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Interdisciplinary Neuroscience — Experiments, Computation, and Publications - Dr. Gordon H Dash, Professor of Computational Finance and Interdisciplinary Neuroscience

Dr. Gordon H. Dash
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Dr. Gordon H. Dash
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Interdisciplinary & Translational Neuroscience
We study the growing subfield within translational neuroscience that uses rodent models to probe how stress exposure reshapes prosocial behaviors—helping, following the herd, comforting, and cooperative responses toward conspecifics—as a window into complex investment and housing decisions.

Our experiments probe valuation, risk, and learning in social and isolated environments. Rodents (i.e., Long-Evans rats), perform structured tasks (e.g., probabilistic choice, delay discounting) in instrumented arenas with high-resolution tracking and synchronized neural recordings.

Data streams include behavior, photometry/LEM signals, and environmental events, aligned via common clocks. Protocols emphasize counterbalancing, preregistered outcomes, and power analyses. Predictive and classification achieved via the multi-target K4-VRBFN framework.

Ethical overview: all animal procedures are reviewed under IACUC guidelines and minimize stress with refined housing, habituation, and humane endpoints.

  • Species: Long Evans rat
  • Signals: behavior, photometry, event markers
  • Sampling: ms-precision timestamps
  • Outputs: trial tables, signal matrices, metadata JSON
Datasets & Protocols

We share curated datasets, task definitions, and analysis notebooks to enable reuse.

  • Access: request via email with a brief description of use; sensitive fields are redacted.
  • Formats: CSV/Parquet for trials; NPZ/HDF5 for signals; JSON for metadata; README for provenance.
  • Code: versioned notebooks with environment files and unit tests.
  • Licensing: academic, with citation and non-commercial clauses when appropriate.

Reproducibility: each release includes exact package versions, seeds, and checksums.

Collaborations





We collaborate with labs in decision neuroscience, computational psychiatry, and quantitative biology. Roles include study design, analysis pipelines, and co-supervision.

  • Opportunities: co-PI on grants, visiting students, and joint workshops.
  • What we bring: rigorous quant methods, transparent data practices, and effective mentoring.

If you are exploring a cross-disciplinary project, we welcome a short concept note.

Researchers discussing study design at a whiteboard
Ethics & Compliance

We adhere to IACUC/IRB frameworks, data minimization, and privacy-by-design. All studies follow refinement, reduction, and replacement principles where applicable. De-identified datasets undergo disclosure risk review before release, and human-related data are shared only under approved agreements.


Open science: preregistration when feasible, registered report submissions, and transparent reporting checklists.

See our site Privacy Policy for details on data stewardship.


General Terms & Conditions

Digital resources are intended for personal and academic use unless otherwise specified. No physical products are shipped from this website. If you experience difficulty accessing a file or find that a resource is unavailable, please feel free to contact me for assistance. To accurately describe activities, corrections and updates are made on an ongoing basis.
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