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In this episode, we discuss...
Steven's introduction to nuclear through physical chemistry.
An explanation of CERN's mission and the Large Electron Positron Collider.
Antimatter and the Z Boson.
Why the effective mass of particles increase as you get closer to the speed of light.
The misconceptions of particle collisions and an explanation of their interactions.
The benefits of partnering with others in the industry.
Collecting data through Z factories and the families of particles and quark.
The Theory of Super-Symmetry and the Grand Unification Theory.
Why it's better to refer to dark matter as invisible matter and its interaction with light in space.
The ATLAS Experiment and photographing particle collisions.
How measuring the Higgs Boson can help give us a new window into physics.
4.9
236236 ratings
In this episode, we discuss...
Steven's introduction to nuclear through physical chemistry.
An explanation of CERN's mission and the Large Electron Positron Collider.
Antimatter and the Z Boson.
Why the effective mass of particles increase as you get closer to the speed of light.
The misconceptions of particle collisions and an explanation of their interactions.
The benefits of partnering with others in the industry.
Collecting data through Z factories and the families of particles and quark.
The Theory of Super-Symmetry and the Grand Unification Theory.
Why it's better to refer to dark matter as invisible matter and its interaction with light in space.
The ATLAS Experiment and photographing particle collisions.
How measuring the Higgs Boson can help give us a new window into physics.
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