Caleb T. Kemere

The paper introduces MiniFAST, a miniaturized microscope that improves speed, sensitivity, and resolution for in vivo neural recording using genetically encoded indicators.

RealtimeDecoder is a Python-based system for real-time clusterless decoding of neural data with low latency and no spike sorting, demonstrated in rodent hippocampus recordings.

This study shows rats can learn to generate specific remote hippocampal representations through neurofeedback without external cues or behavioral reports.

This paper extends the Poisson Gaussian-process latent variable model to infer latent variables of new neural data, enabling the analysis of internal state repetition and replay events in neural activity.

This study shows that mice follow a modified marginal value theorem with Bayesian updating of environment representations when foraging under uncertainty.

Spyglass provides a reproducible and shareable framework for neuroscience research, enabling data reuse and analysis across labs using standardized formats and pipelines.

This paper demonstrates in vivo fluorescence imaging with a flat, lensless microscope achieving high spatial resolution and large field of view.

GhostiPy provides efficient signal processing and spectral analysis tools for large-scale neural data, outperforming commercial software in speed and memory usage.

This paper introduces a clusterless decoding method using a switching Poisson hidden Markov model to analyze neural data without spike sorting, showing it can recover model parameters and uncover task-relevant structure from real data.

The paper presents an open-source, real-time system for detecting and disrupting hippocampal sharp-wave ripples with performance metrics and strategies for improvement.

This study uses hidden Markov models to analyze population burst events in hippocampal activity, revealing temporal replay sequences and spatial maps without relying on the place code.

This paper introduces fluidic microdrives to implant and actuate ultra-flexible neural electrodes with minimal tissue damage and high precision.