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Single-unit recordings
High-density probes and tetrodes capture spiking activity from individual neurons in behaving animals.
Neuropixels · Tetrodes
In vivo electrophysiology
Listening to the brain in action.
We record neural activity in living animals to understand how circuits process information, shape behavior, and change in disease.
12+Publications
1,000+Neurons recorded
5Ongoing projects
8Conference talks
Research
What we work on
From single-unit recordings to population dynamics — our work connects neural activity to function.
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Circuit dynamics
Studying oscillations, network synchrony, and how brain regions communicate during behavior.
LFP · Oscillations💡
Causal manipulation
Combining recordings with optogenetics and pharmacology to test what activity is necessary and sufficient.
Optogenetics📈
Data analysis
Spike sorting, decoding, and dimensionality reduction pipelines built for reproducible science.
Python · MATLAB🧬
Disease models
Investigating how neural coding is altered in models of neurological and psychiatric disorders.
Translational🤝
Collaboration
Open to joint projects, method sharing, and training researchers in in vivo techniques.
Open science🔬
About
Curious about how neurons talk.
Hi, we are a small research team studying neural circuits with in vivo electrophysiology. Replace this text with your own story: who you are, your institution, and the questions that drive your work.
We believe in careful experiments, open methods, and clear communication of science to both specialists and the public.
In vivo recordingSpike sortingSurgeryOptogeneticsPythonMATLABStatistics
Publications
Selected papers & talks
A few highlights. Full list available on Google Scholar.
- 2026Read →
Placeholder title of your latest paper
Author A, Author B, Author C · Journal Name
- 2025Read →
Another publication title goes here
Author A, Author D · Journal Name
- 2025Slides →
Conference poster / talk title
FENS Forum · Poster
- 2024Read →
Earlier work on neural coding
Author A, Author E · Journal Name
Journey
Milestones
Education, positions, and achievements.
2026 – Present
Research Position
Institution name · Leading in vivo electrophysiology projects.
2022 – 2026
PhD in Neuroscience
University name · Thesis on neural circuit dynamics.
2018 – 2022
BSc / MSc
University name · Biology / Biomedical Engineering.
Contact
Let's work together.
Interested in collaborating, joining the team, or just talking science? Reach out.
hello@example.com