Gravity Waves from Earth: Detecting from Orbit

In summary, the question of whether Earth gravity waves can be detected from Earth orbit has been answered as "no". While it is true that there is a gravitational force between any two masses, including two people in a room, this is not relevant to the original question and has no connection to detecting gravitational waves.
  • #1
Atlas3
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Could we detect Earth gravity wave from Earth orbit?
 
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  • #2
The answer to both questions is "no".
 
  • #3
My astronomy professor says you and me exert a gravitational force on each other from across the room. It may be very weak and we don't pull together but because of mass it's there. His words.
 
  • #4
Atlas3 said:
My astronomy professor says you and me exert a gravitational force on each other from across the room. It may be very weak and we don't pull together but because of mass it's there. His words.

That is true, but it also is completely irrelevant to the question that you asked in the first post and Vanadium 50's correct answer to that question. You might want to stop for a moment and consider how we would detect the gravitational force between you and your professor (it's there, and if you google for "Eotvos gravity measurement" you'll see how we can measure it)... then consider whether this would work from Earth orbit because that was your original question. And in any case the force between two masses has nothing whatsoever to do with gravitational waves.

This thread is closed, but you can start a new thread with a more specific question when you're ready.
 

Related to Gravity Waves from Earth: Detecting from Orbit

1. What are gravity waves from Earth?

Gravity waves from Earth are small fluctuations in the Earth's gravitational field caused by the movement of mass, such as ocean currents, atmospheric changes, and tectonic plates.

2. How are gravity waves from Earth detected from orbit?

Gravity waves from Earth are detected from orbit using tools such as satellites and laser ranging systems. These instruments measure the tiny changes in the distance between the satellite and the Earth's surface caused by the gravity waves.

3. What is the significance of detecting gravity waves from Earth?

Detecting gravity waves from Earth can provide valuable information about the Earth's structure and dynamics, including changes in the atmosphere, ocean currents, and even earthquakes. This information can help us better understand and predict natural disasters and climate change.

4. How do scientists use data from gravity waves to study the Earth?

Scientists use data from gravity waves to create maps and models of the Earth's gravitational field, which can reveal details about the Earth's interior and surface. They can also use this data to study the effects of climate change and natural disasters on the Earth's gravitational field.

5. Can gravity waves from Earth be detected from any location in orbit?

Yes, gravity waves from Earth can be detected from any location in orbit as long as the instrument is sensitive enough to measure the tiny changes in the Earth's gravitational field. However, certain orbits and altitudes may provide better coverage and resolution for detecting these waves.

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