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The more energy that goes into the collisions, the more massive particles can be created.
Now, the LHC has been upgraded to create even more energetic collisions and so generate even more massive particles.
"With this increase in energy we will be able to create many more massive particles than we could three years ago.
The high energy of these collisions allows the formation of new, more massive particles than protons – such as the Higgs boson – that physicists might want to study.
This allows more massive particles to be produced (since energy is proportional to mass) and smaller distances to be resolved (since resolution is proportional to energy).
It also follows that one or more massive particles cannot decay into a single massless particle, conserving both energy and momentum.
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The higher the energy of the collision, the more massive the particles that can be formed.
The stronger the interaction was, the more massive the particles appeared to be.
Using ever more massive test particles on Earth may soon face principal limitations because of the limited free-fall times as well as the limited quality of microgravity environments achievable on Earth.
The "stickier" a particle is, the more the molasses-like Higgs field affects it, and the more massive the particle appears.
Supersymmetry theorises the existence of more massive versions of particles that have already been detected.
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