EXPLORE THE UNIVERSITY OF OXFORD'S WORLD-CLASS RESEARCH

« Previous | 1 - 10 of 202 |
1
Journal article icon
Journal article

Replay-triggered brain-wide activation in humans

  • Huang, Q, Xiao, Z, Yu, Q, et al.
  • 2024-08-21
File available icon
Peer reviewed icon
Link to publisher copy available icon
2
Thesis icon
Thesis

Decoding the brain for knowledge and experience

  • Zhang, J
  • 2024
File not available icon
Not peer reviewed icon
Link to publisher copy not available icon
3
Thesis icon
Thesis

Frameworks for generalisation of flexible behaviour: insights from mouse behaviour and neural computation

  • Samborska, V
  • 2023
File available icon
Not peer reviewed icon
Link to publisher copy not available icon
4
Thesis icon
Thesis

Dopaminergic signalling during goal-directed behaviour in a structured environment

  • Blanco Pozo, M
  • 2022
File available icon
Not peer reviewed icon
Link to publisher copy not available icon
5
Thesis icon
Thesis

Representation learning for continual task performance

  • Flesch, T
  • 2022
File available icon
Not peer reviewed icon
Link to publisher copy not available icon
6
Thesis icon
Thesis

Relational representations for composition of knowledge and plans

  • Bakermans, JJW
  • 2022
File available icon
Not peer reviewed icon
Link to publisher copy not available icon
7
Journal article icon
Journal article

Spatiotemporally resolved multivariate pattern analysis for M/EEG

  • Higgins, CJ, Vidaurre, D, Kolling, N, et al.
  • 2022-03-18
File available icon
Peer reviewed icon
Link to publisher copy available icon
8
Thesis icon
Thesis

Neuronal circuits underlying flexible behaviour

  • Barreiros, IV
  • 2021
File available icon
Not peer reviewed icon
Link to publisher copy not available icon
9
Journal article icon
Journal article

Replay bursts in humans coincide with activation of the default mode and parietal alpha networks

  • Higgins, C, Liu, Y, Vidaurre, D, et al.
  • 2020-12-23
File available icon
Peer reviewed icon
Link to publisher copy available icon
10
Thesis icon
Thesis

Linking reinforcement learning and cognitive maps to understand how the brain represents abstract tasks

  • Baram, A
  • 2020
File available icon
Not peer reviewed icon
Link to publisher copy not available icon
FILTER RESULTS

TO TOP