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Products that do what Deriving Hubble's constant from fundamental constants does

  1. 1LN

    I was reviewing Dirac's Large Numbers Hypothesis (https://en.wikipedia.org/wiki/Dirac_large_numbers_hypothesis) and decided to give it a second go, now with measurements of fundamental constants more precise than 100 years ago. And I stumbled upon a value for Hubble's constant that's uncannily close. Here are the full calculations. https://colab.research.google.com/drive/1K1qoUFvqZp1fWbpcKJWq63nflgwS0ZHh?usp=sharing Meaningless, or meaningful coincidence?

    2021

  2. 2RA

    2021 · ramp-book.com

  3. 3HO

    2018 · thehappykoala.github.io

  4. 4HU

    2014 · domitable.com

  5. 53M
  6. 6PA

    2014 · montepie.herokuapp.com

  7. 7

    A tediously accurate scale model of the solar system

    2014

  8. 8AM

    2018 · lambdaway.free.fr

  9. 9ED

    2019 · exoplanetexplore.now.sh

  10. 10FP

    2021 · floptimal.com

  11. 11AM
  12. 12VM

    2020 · topovis.iambeef.com

  13. 13DV
  14. 14BH
  15. 15IW

    I was playing around with fundamental constants and out popped 13.8 billion light years. What is going on? the wavelength of an electron mass photon / (2pi) * the charge radius of a proton / the black hole radius of a proton = 13.8 billion light years ((h / (m_e * c * 2pi)) * (h / (m_p * c * pi/2)) / (2G * m_p / c^2)) = 13.8 billion light years…

    2021

  16. 16LL
  17. 17TS

    2016 · dataviztalk.blogspot.com

  18. 18NV

    2013 · nuesbyte.com

  19. 19SG
  20. 20AI
  21. 21WL

    2016 · whitestormjs.xyz

  22. 22SF
  23. 23TZ

    2017 · gpestana.gitbooks.io

  24. 24RF

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