- #71
David
Yogi,
Look at the Harvard Tower experiment. Radiation emitted at ground level was of a lower frequency than radiation emitted at the top of the tower. Just what Einstein said in 1911, and I believe that theory was correct. But people try to explain it as light being emitted at a normal rate, then the light “struggles” to climb out of the gravity well. While it struggles, it somehow loses frequencies. The atoms are supposed to emit more frequencies at the bottom of the tower than were received at the top of the tower. So where do those lost frequencies go? If we consider them to be waves, then where do the lost waves go? No, the better explanation is that the atoms emit light of a lower frequency from the beginning. And also, the light starts out slightly slower at the bottom and speeds up a little as it leaves the stronger area of the gravitational field. But that speed change wouldn't cause a redshift at the receiver. It would only cause a slight delay in the initial light reception time at the top of the tower.
The speed change is why light slows down when it passes the sun. It doesn’t “lose” frequencies at the sun and then “gain them back” when it gets away from the sun. The light just slows down as it passes the sun. We seen only bending of the light at the earth. We don’t see a redshift of the light.
What a lot of physicists don’t seem to want to admit that it is not “empty expanding space” that regulates the speed of light, but evidently it’s the fields in the space that do it, and they, in effect, are the local “ethers” of space... the fields. In my opinion.
Look at the Harvard Tower experiment. Radiation emitted at ground level was of a lower frequency than radiation emitted at the top of the tower. Just what Einstein said in 1911, and I believe that theory was correct. But people try to explain it as light being emitted at a normal rate, then the light “struggles” to climb out of the gravity well. While it struggles, it somehow loses frequencies. The atoms are supposed to emit more frequencies at the bottom of the tower than were received at the top of the tower. So where do those lost frequencies go? If we consider them to be waves, then where do the lost waves go? No, the better explanation is that the atoms emit light of a lower frequency from the beginning. And also, the light starts out slightly slower at the bottom and speeds up a little as it leaves the stronger area of the gravitational field. But that speed change wouldn't cause a redshift at the receiver. It would only cause a slight delay in the initial light reception time at the top of the tower.
The speed change is why light slows down when it passes the sun. It doesn’t “lose” frequencies at the sun and then “gain them back” when it gets away from the sun. The light just slows down as it passes the sun. We seen only bending of the light at the earth. We don’t see a redshift of the light.
What a lot of physicists don’t seem to want to admit that it is not “empty expanding space” that regulates the speed of light, but evidently it’s the fields in the space that do it, and they, in effect, are the local “ethers” of space... the fields. In my opinion.