- #1
roineust
- 338
- 9
An elevator in outer space where there is negligible gravity, accelerates at the most precise constant acceleration that current technology enables.
Inside that elevator, resides an accelerometer that is the most precise accelerometer that current technology enables, but not more precise than what the elevator acceleration technology enables.
Will the accelerometer inside the elevator, show any change of measurments of constant acceleration, if a gravitational wave of any given magnitude and angle passes through the elevator?
If the accelometer will be able to detect that gravitational wave, will an iterpetation that says that LIGO and similar detectors are actually the most sensitive accelometers that exist, be a correct interpetation?
Inside that elevator, resides an accelerometer that is the most precise accelerometer that current technology enables, but not more precise than what the elevator acceleration technology enables.
Will the accelerometer inside the elevator, show any change of measurments of constant acceleration, if a gravitational wave of any given magnitude and angle passes through the elevator?
If the accelometer will be able to detect that gravitational wave, will an iterpetation that says that LIGO and similar detectors are actually the most sensitive accelometers that exist, be a correct interpetation?