Skip to main content
  • Join
  • Log in
Northeast Cyberteam
  • Mentorship
    Join CCMNet CCMNet Guide Mentorship Opportunities
  • Community
    CCMNet Members CCMNet Affinity Group People Affinity Groups Jobs Organizations Community of Communities Join the CSSN
  • Get Help
    Ask a Question Resources Request a Consult
  • Projects
  • Knowledge Base
    Mentorship Resources KB Resources Ask.CI Forum Tags
  • About Us
    About About Us User Guide User Guide Project Guide Affinity Groups FAQ Governance Code of Conduct About CCMNet
  • Tags
Headshot of Matt Ferguson CV / Resume Contact

Matt Ferguson

Boise State University

researcher/educator, cssn

Interests

ACCESS
ACCESS-account
ACCESS-allocations
ACCESS-credits
ACCESS-website
ai
amber
anaconda
bash
benchmarking
bioinformatics
biology
c
charmm
cloud
cluster
cluster-support
computational-chemistry
computer-graphics
conda
containers
cuda
data-analysis
data-management
data-science
data-wrangling
deep-learning
docker
file-formats
gcc
genomics
github
github-pages
globus
gpu
gromacs
hardware
hpc-getting-started
hpc-operations
hpc-storage
hpc-tools
image-processing
interactive-mode
job-submission
jupyterhub
lammps
machine-learning
materials-science
mentorship
monte-carlo
namd
neural-networks
nvidia
openmpi
optimization
parallelization
physiology
professional-development
proposal-development
proposal-request
python
pytorch
random-numbers
research-facilitation
research-grants
scikit-learn
singularity
slurm
ssh
storage
tcsh
tensorflow
unix-environment
vim
visualization
vnc
vpn

Bio

Matt Ferguson is an experimental biophysicist. His current research emphasis is in the area of fluorescence microscopy, specifically the development of dynamic in vivo single molecule imaging at or below the diffraction limit. An underlying theme in his research has been the interface between dynamical systems and thermodynamics in both physical and biological systems and the combination of physics, computer simulation and multidimensional…

Matt Ferguson is an experimental biophysicist. His current research emphasis is in the area of fluorescence microscopy, specifically the development of dynamic in vivo single molecule imaging at or below the diffraction limit. An underlying theme in his research has been the interface between dynamical systems and thermodynamics in both physical and biological systems and the combination of physics, computer simulation and multidimensional data analysis to interpret the results of his experiments in a straightforward way, turning information into knowledge about a physical or biological system.

Skills

ACCESS
ai
anaconda
bash
bioinformatics
biology
c
charmm
computational-chemistry
computer-graphics
conda
cuda
data-analysis
deep-learning
gcc
genomics
github
gpu
image-processing
library-paths
lmod
machine-learning
mentorship
molecular-dynamics
monte-carlo
neural-networks
physiology
programming
python
research-grants
scratch
slurm
software-installation
tcsh
tensorflow
unix-environment
version-control
vnc
vpn

Affinity Groups

Bridges-2
ACCESS Support
CSSN (Computational Science Support Network)
High Performance Visualization

Funded in part by the National Science Foundation

Copyright © 2025, Northeast Cyberteam • Privacy Policy • Code of Conduct • Connect.CI • Contact Us