Personal Information
Entreprise/Lieu de travail
Regensburg Area, Germany, Bavaria Germany
Profession
Professor at Universität Regensburg
Site Web
brembs.net
À propos
My main research topics focus around the general organization of behavior with regards to reward, punishment and decision making: How do brains accomplish adaptive behavioral choice? All animals possess a repertoire of inborn behaviors and continuously modify and adjust them to meet the requirements of the environment by learning. To study these processes, I use operant (instrumental) conditioning paradigms and contrast them with classical (Pavlovian) conditioning situations in flies (Drosophila) and snails (Aplysia). Such comparisons highlight the differences and similarities between behavioral and environmental learning, the two forms of predictive learning.
After now 10 years of resea...
Mots-clés
infrastructure
open science
publishing
open access
science
publishers
drosophila
journals
behavior
spontaneity
operant
impact factor
behavioral variability
research
open data
r
open source
software
data
free will
learning
infratsructure
scholarship
open
figshare
publications
action
aplysia
memory
repositories
research data management
research data
policy
functionality
affordability
reproducibility
codes
replication
funders
neurobiology
autonomy
writing
scholarly commons
choice
ongoing activity
variability
agency
decision-making
motor-learning
world-learning
operant learning
operant conditoning
self-learning
replication crisis
unreliability
subscriptions
escience
network states
c. elegans
journal club
neuroscience
internet
online
social media
technology
classical
invertebrates
conditioning
wissenschaft
infrastruktur
daten
journal rank
london
barbican
bna2013
libraries
vienna
scholarly communication
biology
evolution
networks
genes
nonlinear
pathogenic
pathology
bacteria
ecology
toxicology
ltp
impact
factor
metrics
bibliometrics
evaluation
assessment
thomson
Tout plus
Présentations
(46)J’aime
(23)2016 davis-biotech
c.titus.brown
•
il y a 8 ans
Scott Edmunds, ReCon 2015: Beyond Dead Trees, Publishing Digital Research Objects
GigaScience, BGI Hong Kong
•
il y a 8 ans
Another world is possible - what's new in open access
Elena Giglia
•
il y a 8 ans
Scott Edmunds, HKU Open Access Week: Experiences from the front-line of Open Access & Open Data publishing.
GigaScience, BGI Hong Kong
•
il y a 8 ans
Academia
Gerald Carter
•
il y a 8 ans
Berlin10 beyond the impact factor
Tom Olijhoek
•
il y a 11 ans
Digital culture
Mark Carrigan
•
il y a 11 ans
Bradley Voytek - Cognitive Networks
UC San Diego
•
il y a 11 ans
The Scientific Literature (UG lecture, Feb 2013)
Stephen Curry
•
il y a 11 ans
Open Access: Where are we going?
Stephen Curry
•
il y a 11 ans
Overview of the altmetrics landscape
Richard Cave
•
il y a 11 ans
Opportunities: Improve Interoperability ... from a library viewpoint.
TIB Hannover
•
il y a 11 ans
Scrutiny of Science Goes Public
Ivan Oransky
•
il y a 11 ans
Open Access after Finch and the new RCUK policy
Stephen Curry
•
il y a 11 ans
Research2.0
Erik Duval
•
il y a 12 ans
"PLoS ONE and the Rise of the Open Access Mega Journal" by Peter Binfield
Peter Binfield
•
il y a 12 ans
Growing Beyond Journals, Nature Web Applications
Ian Mulvany
•
il y a 14 ans
Timing young researchers' decisions
Daniel Mietchen
•
il y a 14 ans
What's Driving Open Access?
Dorothea Salo
•
il y a 14 ans
What is the right reference manager for you?
Martin Fenner
•
il y a 14 ans
Research Information Network 07 May 2009
rpg7ss
•
il y a 14 ans
The Joy Of Koching 6/13/08
Anthony Salvagno
•
il y a 14 ans
OPGA Golf Operations Learning Program 2009 Opga
Mark Thompson
•
il y a 15 ans
Personal Information
Entreprise/Lieu de travail
Regensburg Area, Germany, Bavaria Germany
Profession
Professor at Universität Regensburg
Site Web
brembs.net
À propos
My main research topics focus around the general organization of behavior with regards to reward, punishment and decision making: How do brains accomplish adaptive behavioral choice? All animals possess a repertoire of inborn behaviors and continuously modify and adjust them to meet the requirements of the environment by learning. To study these processes, I use operant (instrumental) conditioning paradigms and contrast them with classical (Pavlovian) conditioning situations in flies (Drosophila) and snails (Aplysia). Such comparisons highlight the differences and similarities between behavioral and environmental learning, the two forms of predictive learning.
After now 10 years of resea...
Mots-clés
infrastructure
open science
publishing
open access
science
publishers
drosophila
journals
behavior
spontaneity
operant
impact factor
behavioral variability
research
open data
r
open source
software
data
free will
learning
infratsructure
scholarship
open
figshare
publications
action
aplysia
memory
repositories
research data management
research data
policy
functionality
affordability
reproducibility
codes
replication
funders
neurobiology
autonomy
writing
scholarly commons
choice
ongoing activity
variability
agency
decision-making
motor-learning
world-learning
operant learning
operant conditoning
self-learning
replication crisis
unreliability
subscriptions
escience
network states
c. elegans
journal club
neuroscience
internet
online
social media
technology
classical
invertebrates
conditioning
wissenschaft
infrastruktur
daten
journal rank
london
barbican
bna2013
libraries
vienna
scholarly communication
biology
evolution
networks
genes
nonlinear
pathogenic
pathology
bacteria
ecology
toxicology
ltp
impact
factor
metrics
bibliometrics
evaluation
assessment
thomson
Tout plus