Module: Mikrowelt: Bose-Einstein-Kondensat/Photonenstatistik
Sequence: lev0_start
Branching Point: Particles and Light under Control

Sequence: lev1_traps
Branching Point: Particle Traps

Sequence: lev2_trapspaul
Slide: Functional Principle of the Paul Trap

Slide: Scheme of the Paul Trap

Slide: Original of a Paul Trap; Detail

Slide: Large-scale Model of a Paul Trap

Slide: Nobel Prize for Physics, 1989
Sequence: lev2_trapsring
Slide: Scheme of a Ring Trap

Slide: Ion Crystal in a Ring Trap

Slide: Adding by Means of an Ion Crystal

Slide: A 50-Ion Crystal ...
Slide: More Complex Ion Crystals ...
Sequence: lev2_trapsioffe
Slide: Ioffe-Pritchard Trap

Sequence: lev1_bec
Branching Point: Bose-Einstein Condensation
Sequence: lev1_qchaos
Branching Point:

Quantum Chaos

Sequence: lev2_qchaoshist
Slide:

In the old quantum theory ...

Slide: Using Bohr's atomic model ...
Slide:

On the applicability of Bohr's atomic model ...

Slide:

An extension of the Bohr-Sommerfeld quantum condition ...

Slide:

In a note added in proof of his 1917 article ...

Sequence: lev2_qchaosclass
Slide:

Chaotic dynamics

Slide:

Sensible Dependence on Initial Conditions

Slide:

Fixpoint Attractor

Slide:

Limit Cycle

Slide:

Torus Attractor

Slide:

Strange Attractor

Slide:

Classical Chaos

Sequence: lev2_qchaosqm
Slide:
Slide:
Slide:

Rydberg Atoms ...

Slide:

The Quantum Mechanical Picture ...

Sequence: lev1_hbtstat
Branching Point: Photon Statistics According to Hanbury Brown and Twiss

Sequence: lev2_hbtclass
Slide: Classical Light

Sequence: lev2_hbtlaser
Slide: Laser Light

Sequence: lev2_hbtnoncl
Slide: Non-classical Light

Switch to Deutsch Switch to English
More Complex Ion Crystals ...
... offer much more possibilities for combinations and manipulations of states than linear arrangements do. Limits for the computing power of a hypothetical quantum computer appear to lie unrecognizably far beyond present-day needs.
[ Sitemap ] [ info ] This website was created by the MPI for the History of Science.