IF a tree falls in the forest...........
Is it 50 or 60 hz?
Their mistake. Just the new sec of transportation.
If you hum a few bars, the universe can fake it.
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After watching “Battlestar Galactica” I thought it was “all along the watchtower”.
CC
Nah. It sounds like the first four bars of “Louie, Louie”.
Job 38:7
as the morning stars sang together
and all the angelsfn shouted for joy?
Cool article, but the sound mighta been the after effects of Swallwell eating a burrito
It is a three part harmony.
Can you hear the evil crowd
The lies and the laughter
I hear my inside
The mechanized hum of another world
-Steely Dan “Don’t Take Me Alive”
This ‘hum’ was discovered years ago, in the 50’s or maybe even in the 40’s.
Interstellar Tinnitus?
Ripples of what? I’ve always heard that space was a vacuum. Sounds don’t carry in a vacuum.
Kami on her knees auditioning for her political career.
I have a question for any astronomers out there: They say the universe is 13.5 billion old, based on out ability to see galaxies 13.5 light years away. If we can see galaxies that far away in one direction, and nearly that far in the opposite direction, wouldn’t that make it 26 billion years old?
Let me know when they get a signal of — 3.14...Then I’ll be afraid....
First time?
https://en.wikipedia.org/wiki/Cosmic_background_radiation
“1896: Charles Édouard Guillaume estimates the “radiation of the stars” to be 5.6 K.[2]
1926: Sir Arthur Eddington estimates the non-thermal radiation of starlight in the galaxy has an effective temperature of 3.2 K. [1]
1930s: Erich Regener calculates that the non-thermal spectrum of cosmic rays in the galaxy has an effective temperature of 2.8 K.[2]
1931: The term microwave first appears in print: “When trials with wavelengths as low as 18 cm were made known, there was undisguised surprise that the problem of the micro-wave had been solved so soon.” Telegraph & Telephone Journal XVII. 179/1”
1938: Nobel Prize winner (1920) Walther Nernst re-estimates the cosmic ray temperature as 0.75 K.[2]
1946: The term “microwave” is first used in print in an astronomical context in an article “Microwave Radiation from the Sun and Moon” by Robert Dicke and Robert Beringer.
1946: Robert Dicke predicts a microwave background radiation temperature of 20 K (ref: Helge Kragh)
1946: Robert Dicke predicts a microwave background radiation temperature of “less that 20 K”[clarification needed] but later revised to 45 K (ref: Stephen G. Brush).
1946: George Gamow estimates a temperature of 50 K.[2]
1948: Ralph Alpher and Robert Herman re-estimate Gamow’s estimate at 5 K.[2]
1949: Ralph Alpher and Robert Herman re-re-estimate Gamow’s estimate at 28 K.
1960s: Robert Dicke re-estimates a MBR (microwave background radiation) temperature of 40 K (ref: Helge Kragh).
1965: Arno Penzias and Robert Woodrow Wilson measure the temperature to be approximately 3 K. Robert Dicke, P. J. E. Peebles, P. G. Roll and D. T. Wilkinson interpret this radiation as a signature of the Big Bang.[2] “
if the universe is in a forest and there is nobody there, does it actually hum.
You know what it’s saying? The election was stolen.