LECTURES
(In order to see the slide presentations, you will need Acrobat
Reader 7.0. If you have difficulty viewing the video materials, this
is due to the requirement of specific plug-ins.)
Sunday June 19
Session I: Origin of non-equilibrium universe, dark matter and dark energy
Professor Andrei Linde What
energy drives the universe?
Abstract
(pdf, 50 kB) »
Lecture Slides (pdf,
6,35 MB) »
Report (pdf, 155 kb) »
Professor Martin Rees Galaxies,
stars and black holes: their formation and energy budgets
Abstract (pdf, 10 kB) »
Lecture Slides (4,1
MB) »
Report (pdf, 107 kB) »
Professor William Klemperer The
chemistry of the universe
Abstract (pdf, 68 kB) »
Lecture Slides (pdf,
2,88 MB) »
Report (pdf, 97 kB) »
Session II: Chemical reactions, energy transfer and catalysis (part 1)
Professor Ahmed Zewail Life
of molecules in space and time
Abstract (pdf, 101 kB) »
Lecture Slides (pdf, 11,69 MB) »
Report (pdf, 75 kB)»
Professor Richard N. Zare Energy requirements
and energy release in elementary chemical reactions
Abstract (pdf, 457 kB) »
Abstract (pdf, 145 kB) »
Lecture Slides
(pdf, 6,22 MB) »
Report (pdf, 417 kB) »
Professor Gerhard Ertl Molecules
at surfaces and mechanism of catalysis
Abstract (pdf,
75 kB) »
Lecture Slides (pdf, 2,37 MB) »
(Video materials need specific plug-ins in order to view them.)
Report (pdf, 455 kB) »
Professor Julius Rebek Jr. The inner
space of molecules
Abstract (pdf, 422 kB) »
Lecture Slides (pdf, 4,21 MB) »
Report (pdf, 262 kB) »
Monday June 20
Session III: Biological energy and molecular motors
Professor Jeffrey Friedman Genes,
behaviour and metabolism: balancing the energy equation in vivo
Abstract
(pdf, 70 kB) »
Lecture Slides (pdf, 19,97 MB) »
Report (pdf, 113 kB) »
Professor Kazuhiko Kinosita, Jr. F1-ATPase:
A molecular transducer of chemical and mechanical energies
Abstract (pdf, 114 kB) »
Lecture Slides I
(pdf, 1,90 MB) »
Lecture Slides II
(pdf, 2,06 MB) »
Report (pdf, 53 kB) »
Professor Arthur L. Horwich Protein
folding
Abstract (pdf, 92 kB) »
Lecture Slides (pdf,
1,82 MB) »
Session IV: Energy and evolution of man
Professor Svante Pääbo Human
evolution
Abstract (pdf, 113 kB) »
Report (pdf, 78 kB) »
Professor Siv Andersson The microbial
contribution to energy in man
Abstract (pdf, 96 kB) »
Report (pdf, 172 kB) »
Session V: Chemical reactions, energy transfer and catalysis (part 2)
Professor Richard A. Lerner The new
chemistry of antibodies
Abstract (pdf, 87 kB) »
Lecture Slides (pdf,
59,84MB) »
Report (pdf, 79 kB) »
Professor Joan Steitz Novel
RNAs along the pathway of gene expression
Abstract (pdf, kB)
»
Lecture Slides (pdf,
3,33 MB »
Report (pdf, 179 kB) »
Tuesday June 21
Session VI: Central nervous system, brain and information
Professor Eric R. Kandel Long term memory
and the persistence of memory storage
Abstract (pdf, 59 kB) »
Lecture Slides (pdf,
2,03 MB) »
Report (pdf, 112 kB) »
Professor Roderick MacKinnon Membrane channels
Abstract (pdf, kB) »
Lecture Slides (pdf,
1,26 MB) »
Report (pdf, 76 kB) »
Professor Richard Axel A
molecular logic of olfactory perception
Abstract (pdf, kB) »
Lecture Slides (pdf, 3,42 MB) »
Session VII: Future sources of energy
Professor Carlo Rubbia Does nuclear
energy have a future?
Lecture Slides (pdf,
2,97 MB) »
Report (pdf, 112 kB) »
Professor Joachim Luther Sustainable
energy systems
Abstract (pdf, 75 kB) »
Lecture Slides (pdf,
1,12 MB) »
Report (pdf, 112 kB) »
Professor Robert Aymar Whatever
became of nuclear fusion?
Abstract (pdf, 19 kB) »
Lecture Slides (pdf,
2,16 MB) »
Report (pdf, 121 kB) »
All abstracts and presentations, including illustrations and films, on the website http://energy.nobelprize.org are published with permission from the speakers. The Nobel Foundation can, therefore, not take responsibility for the acquirement of any third party intellectual property rights.
Last updated October 6, 2005