recently, a new study has found direct evidence for a modified theory of gravity based on #Gaia telescope 🔭 observations.

    interestingengineering.com/sci

    #AQUAL #RelativityTheory #Astronomy #Astrophysics

  17. • Our understanding of was established by in 📆 1687.

    • In 📆 1915, published "The General Theory of ."

    was first theorized in the 📆 1930s to explain movements of 🎇 and 🌌 that couldn't be explained by Newton's laws of gravity.

    • Modified Newtonian dynamics () was first proposed by Mordehai Milgrom in 📆 1983. youtube.com/watch?v=Qkl2ASn9yyA

    • Recently, a new study has found direct evidence for a modified theory of gravity based on telescope 🔭 observations.

    interestingengineering.com/sci

  18. 🚿 💭 What if mass and energy create a time dilation field which in turn explains the gravity field (and not the reverse)? or is it dual?

    Keywords #science #relativity #RelativityTheory #SpecialRelativity

  19. 🚿 💭 What if mass and energy create a time dilation field which in turn explains the gravity field (and not the reverse)? or is it dual?

    Keywords #science #relativity #RelativityTheory #SpecialRelativity

  20. 🚿 💭 What if mass and energy create a time dilation field which in turn explains the gravity field (and not the reverse)? or is it dual?

    Keywords #science #relativity #RelativityTheory #SpecialRelativity

  21. 🚿 💭 What if mass and energy create a time dilation field which in turn explains the gravity field (and not the reverse)? or is it dual?

    Keywords #science #relativity #RelativityTheory #SpecialRelativity

  22. Time is not an illusion. It’s an object with physical size.

    Not a backdrop, an illusion or an emergent phenomenon, time has a physical size that can be measured in laboratories.

    🔗 aeon.co/essays/time-is-not-an-

    #time #timemeasure #illusion #Einstein #relativity #relativitytheory #universe #physics #timemeasurement

  23. Time is not an illusion. It’s an object with physical size.

    Not a backdrop, an illusion or an emergent phenomenon, time has a physical size that can be measured in laboratories.

    🔗 aeon.co/essays/time-is-not-an-

    #time #timemeasure #illusion #Einstein #relativity #relativitytheory #universe #physics #timemeasurement

  24. Time is not an illusion. It’s an object with physical size.

    Not a backdrop, an illusion or an emergent phenomenon, time has a physical size that can be measured in laboratories.

    🔗 aeon.co/essays/time-is-not-an-

    #time #timemeasure #illusion #Einstein #relativity #relativitytheory #universe #physics #timemeasurement

  25. Time is not an illusion. It’s an object with physical size.

    Not a backdrop, an illusion or an emergent phenomenon, time has a physical size that can be measured in laboratories.

    🔗 aeon.co/essays/time-is-not-an-

    #time #timemeasure #illusion #Einstein #relativity #relativitytheory #universe #physics #timemeasurement

  26. Time is not an illusion. It’s an object with physical size.

    Not a backdrop, an illusion or an emergent phenomenon, time has a physical size that can be measured in laboratories.

    🔗 aeon.co/essays/time-is-not-an-

    #time #timemeasure #illusion #Einstein #relativity #relativitytheory #universe #physics #timemeasurement

  27. On December 11, 1882, German physicist, mathematician, and Nobel Laureate Max Born was born, who was instrumental in the development of quantum mechanics. He also made contributions to solid-state physics and optics and supervised the work of a number of notable physicists in the 1920s and 1930s.

    scihi.org/max-born-wave-functi

    #physics #relativity #relativitytheory #historyofscience #nobelprize

  28. On December 11, 1882, German physicist, mathematician, and Nobel Laureate Max Born was born, who was instrumental in the development of quantum mechanics. He also made contributions to solid-state physics and optics and supervised the work of a number of notable physicists in the 1920s and 1930s.

    scihi.org/max-born-wave-functi

    #physics #relativity #relativitytheory #historyofscience #nobelprize

  29. On December 11, 1882, German physicist, mathematician, and Nobel Laureate Max Born was born, who was instrumental in the development of quantum mechanics. He also made contributions to solid-state physics and optics and supervised the work of a number of notable physicists in the 1920s and 1930s.

    scihi.org/max-born-wave-functi

    #physics #relativity #relativitytheory #historyofscience #nobelprize