- #1
sncum
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how spinor vector envolves in describing the atom
How spinor vector envolves in describing the atom
In summary, the spinor vector is used to describe the wave-function of spin-½ particles, such as electrons and protons, while scalar or vector bosons use a scalar or vector wave-function. Quantum numbers are used to describe the state of particles, but it takes time to fully understand and learn this concept in physics.
- #2
tiny-tim
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welcome to pf!
hi sncum! welcome to pf!
a spinor is not a vector
each particle has a wave-function Aeiφ
for spin-½ particles (fermions, such as the electron or proton), A is a spinor not a vector
for spin-0 or spin-1 particles (scalar or vector bosons, such as the photon), A is a scalar or vector
hi sncum! welcome to pf!
a spinor is not a vector
each particle has a wave-function Aeiφ
for spin-½ particles (fermions, such as the electron or proton), A is a spinor not a vector
for spin-0 or spin-1 particles (scalar or vector bosons, such as the photon), A is a scalar or vector
- #3
sncum
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i didn't get this term really if u vl explained it please
- #4
tiny-tim
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- #5
sncum
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and also all the quntum number how they described the state ?
actually i have just started learning physics (quantum)
- #6
tiny-tim
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sncum, there is a reason why they spend a whole semester (or more) teaching you this stuff!
take it sloooooow!
- #7
sncum
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.k thanx
FAQ: How spinor vector envolves in describing the atom
How are spinor vectors used in describing the atom?
Spinor vectors are used in describing the atom by representing the spin of an electron. Spinor vectors are a mathematical concept that describes the spin of a quantum particle, such as an electron, in a particular direction.
2. What is the significance of spinor vectors in atomic structure?
Spinor vectors are significant in atomic structure because they help explain the magnetic properties of atoms. The spin of an electron is responsible for the magnetic moment of an atom, and spinor vectors are used to represent this property.
3. How do spinor vectors differ from regular vectors?
Spinor vectors differ from regular vectors in that they also take into account the spin of a particle, in addition to its position and direction. Regular vectors only represent the position and direction of a particle.
4. Can spinor vectors be applied to all atoms?
Yes, spinor vectors can be applied to all atoms because all atoms contain electrons, which have spin. However, the magnitude and direction of spin may differ for different atoms and their respective electron configurations.
5. How do spinor vectors contribute to our understanding of atomic behavior?
Spinor vectors contribute to our understanding of atomic behavior by helping us explain the magnetic properties of atoms and how electrons behave within the atom. They also play a role in predicting the energy levels and transitions of electrons within an atom.