Andrej Bičanski

This paper proposes a model showing how spatial navigation architectures can construct universal cognitive maps for abstract reasoning tasks like analogy making and perspective taking.

The paper introduces a computational model of the two dentate gyrus blades, showing how they support pattern separation and integration through distinct architectures and mechanisms.

The paper proposes a theory called Disco to explain subicular neural coding by framing activity as discontinuity signals in continuous experience.

The paper proposes a computational model of subiculum processing that explains vector trace cells (VTCs) and their role in updating spatial memory through mismatch detection between perceptual and mnemonic inputs.

This study investigates how aging affects the head direction network using virtual reality experiments and computational models, finding that aging increases angular errors and heading uncertainty due to noise and neuron loss.

The paper shows that re-enacting movement patterns during memory retrieval improves distance estimation by correcting path integration errors in grid cells.

This paper develops a spiking neuromechanical model of the salamander spinal cord to show that intermediate proprioceptive feedback improves locomotion coordination and robustness.