Opening:
4 years PhD position in the Brain Circuits and Behaviour Lab (IDIBAPS, Barcelona)
We are looking for a
PhD candidate
interested in investigating the circuit mechanisms of decision making and working memory. We look for students interested in learning to use modern labeling methods to manipulate functionally defined neural engrams in mice during decision making tasks. The
candidate should have some experience in quantitative data analysis using Python or R (or be very eager to learn). Experience performing behavioral experiments, optogenetics or electrophysiology in rodents will also be a plus.
Contract
Duration: 4 years.
Salary:
standard PhD salary in Spain (21-25 k€ gross per year).
Co-Supervisors:
Carles Sindreu and Jaime de la Rocha
Contract
Starting Date: From Nov. 2025 to
April 2026.
Candidate
requirements: Master’s degree in
neuroscience or related discipline.
Application
period: from 1.08.205 to 10.09.2025
Application
instructions: send your CV, letter
of motivation and the contact information of 2-3 referees. To
jro...@recerca.clinic.cat (specify “FPI application” in the subject).
In the
Brain
Circuits and Behavior Lab we
use a combination of experimental and computational methods including finely controlled behavioral tasks in both rodents and humans and use mathematical models to characterize behavior and to interpret manipulation experiments (i.e. optogenetics) and neural
recordings obtained electrophysiological recordings in animals. We are currently developing a 24/7 animals training platform (the
Training
Village) to train mice in new
working memory behavioural paradigms that allow us to characterise the neural representations of prospective and retrospective working memory in mice. We will use new Calcium and light-gated labeling methods to manipulate functionally defined neural engrams
during these working memory tasks.
Further
reading:
Fast and tight control of motor vigor by
accumulated decision evidence.
Molano-Mazón et al. Nature Comms
15, 10583 (2024).
Episodic
recruitment of attractor dynamics
in frontal cortex reveals distinct mechanisms for forgetting and lack of cognitive control in short-term memory
T. Oña-Jodar et al. bioRxiv 2024.02.18.579447