If electron made to the size of earth.

In article
,
BradGuth wrote:

snips

I'm thinking an electron is somewhat like a photon on steroids,
packing mass as well as heat.

Incorrect. An electron has one negative quantum of electric charge,
along with its mass. Photons have neither.

What's the black body temperature of an electron or that of a
positron?

This question makes no sense.

On Dec 25, 10:45*am, "K.Carson" wrote:
In article
,

BradGuth wrote:

snips

I'm thinking an electron is somewhat like a photon on steroids,
packing mass as well as heat.

Incorrect. *An electron has one negative quantum of electric charge,
along with its mass. *Photons have neither.

The photons I'm thinking of do pack along or transfer some mass,
though perhaps not worth measuring unless given 1e100 photons.


What's the black body temperature of an electron or that of a
positron?

This question makes no sense.

If there's mass and energy in nearly perpetual orbital motion, there's
some kind of subatomic tidal radius force taking place, and thereby
heat. So, what's the heat of an electron/positron? (? 2.7 K ?)

If isolated and thereby left alone (meaning no assist from other
atoms, rogue electrons, EMF, ESF or passing photons), how long can a
given atom sustain itself?

~ BG