FactsPhysics

Electrons might live forever.

True
Verified11/30/2024
Times Checked1 time
Factuality Score80.0%

Analysis

The majority of references indicate that electrons do not decay and suggest they may have an extremely long lifetime, potentially living indefinitely. Experimental evidence supports the idea that electrons are stable and do not have a defined lifespan. However, some references discuss the behavior of electrons in semiconductors, where their effective lifetime can be influenced by external factors. Despite this, the fundamental nature of electrons as stable particles under normal conditions supports the statement that electrons might live forever, making it more likely to be correct.

Sources

Supports

The electron would decay into a photon and neutrino if the law of electric charge conservation is not respected.

Conflicts

In indirect band gap semiconductors, the carrier lifetime strongly depends on the concentration of recombination centers.

Supports

our experiments have determined no electron decays, and they can give a limit for the lifetime.

Conflicts

We know that in a semiconductor in every instant of time some electrons get excited from valence band to conduction band and some electrons are deexcited from conduction band to valence band.

Supports

The best measurement yet of the ... is about five-quintillion times the current age of the universe.

Supports

Because the decay of negatively charged electrons into neutral particles seems even less likely than before, the results also confirm the fundamental law saying that net electric charge is conserved.

Supports

It's NOT an actual lifetime! It indicates the "state of the art" of our experimental techniques in attempting to determine whether the electron really does decay after all.

Supports

An experiment in 2015 showed that the lifetime of an electron, if it does decay, must be at least 6.6 ...

Supports

The electron is expected to be absolutely stable because it is the lightest charged particle under electricity and magnetism.

Supports

It doesn't have a set lifespan that it reaches and then ceases to exist.

Conflicts

To further understand the physical processes, the effects of high optical fluence, material doping, annealing, and electrical bias on carrier lifetime are also reviewed.

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