Zoran Tiganj

The paper shows that single neurons in rat hippocampal CA1 slices can encode elapsed time over multi-second intervals through intrinsic mechanisms.

The paper analyzes boundary vector cells in the rat subiculum to show they encode future states with a multi-scale temporal integration of behavioral information.

This paper develops a rodent version of the Triangle Completion Task to improve cross-species comparability in path integration studies.

This study identifies path integration impairments in individuals with subjective cognitive decline, suggesting memory leak as an early marker of neurodegeneration related to Alzheimer's disease.

The paper shows that both hippocampus and prefrontal cortex in monkeys maintain a temporal record of events during an associative memory task.

The paper shows that neurons in the monkey entorhinal cortex encode time since image onset with varying time constants and also represent image content, supporting episodic memory.

This paper introduces a biologically detailed neural circuit model that generates scale-invariant time cells through a combination of calcium-activated currents and inverse Laplace transform network structures.

The paper shows that working memory in monkey lPFC encodes both stimulus identity and elapsed time as a compressed timeline.