TABLE FOR QUARKS AND LEPTONS AND THEIR CARRIERS OF FORCE    Dutch

The particles with spin ½ in the standard model: quarks and leptons.



First Generation Second Generation Third Generation
Quarks Up

Down

Charm

Strange

Top

Bottom

Leptons Electron

Electron neutrino

Muon

Muon neutrino

Tauon

Tauon neutrino

The succeeding generations represent always higher energies (effective masses) for the concerning particles. The muon is to consider as a heavy electron, the tauon as heavy muon, etc.

The up, charm and top quark have all a charge + 2/3 and the down, strange and bottom have a charge -1/3 of the electron charge.

The electron, muon and tauon have all a charge -1 of the electron charge. The neutrinos are all neutral with charge zero.

For each of the mentioned particles exist a corresponding anti particle. There are then 12 quarks and 12 leptons in totally.


The particles with spin 1 in the standard model: photons, gluons and vector bosons.

Electromagnetic interaction Photons (1 sort)
Weak interaction Vector bosons (3 sorts)
Strong interaction Gluons (8 sorts)

These particles, photons, vector bosons and gluons, also called carriers of force, are responsible for the mutual interactions between particles with spin 1/2.

The total number of these carriers of force amounts to twelve.


The particles with spin 0 in the standard model: Higgs particles.

Higgs interaction Higgs particles (1 sort)

The Higgs interaction take place in scalar quantum field and is determinative for the mass of all other particles in the chaos of the physical vacuum. Although the physicists work frequently with particles in Higgs fields, the Higgs particle itself is still imperceptible.


The particles with spin 2: gravitons.

Gravitational interaction Gravitons

There exists an assumption in the quantum theory, that the carriers of force of the gravitational interaction are particles with spin 2. These are then the gravitons.

According to the theory of super strings there exists only one particle, of which the size of the spin is determinative  for how we see the particle. The spin 0,1 and 2 particles are the carriers of force for the spin 1/2 and spin 3/2 particles.

See also The particle Adventure for young and old.


Table of contents.

<<  1   TEXTS ABOUT OUR SPACE-TIME
<<  2   THE SPACE-TIME CONTINUUM
<<  3   THE SPACE-TIME IN THE MACROCOSM
<<  4   THE SPACE-TIME IN THE MICROCOSM
<<  5   SPACE-TIME DIAGRAMS FOR PARTICLES AND PHOTONS
<<  6   TABLE FOR QUARKS AND HADRONS
==  7   TABLE FOR QUARKS AND LEPTONS
>>
  8   THE WINDOWS OF TIME FOR OUR SPACE
>>  9   TERMINOLOGY FOR COSMOLOGY
>> 10   MATHEMATICAL APPENDIX PART 1 | PART 2
>> 11   SUMMARY OF THE CHAPTERS
>> 12  REFERENCES AND LITERATURE



blt-r.gif (910 bytes) Welcome to John N's Web

sites for Astronomy and Meteorogy, Science and Fiction

NL Welkom         usa1.jpg (900 bytes) US Welcome       DE Willkommen       French FR Bienvenu


Google
Web www.nentjes.info   

© John N's Web.  Author and webmaster Drs. Jan Nentjes. TTS sound-files via Text Aloud.