graviton

I'm not sure of what a graviton is, but wikipedia tells me that it is not detectable by any current mean.

The graviton is the missing particule of the quantum mechanics.

Near the W and Z, and there seems to be a missing particle near the photon and gluon - probably the graviton.

So all we have to do is detect, over time, more polarization states of the 5-D graviton.

Or could this be used to further justify the existence of graviton?

The carrier for gravity may also have wave-particle duality, via the graviton[0].

The graviton shold be massless, because the gravity force has unlimited range.

If a graviton-based consciousness can indeed reach back in time, not only would the Universe increase in entropy over time, but also increase in intelligence.

While light's behavior as both particle and wave can easily be observed, the particle carrier for gravity, the graviton, hasn't been observed in the wild.

There's not yet an accepted theory on how the gravitational force exist, but researchers are looking for a spin-2-boson called a Graviton to explain it.

After all, it’s already automated; two clicks on the website gets you a standard configuration and a couple more get you a 96c graviton cpu.

Gravity is a field whose carrier particle is the graviton.

You talk about "adding graviton collisions".

The relation of the energy-momentum in a graviton should be a cuadrivector, or in more simple terms, the formula in my other comment should be valid, with a “rest mass” m = 0.

Also, having sacrificed my own mental health to watch the disgustingly self-promoting hour-long video that announces this small git commit, I can confidently say that "Graviton doesn't have any performance counters" is one of the wrongest things I've heard in a long time.