For our amateur scientists who are curious...
Event Horizon
Theory of Everything
The God Particle
Consequences of Approaching 'c'
Event Horizon
Theory of Everything
The God Particle
Consequences of Approaching 'c'
There are two types of particles in nature, one is Fermions and the other is Bosons. In quantum mechanics, a Boson is a particle that follows Bose–Einstein Statistics. It was named after the Indian Physicist Satyendra Nath Bose who worked with Albert Einstein in developing Bose–Einstein Statistics—which theorizes the characteristics of Elementary particles.
In the Standard Model there are five Bosons which are elementary :
The four Gauge Bosons - photons (p); gluons (g); W, Z
The only Scalar Boson - Higgs Boson (H)
Additionally, Graviton (G) of Quantum Gravity is a hypothetical elementary particle yet to discover.
Some examples of Bosons include fundamental particles such as photons, gluons, and W and Z bosons
Bosons are the force carrier particles and functions as 'glue' holding matters together. Bosons have a very intersting property that unlike Fermions it has no restrictions for the number of particles that can take up the same quantum state. And this characteristic property of Bosons opened the gate for the introduction of a completely new state of matter - Bose-Einstein Condensate (BEC). As a consequence of the Spin–Statistics theorem when a gas of Bose particles [particles with integer spin (s = 0, 1, 2 etc.)] is cooled down to absolute zero then the kinetic energy of the particles decreases to a negligible amount and they condense into a lowest energy level state. This state is called Bose-Einstein Condensation, fifth state of matter.
For our amateur scientists who are curious...
Event Horizon
Theory of Everything
The God Particle
Consequences of Approaching 'c'
Event Horizon
Theory of Everything
The God Particle
Consequences of Approaching 'c'
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