Teaching highlights: College Offers Concentration in Growing Field of Computational Neuroscience, The College Today
Computational Neuroscience at College of Charleston
- Digital Signal and Image Processing with Biomedical Applications (PHYS 394 and PHYS 394 Lab)
- All models are wrong. Why do we still use them? (FYSM)
- How things work: The Physics of Everyday Life (FYSM 154)
- Biophysical Modeling of Excitable Cells (PHYS 296/BIOL 396)
- Connecting Physics and Mathematics (Freshmen Learning Community)
- Introduction to Computational Neuroscience (PHYS 298)
- Position, Velocity, and Acceleration with PASCO
- Momemnetum and Colisions with PASCO also available here
- Simple Pendulum with PASCO also available here
- Electrostatics with PASCO also available here
- RC time constant with PASCO also available here
- Photoelectric effect with PASCO also available here
- Spectral Lines with PASCO
- How to setup PASCO labs
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Fall Summer Spring - Digital Signal and Image Processing with Biomedical Applications (PHYS 394)
- Digital Signal and Image Processing with Biomedical Applications Lab (PHYS 394L)
- Classical Mechanics (PHYS 301)
- Electroencephalograms for Musical Rhythm Perception (PHYS 390- 02)
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Fall - Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
- General Physics II (PHYS 112 - 03 & 04)
- General Physics II Lab (PHYS 112L - 04)
- Deep learning for brain pattern classification in subvocalization tasks (PHYS 390 - 02)
Summer - Altered time perception under stress. The role of (micro)gravity stressor in time perception (PHYS 397 - 11)
Spring - Digital Signal and Image Processing with Biomedical Applications (PHYS 394)
- Digital Signal and Image Processing with Biomedical Applications Lab (PHYS 394L)
- Research Seminar (PHYS 419)
- Neuroscience of Time Perception (PHYS 397 - 03)
- Neuroscience of Time Perception (PHYS 397 - 04)
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Fall - Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
- iHuman (FYES 130)
- General Physics II Lab (PHYS 112L - 02)
Spring - Digital Signal and Image Processing with Biomedical Applications (PHYS 394)
- Digital Signal and Image Processing with Biomedical Applications Lab (PHYS 394L)
- Research Seminar (PHYS 419)
- Research Thesis (CSCI 699)
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Fall - Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
- General Physics II (PHYS 112 - 01 & 02)
- General Physics II Lab (PHYS 112L - 01)
Summer - Exploration of cognitive load using functional near-infrared brain imaging (PHYS 397 - 10)
- Altered time perception under stress--the role of (micro)gravity stressor in time perception (BIOL 397 - 01 & 02)
Spring - Altered Time Perception under stress. The role of (micro)gravity stressor in time perception (BIOL 397 - 03)
- Research Experience in Biology (BIOL 397 - 05)
- Altered time perception under stress. the role of (micro) gravity stressor in time perception (BIOL 397 - 09)
- Enhanced Human-Machine Communication using subvocalization for missions control (PHYS 390 - 06)
- Bachelor's Essay in Neuroscience (PSYC 448A - 01) Dynamic Network Activation of Hypothalamic Neurons in REM Sleep
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Fall - External Perturbation of phase-locked modes in neural networks (PHYS 420 - 05)
- Bachelor's Essay in Neuroscience (PSYC 448A - 01) Dynamic Network Activation of Hypothalamic Neurons in REM Sleep
Summer - Dynamic Network Activation of Hypothalamic Neurons in REM Sleep (PHYS 397 - 01)
Spring - Classical Mechanics (PHYS 301 - 01)
- Digital Signal and Image Processing with Biomedical Applications (PHYS 394 - 01)
- Digital Signal and Image Processing with Biomedical Applications Laboratory (PHYS 394L - 01)
- Data Mining in Optogenetics (PHYS 397 - 04)
- External Perturbations on Phase-locked Modes in Neutral Networks (PHYS 420 - 17)
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Fall - Introductory Physics I (PHYS 101 - 09 & 10)
- Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
- Bachelor's Essay in Neuroscience (BIOL 448 - 01) Brain Region of Arc Protein Contribution on Anxiety Related Behavior
- Data mining in optogenetics (BIOL 450 - 02)
- Data Mining in optogenetics (BIOL 450 - 04)
Summer - Phase Resetting curve and neural activity (PHYS 397 - 12)
- Nonlinear modeling of optogenetic data (PHYS 397 - 13)
- A Computational Model of Interval Timing under Stress (PHYS 397 - 16)
Spring - General Physics II Lab (PHYS 102L 09)
- Modern Physics (PHYS 230)
- Bachelor's Essay in Neuroscience (BIOL 448-01) The Impact of Stress on Sensitivity to Alcohol Cues
- Bachelor's Essay in Neuroscience (BIOL 448-02) Resting-State Functional Connectivity in Patients with Amnestic Mild Cognitive Impairment
- Bachelor's Essay in Neuroscience (BIOL 448-03) Exploration of the Neuron astrocyte Interaction linked to heroin addiction and relapse
- Bachelor's Essay in Neuroscience (BIOL 448-04) Brain region analysis of arc protein contribution on anxiety-related behavior
- Phase resetting in neural networks (PHYS 397-04)
- Data mining in optogentics (PHYS 397-05)
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Fall - Introductory Physics I (PHYS 101-09&10)
- Introductory Physics I Lab (PHYS 101L-09)
- Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
- Bachelor's Essay in Neuroscience (BIOL 448-01) Exploration of the Neuron astrocyte Interaction linked to heroin addiction and relapse
- Bachelor's Essay in Neuroscience (BIOL 448-02) Resting-State Functional Connectivity in Patients with Amnestic Mild Cognitive Impairment
- Bachelor's Essay in Neuroscience (BIOL 448-03) The Impact of Stress on Sensitivity to Alcohol Cues
- Data mining in optogentics (PHYS 397-04)
- Phase resetting in neural networks (PHYS 397-05)
Summer - Phase Resetting in Neural Activity (PHYS 397-07)
- A Computational Model of Hippocampus Lesions (PHYS 397-12)
- Dopamine Antagonists and their Effect on the prefrontal cortex activity (PHYS 397-13)
- Computational Models of Neural Networks (PHYS 397-03)
Spring - General Physics I (PHYS 112-01&02)
- Digital Signal and Image Processing with Biomedical Applications (PHYS 394)
- Digital Signal and Image Processing with Biomedical Applications Lab (PHYS 394 Lab)
- A generalized phase resetting method for phase-locked mode prediction (PHYS 420-10)
- A low-dimensional model of a chaotic neural network (PHYS 420-15)
- Modelling the effect of hippocampal lesions on interval timing experiments (PHYS 420-01)
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Fall - General Physics I (PHYS 111-01)
- General Physics I Laboratory (PHYS 111 Lab-01)
- Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
Summer - Nonlinear Modeling of Optogenetic Data (PHYS 397-06)
- Parallel Computing with Graphic CPUs for Faster Image Processing (PHYS 397-08)
- Numerical Investigation of Changes in Peak-Interval Timing Due to Hippocampus Lesions (PHYS 397-12)
- Generalized Phases Resetting Curve and Phase-Locked Mode Prediction in Neural Networks (PHYS 397-14)
Spring - General Physics I (PHYS 111 01 & 02)
- General Physics I Laboratory (PHYS 111 Lab-01)
- General Physics I Laboratory (PHYS 111 Lab-02)
- Functional near infrared spectroscopy brain imaging technique for time discrimination tasks (Bachelor's Essay in Neuroscience, BIOL 448-07)
- Low Dimensional Chaos in Optogenetic Mice Injected with Cocaine (Senior Research Project (PHYS 420-03)
- Data Mining the brain for a self-consistent model (PHYS 390-11)
- Phase Resetting Curve with Multiple Recursive Inputs (PHYS 397-04)
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Fall - General Physics I (PHYS 111-03 & 04)
- General Physics I Laboratory (PHYS 111 Lab-04)
- Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
- Manipulation of alcohol related memories as a treatment for alcohol use disorder (Bachelor's Essay in Neuroscience, BIOL 448)
Summer - Nonlinearity in time perception due to cortical lesions (PHYS 390 – 01)
- Nonlinear Modeling of Optogenetic Data (PHYS 397-08)
- Phase Resetting Curve under Multiple Recursive Inputs (PHYS 397-09)
Spring - Digital Signal and Image Processing with Biomedical Applications (PHYS 394)
- Digital Signal and Image Processing with Biomedical Applications Lab (PHYS 394 Lab)
- Manipulation of alcohol related memories as a treatment for alcohol use disorders (BIOL 448 07, Bachelor's Essay in Neuroscience)
- Mechanisms underlying the ability for oxytocin to attenuate drug-seeking (BIOL 399 11)
- First Year Experience Research Rotation (FYER 109)
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Fall - General Physics I (PHYS 111 01 & 02)
- General Physics I Laboratory (PHYS 111 Lab-01)
- Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
- Biophysical Modeling of Excitable Cells Projects (PHYS 390)
Summer - Nonlinear Effects in Time Perception (PHYS 397 02)
- Stimuli Effect on Phase Resetting Curve (PHYS 397 04)
Spring - General Physics II (PHYS 112 01 & 02) syllabus
- General Physics II Laboratory (PHYS 112 Lab 01 & 02) syllabus
- Natural Fractal Structure (HONS 499 03, Bachelor's Essay)
- Modeling Optogenetic Modulation of Neurons (PHYS 499 03, Bachelor's Essay)
- Investigation of multiple stimuli effect on phase resetting curve (PHYS 397)
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Fall - General Physics I (PHYS 111)
- General Physics I (PHYS 111L)
- Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 396)
- Investigation of multiple stimuli effect on phase resetting curve (PHYS 390)
- Natural fractal structures (HONS 499)
- Modeling optogenetic modulation of neurons (PHYS 499)
Summer - Natural Fractal Structures (HONS 399)
- Investigation of Stimulus Shape Contribution to Phase Resetting (PHYS 397)
- Numerical Investigation of Striatal Beat Frequency Model of Interval Timing (PHYS 397)
Spring - Digital Signal and Image Processing with Biomedical Applications (PHYS 394)
- Digital Signal and Image Processing with Biomedical Applications Lab (PHYS 394L)
- The Effect of Different Shapes of Presynaptic Stimulus on the Phase Resetting Curve of a Neuron (Neuroscience Bachelor's Essay, PHYS 499-01)
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Fall - Biophysical Modeling of Excitable Cells (PHYS 396/BIOL 396)
- Honors Physics I (HONS 157L-01)
- Honors Physics I Lab (HONS 157L-01)
- Computer Model For Interval Timing (PHYS 397 - 01)
- Computational Investigation of Gamma Synchronization on Prefrontal Cortex (PHYS 390 - 05)
- Investigation of Stimulus Shape Contribution to Phase Resetting Curve (PHYS 390 - 04)
- The Effect of Different Shapes of Presynaptic Stimulus on the Phase Resetting Curve of a Neuron (Neuroscience Bachelor's Essay, PHYS 499-01)
Summer II - IPhase resetting curve of a neuron model subject to realistic presynaptic currents (PHYS 397-04)
- Numerical investigation of neural oscillators allocation on interval timing (PHYS 397-04)
- Investigation of stimulus shape contribution to phase resetting curve (PHYS 390-02)
Summer I - Phase resetting curve of a neuron model subject to realistic presynaptic currents (PHYS 397-04)
- Resetting of large-scale neural networks using optiogenetic data (PHYS 397-05)
- Numerical investigation of neural oscillators allocation on interval timing (PHYS 390-04)
- Investigation of stimulus shape contribution to phase resetting curve (PHYS 390-02)
Spring - Computational Investigation of Gamma Synchronization using Optogenetic Modulation of Prefront Cortex (PHYS 397 - 02)
- Investigation of Stimulus Shape Effect on Phase Resetting (PHYS 397 - 03)
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Fall - Phase Resetting Curve and the Influence of External Perturbations (PHYS 397-02), College of Charleston, Charleston, S.C.
- Data Mining Techniques Applied to Electrophysiology (PHYS 397-03), College of Charleston, Charleston, S.C.
Summer II - Investigation of Ionic Channels and PRC (PHYS 397-09), College of Charleston, Charleston, S.C.
- Computational Investigation of Gamma Synchronization (PHYS 397-10), College of Charleston, Charleston, S.C.
- Influence of Noise on the Phase Resetting Curve (PHYS 397-11), College of Charleston, Charleston, S.C.
Summer I - Investigation of Ionic Channel Contribution to PRC (PHYS 390-01 (1)), College of Charleston, Charleston, S.C.
- Computational Investigation of Gamma Synchronization (PHYS 390-02 (1)), College of Charleston, Charleston, S.C.
- Computational Investigation of Gamma Sync. (PHYS 397-01), College of Charleston, Charleston, S.C.
- Influence of Noise on the Phase Resetting Curve (PHYS 397-02), College of Charleston, Charleston, S.C.
- Investigation of Ionic Channels and PRC (PHYS 397-03), College of Charleston, Charleston, S.C.
- Influence of Noise on the Phase Resetting Curve (PHYS 397-04), College of Charleston, Charleston, S.C.
Spring - Introductory Physics Lab I (PHYS 101L-03), College of Charleston, Charleston, S.C.
- Introductory Physics Lab II (PHYS 102L-05), College of Charleston, Charleston, S.C.
- Classical Mechanics (PHYS 301-01), College of Charleston, Charleston, S.C.
- Fourier Analysis of Type II Oscillators (HONS/PHYS 499), College of Charleston, Charleston, S.C.
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Fall - Biophysical Modeling of Excitable Cells (BIOL 396/PHYS 296), College of Charleston, Charleston, S.C.
- How Things Work (FYSM 154), College of Charleston, Charleston, S.C.
- Introductory Physics I Lab (PHYS 101-L01), College of Charleston, Charleston, S.C.
Summer II - Computational Investigation Ionic Concentration Fluctuations and Action Potential Initiation (PHYS 397-013), College of Charleston, Charleston, S.C.
- Computational Investigation Phase Resetting Curve of Type 1 Neurons and Interval Timing (PHYS 397-014), College of Charleston, Charleston, S.C.
- Computational Investigation Phase Resetting Curve of Type 2 Neurons and Interval Timing (PHYS 397-015), College of Charleston, Charleston, S.C.
Summer I - Computational Investigation Ionic Concentration Fluctuations and Action Potential Initiation (PHYS 397-003), College of Charleston, Charleston, S.C.
- Computational Investigation Phase Resetting Curve and Interval Timing (PHYS 397-007), College of Charleston, Charleston, S.C.
Spring - Introductory Physics II (PHYS 102-007), College of Charleston, Charleston, S.C.
- Introductory Physics II Lab (PHYS 102-L07), College of Charleston, Charleston, S.C.
- General Physics II Lab (PHYS 112-L03), College of Charleston, Charleston, S.C.
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Fall - Biophysical modeling of excitable cells (PHYS 296/BIOL 396), College of Charleston, Charleston, S.C.
- Introductory Physics I (PHYS 101-009 & 010), College of Charleston, Charleston, S.C.
- Introductory Physics I Lab (PHYS 101-L09), College of Charleston, Charleston, S.C.
- Investigation of Neural Networks using Phase Resetting Curve (PHYS 390-007), College of Charleston, Charleston, S.C.
- Propagation of Concurrent Action Potentials in Axon Bundles (PSYC 448), College of Charleston, Charleston, S.C.
Summer II - Computational Investigation of Neural Networks (PHYS 397-001), College of Charleston, Charleston, S.C.
- Computational Investigation of Hodgkin-Huxley Model (PHYS 397-002), College of Charleston, Charleston, S.C.
Summer I - Computational Investigation of Hodgkin-Huxley Model (PHYS 397-004), College of Charleston, Charleston, S.C.
- Computational Investigation of Neural Networks (PHYS 397-005), College of Charleston, Charleston, S.C.
Spring - Introductory Physics I (PHYS 101-003 & 004), College of Charleston, Charleston, S.C.
- Introductory Physics I Lab (PHYS 101-003), College of Charleston, Charleston, S.C.
- Introductory Physics I Lab (PHYS 101-L94), College of Charleston, Charleston, S.C.
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Fall - Biophysical modeling of excitable cells (PHYS 296/BIOL 396), College of Charleston, Charleston, S.C.
- Introductory Physics II (PHYS 102-001 & 002), College of Charleston, Charleston, S.C.
- Introductory Physics II Lab (PHYS 102-L01), College of Charleston, Charleston, S.C.
Summer II - Biologically Relevant Firing Patterns in Small Neural Networks (PHYS 397-003), College of Charleston, Charleston, S.C.
Summer I - Firing Patterns of Neural Cells (PHYS 397-001), College of Charleston, Charleston, S.C.
- Schizophrenia and Pyramidal Neuron (PHYS 397-002), College of Charleston, Charleston, S.C.
Spring - Modern Physics I (PHYS 230-001), College of Charleston, Charleston, S.C.
- Introductory Physics I Lab (PHYS 101-L06), College of Charleston, Charleston, S.C.
- Introductory Physics I Lab (PHYS 101-L90), College of Charleston, Charleston, S.C.
- Senior Research Project (PHYS 420-003), College of Charleston, Charleston, S.C.
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Fall - General Physics II (PHYS 112-001), College of Charleston, Charleston, S.C.
- General Physics II Lab (PHYS 112-L01), College of Charleston, Charleston, S.C.
Summer I - Special topics (PHYS 397-002 - COMPUTATIONAL MODEL FOR NANOPARTICLE PHYSICS), College of Charleston, Charleston, S.C.
- Special topics (PHYS 397-003 - CALIBRATION OF A COMPUTATIONAL NEURON), College of Charleston, Charleston, S.C.
Spring - Introductory Physics (PHYS 101-001), College of Charleston, Charleston, S.C.
- General Physics I (PHYS 201-001), College of Charleston, Charleston, S.C.
- General Physics I Lab (PHYS 201-L01), College of Charleston, Charleston, S.C.
- Special topics (PHYS 390-001 - CAI HIPPOCAMPAL PYRAMIDAL NEURON), College of Charleston, Charleston, S.C.
- Senior Research Project (PHYS 420-005 - CA1 HIPPOCAMPAL PYRAMIDAL NEURON), College of Charleston, Charleston, S.C.
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Fall - Introductory Physics (PHYS 101-004), College of Charleston, Charleston, S.C.
- General Physics II (PHYS 202-001), College of Charleston, Charleston, S.C.
- General Physics II Lab (PHYS 202-L01), College of Charleston, Charleston, S.C.
- Special topics (PHYS 390-004 - FIRING PATT/NEURONS/PREFRONT CORTEX), College of Charleston, Charleston, S.C.
- Special topics (PHYS 390-005 - MODELING PYRAMIDAL NEURONS), College of Charleston, Charleston, S.C.
- Special topics (PHYS 397-006 - PARAMETER SPACE SEARCH), College of Charleston, Charleston, S.C.
Summer I - Introductory Physics (PHYS 101 001), College of Charleston, Charleston, S.C.
- Introductory Physics Lab (PHYS 101 L02), College of Charleston, Charleston, S.C.
Spring - Classical Mechanics (PHYS 301-001), College of Charleston, Charleston, S.C.
- Introduction to Computational Neuroscience (PHYS 298 001, BIOL 446 001, PSYC 446 001), College of Charleston, Charleston, S.C.
- Introductory Physics II Lab (PHYS 102 L05), College of Charleston, Charleston, S.C.
- Special topics (BIOL 450 009 - SMALL NEURAL NETWORKS FIRING), College of Charleston, Charleston, S.C.
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Fall - Introductory Physics (PHYS 101-004), College of Charleston, Charleston, S.C.
- Introductory Physics I Lab (PHYS 101-L06), College of Charleston, Charleston, S.C.
- Introductory Physics I Lab (PHYS 101-L90), College of Charleston, Charleston, S.C.
- Senior Research Project (PHYS 420-001 - EXT. PERTURBATIONS/CURVE OF NEURAL NETWORKS), College of Charleston, Charleston, S.C.
Spring - Introductory Physics II (PHYS 102-003), College of Charleston, Charleston, S.C.
- Introductory Physics II Lab (PHYS 102-L04), College of Charleston, Charleston, S.C.
- Modern Physics I (PHYS 330-001), College of Charleston, Charleston, S.C.
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- General Physics (PHYS 1031), University of New Orleans, New Orleans, LA
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- General Physics (PHYS 1031), University of New Orleans, New Orleans, LA
- General Physics (PHYS 141), Delgado Community College, New Orleans, LA
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- General Physics (PHYS 1031 laboratories), University of New Orleans, New Orleans, LA
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- General Physics (PHYS 1031 laboratories), University of New Orleans, New Orleans, LA
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- General Physics (PHYS 1031 laboratories), University of New Orleans, New Orleans, LA