Welcome to the homepage of Björn Brembs! You will find information
about learning and memory, evolution,
litestep and much, much more on this site. Science
and Magic? To quote Neil Gaiman: "Science is a way of talking about the universe
in words that bind it to a common reality. Magic is a way of talking to the universe
in words that it cannot ignore." I hope you'll find both on this site. However,
to experience the full magic of this site you need a frames capable browser. But
I also have a text-portal for the most important links: Please bear with me that I abuse this spot for attracting search engines to my key-words: biology, learning, memory, evolution, metabiology,
philosophy, order in spontaneous behavior,
operant conditioning, instrumental (Skinnerian) conditioning,
classical conditioning, Pavlovian conditioning, Skinner,
drosophila, psychology, prisoner's dilemma, game
theory, damascus steel, LiteStep, Neil Gaiman, Dave McKean,
Giger, handball, sports, team-handball,
research as well as biology with learning and memory together with evolution plus
metabiology. Moreover, my site features information on Darwin, fitness, behavioral
ecology, behavioural ecology, behavior, behaviour and Hamilton's rule. In addition you'll find
information on philosophy, genetics, operant and classical conditioning in Drosophila,
psychology, the prisoner's dilemma in game theory, evolution of cooperation, damascus steel, pattern welded steel, LiteStep, the writer Neil Gaiman and the artists Dave McKean and H.R. Giger.
Finally find out more about handball, sports, team-handball and research, most
prominently my dipoma thesis, Immanuel Kant plus some backgrounds, my
blog, bonobos, Hawking,
Gould and the eminent question why
did the chicken cross the road? :-). I have posted my PhD thesis in both PDF
and HTML format. It is entitled "An Analysis of
Associative Learning in Drosophila at the Flight Simulator". It is all
about associative conditioning, memory acquisition and learning rules. I now work on learning and memory in Aplysia, more specifically on the neuronal mechanisms of operant conditioning and its interactions with classical conditioning. There is a science paper about the same subject there as well, together with its online supplement. Finally, there's some information on aggression, fighting and territoriality in the fruitfly Drosophila melanogaster