, Fundamental Particles
Fermions aka elementary Particles
=
Quarks (
Baryon ) G
=
Leptons
Hadrons
Quarks (
Baryon + Mesons )
=
MASS
BOSOMS CHARGE t
photon
HMqµp↳µf
=
&µ Em
=
Gluon '
=
Higgs spin
=
Sommer quarks / Mesons )
-1µm Amann main •
3. Quarks =
Baryons
MI MI MAI MO
1 proton ) 0 Uud
( neutron) → add
* •
2 Quarks -_ Mesons
(pions ) mmmm,
CW 1- anti quark
( kaons ) ]
awww
Antimatter
identical BUT Opp
•
in everyway chargeannihilate
↳ when
particle meets anti particle
-
they + produce energy = to their mass
éPtéPnñVeKVnVeJ Y charge
Leptons
Baryons
:-|
:
:O
He
+
+1
O
I + I
-
0
Ie
-
-
I
O
l ti
0
O
O
O
-
I
He
O
0
O
+
O
IT +
O
In
O
-
O
Ie
O
O
-
K
O
O
-
In
O
O
0
O
Fermions aka elementary Particles
=
Quarks (
Baryon ) G
=
Leptons
Hadrons
Quarks (
Baryon + Mesons )
=
MASS
BOSOMS CHARGE t
photon
HMqµp↳µf
=
&µ Em
=
Gluon '
=
Higgs spin
=
Sommer quarks / Mesons )
-1µm Amann main •
3. Quarks =
Baryons
MI MI MAI MO
1 proton ) 0 Uud
( neutron) → add
* •
2 Quarks -_ Mesons
(pions ) mmmm,
CW 1- anti quark
( kaons ) ]
awww
Antimatter
identical BUT Opp
•
in everyway chargeannihilate
↳ when
particle meets anti particle
-
they + produce energy = to their mass
éPtéPnñVeKVnVeJ Y charge
Leptons
Baryons
:-|
:
:O
He
+
+1
O
I + I
-
0
Ie
-
-
I
O
l ti
0
O
O
O
-
I
He
O
0
O
+
O
IT +
O
In
O
-
O
Ie
O
O
-
K
O
O
-
In
O
O
0
O
