Time Flies 1,000,000 Years! Second, Minute, Hour, Day, Month, Year, Century, Earth Magnet Pole Flip

[@carlhoward5469]

No, the earth's magnetic field does NOT change linearly in time. As far as we can tell, it is a very abrupt change, possibly related to the galactic current sheet.

[@jervinsevilla6677]

I suggested showing precession as an alternative

[@YellowToad]

Read the description

[@YellowToad]

Do one for 1 billion years

[@michaelkelley737]

Or trillion.

[@kanauutiset5982]

or on quintillion

[@chanthachalmers8798]

Or decillion

[@its_epicchip_not_erick_chip]

The cameraman never dies

[@jervinsevilla6677]

Could you incorporate axial and apsidal precession into the clock instead?

[@ifalicov]

Great idea. I will research into that axial/apsidal precession and design ideas what they should look like eventually.

[@jervinsevilla6677]

@@ifalicov I have ideas for even longer timespans: Galactic year (225-250m years), Sun lifetime (10-12 billion years), red dwarf lifetime (4-10 trillion years), bismuth-209 half-life (2E19 years), tellurium-128 half-life (2.2E24 years), proton half-life (8.2E33-3.2E45 years), black hole lifetime (1E67-2E109 years)

[@jervinsevilla6677]

@@ifalicov For shorter timespans than a second: frame rate (24, 30, 60 fps), acoustic frequencies of middle C (~260/s) and A4 (440/s), common audio sampling frequency (44100 Hz), AM radio frequency (~1MHz), FM radio frequency (~100MHz), WiFi (2.4, 5, 6, 60GHz), terahertz, visible light (430-750THz), ultraviolet (~2.5PHz=2.5E15Hz), x-ray (3E16-3E19Hz), gamma (>1E20Hz-3.9E27Hz), Planck time (~5.4E-44s or ~1.85E43Hz)

[@michaeloginsky1930]

solving 34-disc hanoi tower please

[@King_Douzer4]

*Made in Heaven*