Are electrons affected by a gravitational feels.

[Roger Dynamic Motion]

 

Hello Every one. I'm working on a model that would demonstrate the veracity of the string Theory .

Please your answer will be very much appreciated, if Yes why and if No Why Thanks .

[Mordred]

A photon is charge neutral so there is no attraction due to charge. However all forms of energy/density including photons can produce mass if of sufficient value. For that you will need to apply the energy momentum tensor.

 

(string theory already takes the above under consideration)

Edited June 4, 2017 by Mordred

[KipIngram]

Yes, because they have mass.

[Mordred]

Yes, because they have mass.

Key note inertial mass but not invariant mass

[Sensei]

A photon is charge neutral so there is no attraction due to charge. However all forms of energy/density including photons can produce mass if of sufficient value. For that you will need to apply the energy momentum tensor.

 

Key note inertial mass but not invariant mass

OP was asking about electrons, not photons.

Edited June 4, 2017 by Sensei

[KipIngram]

Mordred, are you referring to electrons or photons? He has another thread re: bundles of photons attracting electrons.

[Roger Dynamic Motion]

A photon is charge neutral so there is no attraction due to charge. However all forms of energy/density including photons can produce mass if of sufficient value. For that you will need to apply the energy momentum tensor.

 

(string theory already takes the above under consideration)

Edited June 4, 2017 by Roger Dynamic Motion

[Mordred]

Mordred, are you referring to electrons or photons? He has another thread re: bundles of photons attracting electrons.

yeah got the two threads mixed up. Grandkids are at house providing distractions lol

[Roger Dynamic Motion]

 

A photon is charge neutral so there is no attraction due to charge. However all forms of energy/density including photons can produce mass if of sufficient value. For that you will need to apply the energy momentum tensor.

 

(string theory already takes the above under consideration)

 

Are electrons affected by a gravitational feels.

is the question

 

[KipIngram]

yeah got the two threads mixed up. Grandkids are at house providing distractions lol

 

Best kind of distraction! I have none yet, but I have five daughters ages 12-23, so I anticipate a boatload of them as time goes by.

[Strange]

Are electrons affected by a gravitational feels.

Of course (because they have mass).

 

And "field" not "feel".

[Roger Dynamic Motion]

Of course (because they have mass).

 

And "field" not "feel".

you're right! thank