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24 Jan |
J.E. Mooij (Delft) |
Practical quantum computers |
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7 Feb |
R. van de Weygaert (Groningen) |
The cosmic matter distribution: Foamlike patterns and the scaling of spatial clustering |
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21 Feb |
B. Batlogg (Zürich) |
Organic materials for light and electricity |
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21 Mar |
G. Fleming (Berkeley) |
The mechanism of photosynthetic light harvesting |
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4 Apr |
B. Spivak (Seattle) |
Interference effects in 2 dimensional disordered systems and electronic correlations |
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18 Apr |
C. Schmidt (VU Amsterdam) |
The nano-mechanics of biological motors |
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25 Apr |
J. Peebles (Princeton) |
The origin and present state of application of the cosmological tests |
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9 May |
S. G. Boxer (Stanford) |
Supported lipid bilayers: physics and technology in 2D fluids |
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30 May |
E. Bergshoeff (Groningen) |
The present status of the supermembrane |
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6 Jun |
F. Wilczek (MIT) |
The world's numerical recipe |
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20 Jun |
T. Lubensky (Pennsylvania) |
Sliding phases: from DNA lipid complexes to smectic metals |
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5 Sep |
P. Steinhardt (Princeton) |
The dark side of the Universe |
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26 Sep |
S. Hilgenfeldt (Twente) |
The many facets of foam |
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10 Oct |
M. Orrit (Leiden) |
Single molecules as doorways to nanoscience |
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31 Oct |
H.T.C. Stoof (Utrecht) |
The 2001 Nobel Prize in physics: Bose-Einstein condensation |
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7 Nov |
J. Weeks (Maryland) |
Connecting local structure to interface formation: generalized van der Waals theory of nonuniform fluids |
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14 Nov |
D. Vollhardt (Augsburg) |
Superfluid helium, particle physics and the Big Bang |
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28 Nov |
A. Sudbo (Trondheim) |
The two faces of the superconductor |
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12 Dec |
C. Filippi (Leiden) |
Why are electronic structure calculations useful |