/sci/ - Science & Math

[Anonymous No.15395507]

hey /sci/, so are all particles in this galaxy have fixed amount?
if so, does that mean when something pop up into existence or disappear from existence it basically just rearrangement of particles?
i.e. there are 1000 particles
>something pop up into existence that consists of 100 particles
it splits into 100 and 900
>something dissappear from existence
100 merged with 900

[Anonymous No.15395530]

>>15395507
>so are all particles in this galaxy have fixed amount?
No.
>if so, does that mean when something pop up into existence or disappear from existence it basically just rearrangement of particles?
No.

[Anonymous No.15395537]

>hey /sci/, so are all particles in this galaxy have fixed amount?
No. Energy and mass can be converted through nuclear reactions.

[Anonymous No.15395560]

>>15395537
converted into nothingness?

[Anonymous No.15396631]

>>15395507
Yes

[Anonymous No.15398555]

Known for

Dirac adjoint
Dirac algebra
Dirac bracket
Dirac comb
Dirac–Coulomb–Breit Equation
Dirac constant
Dirac delta function
Dirac equation
Dirac fermion
Dirac field
Dirac gauge
Dirac hole theory
Dirac large numbers hypothesis
Dirac matrices
Dirac measure
Dirac membrane
Dirac monopole
Dirac notation
Dirac operator
Dirac picture
Dirac sea
Dirac spectrum
Dirac spinor
Dirac string
Dirac's string trick
Dirac–von Neumann axioms
Abraham–Lorentz–Dirac force
Antiparticles
Canonical quantisation
Canonical quantum gravity
Exchange interaction
First class constraint
Fermi–Dirac integral
Complete Fermi–Dirac integral
Fermi–Dirac statistics
Kapitsa–Dirac effect
Energy–momentum relation
Helikon vortex separation process
Light front quantization
Mathematical formulation of quantum mechanics
Negative probability
Path integral formulation
Primary constraint
Quantum electrodynamics
Singleton field
Spin magnetic moment
Time-variation of fundamental constants
Transformation theory
Vacuum polarization
Virtual particle

[Anonymous No.15398563]

>>15396631
No.