Download PowerPoint-presentatie

Quantities and scales in
nature
Temperature
Time
Energy
Magnitudes
Temp
(K)
3,2
Varia
Kosmology
Energy
(eV)
0,0001
Space
Space Time Apparatus
time
(m)
line
26
10
12 Gyear
1928
1024
1985
1023
1970 Radio
telescope
1021
1019
Lightyear
1016Tm
109 Gm 1543 Light
telescope
100
0,01 eV
Clusters of
milky ways
Planetary
system
107
10+4
Eye
1m
Eye
Men
1940 Microscope
Cell
Earth
km
Mechanics
Super
clusters
1980 Hubbletelescope
1018em 1925
Geophysics
Universe
Milky way
Astrophysics
Astronomy
Object
mm
Biology
10-4
IR
Visible light
10-5
10000 Chemistry
1
UV light
10+8
10+13
Solid state
physics
10+5
X-rays
0,5 GeV
Center
sun
10-6µm 1800
1-10
Nuclear
physics
Gammarays
4 fold way (64)
936 MeV
Elementary
Particle Phy.
m(top)=
170 GeV
300kyear 10-9nm
3 min
10-10
100 s
10-12 pm
10-13
Molecules
Atoms
1918 Electron
microscope
(1910
Nucleus= p+n
Atom=nucl+e
-1920)
1934+ Accelerators
10-15fm 1952+ Accelerators
Properties of q
1 TeV
Standard
Model
14 TeV
1970+
10-18
10-18 s
70 TeV
Stringtheories
1800
Nucleon
changes/synthe
sis
200 GeV 10-9 s
10+16
Bacteria
Best light- Macro
microscope molecules
1020 GeV 10-43 s
10-35
Families of
quarks
1982
LEP
2002
Superaccelerators
2006
LHC
2015
CLIC
????
4 quarks
Quarks/
gluons
Quark/gluon
plasma; Higgs
Planck
length & time