538 karma · joined March 14, 2016
How would the moon still be squeezed and stretched when it is now tidally locked to Earth?
Over http? Pretty YOLO...
You're right of course about the density being a wild guess, probably not worth pursuing because the odds of finding something interesting are just about 0.
Doesn't this influence their usefulness as standard candles for measuring long distances? Or is luminosity of the supernova not affected by this?
* A program to monitor a webcam aimed at a bird house to see if any bird occupies it
* A program to periodically send a 10 Hz tone to prevent my speakers from falling asleep, so that I don't miss the first part of a Teams call
* A program to monitor a MiFlora humidity sensor to alert me when my plants need watering
* A program to estimate number of cars and their speed in my street from a webcam
* A program to sync a subtitle with correct timing with a subtitle in the correct language
All hacked together Python scripts; I'm not a programmer
What am I missing?
Yes I understand that: the single photon interference in the double slit experiment. But what two paths could a photon take in a telescope allowing it to interfere with itself? The mirrors are placed so far apart a photon could never bounce off more than one mirror?
Why is this necessary? Phase difference shouldn't matter unless the light is coherent, which I wouldn't expect in starlight. Which assumption is wrong?