1. Quantities and scales in nature
Temperature
Time
Energy
Magnitudes

2. Varia Object 3,2 Kosmology 0,0001 12 Gyear 1928 Universe 1985 1970
Temp
(K)
Varia
Energy (eV)
Space time
Space (m)
Time line
Apparatus
Object
3,2
  Kosmology
0,0001
12 Gyear
1026
 1928
Universe
1024
  1985
Super
clusters
1023
  1970
Radio
telescope
Clusters of milky ways
1021
Milky way
1019
  1980
Hubble-
Astrophysics
1018em
1925
Lightyear
1016Tm
Astronomy
109 Gm
1543
Light
Planetary system
107
Earth
100
Geophysics
0,01 eV
10+4
Eye
  km
Mechanics
1 m
Men mm
Biology
10-4
 1940
Microscope
Cell IR
 10-5
 Bacteria
Visible light
1-10
10-6µm
1800
Best light-
microscope
Macro
molecules
10000
Chemistry 1
300kyear
10-9nm
Molecules
UV light
3 min
10-10
  1918
Electron
Atoms
Solid state physics
10+5
100 s
10-12 pm
  ( )
  Nucleus= p+n
Atom=nucl+e
X-rays
0,5 GeV
10-13
 1934+
Accelerators
10+8
Center sun
 Nucleon changes/synthesis
Nuclear physics
 936 MeV
10+13
Gammarays 4 fold way (64)
10-15fm
1952+
Accelerators
4 quarks
Elementary Particle Phy.
m(top)= 170 GeV
 1970+
Families of quarks
 200 GeV
10-9 s
 1982
 LEP
10+16
Properties of q
1 TeV
10-18
 2002
Super-
accelerators
Quarks/
gluons
Standard Model
14 TeV
10-18 s 
2006 
LHC
70 TeV
10-35
 2015
CLIC  
Quark/gluon plasma; Higgs
  Stringtheories
  1020 GeV
 10-43 s
 ????
 Planck
length & time