Dmitry A. Rinberg

The paper shows that odor-evoked neural sequences in the olfactory bulb propagate as wavefronts in a low-dimensional space, enabling perceptual generalization through Hebbian learning.

The paper investigates how odor identity is represented in the mouse olfactory bulb, finding that both primacy and order coding strategies contribute to odor representation.

This study shows mice and humans use a common perceptual scale to assess odor intensity, demonstrating shared principles in stimulus evaluation.

The paper presents a data science approach to olfaction, using machine learning to classify neural responses to odors in mice and proposes a standard dataset for olfactory research.

The paper develops a theoretical framework to map odor input space to olfactory receptor responses, finding that Kenyon cells integrate high-affinity receptor inputs.

This paper develops a behavioral paradigm to measure perceptual distances in mice using olfaction as a model system.

This paper introduces a probabilistic method to align neural responses across animals and identifies odor-specific dynamics, improving neural-based chemical detection.

The paper uses synthetic odors to uncover how neural activity patterns relate to olfactory perception by analyzing spatial and temporal coding.

This paper introduces a time warping framework to uncover precise spike-time patterns in neural recordings across different systems, revealing both expected and unexpected firing dynamics.

This study uses holographic optogenetic stimulation to show mice can detect single action potentials from small ensembles of olfactory bulb neurons, challenging previous estimates of perceptual thresholds.

The paper shows that odor concentration discrimination is independent of sniff frequency, and a fluid dynamics model explains variability in MT cell responses, enabling sniff-invariant coding.

The paper shows that single olfactory receptors, specifically TAARs, set odor detection thresholds in mice, with sensitivity determined by the most sensitive receptor.

The paper shows that sister MT cells in a glomerulus exhibit diverse or stereotyped responses to odorants, with stereotypy linked to ligand affinity regardless of concentration.

The paper identifies a concentration-invariant odor coding mechanism based on early receptor activation and demonstrates its role in odor identification through behavioral and neural experiments.