Research Services | Michigan State University

Research Services

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Research Highlights

MSU researchers from diverse disciplines use ICER’s services to accomplish amazing things. Our systems enable larger, broader, and more complex computations than ever before. Work that could have taken years now can be done in hours.

How your mental timeline guides memory formation and recall

Renaissance Scientists in the Mendoza Lab Tackle Climate Change

Decoding Disinformation: Agent-Based Modeling with David Butts

ICER Student Highlights Nupur Bansal

Automatic Face Recognition

Addressing Security Vulnerabilities in Smart Homes

Learning to Think in Parallel: From Fieldwork to High-Performance Computing

ICER Student Highlights Sina Jahangiri

Atomic Structure of Complex Nanoparticles

Putting Together the Puzzle of Topological Data Analysis

Ripples in Space Reveal Information About Distant Explosions

ICER Student Highlights Tayeb Kakeshpour

ICER student highlights Matthew Moreno

ICER Student Highlights Jennifer Ranta

ICER Student Highlights Kwang Jin Kim

ICER Student Highlights Jessie Micallef

ICER Student Highlights Laura Twardochleb

ICER Student Highlights Kayla Johnson

ICER Student Highlights Jake Reske

ICER Student Highlights Aseel Bala

ICER Student Highlights: Carl Fields

ICER student highlights Ben Mansfeld

ICER Student Highlights David Butts

ICER Student Highlights Biyi Fang and Yuan Liang

ICER Student Highlights Emily Dolson

ICER Student Highlights Taylor Dunivin

ICER Student Highlight Xavier Brumwell

Biologically Inspired Artificial Immune Systems for Computers

ICER Student Highlights Alec Steep

Faster Distributed Machine Learning for Free

ICER Student Highlights Anna Yannakopoulos

The Origin of Electric Organs Jason Gallant

Understanding Expertise in Physics

The Paradox of Segregation and Cohesion

Understanding Plastic Deformation in Polycrystalline Metallic Materials

The Study of Evolution in Artificial Organisms

Understanding Protein Interactions to develop COVID 19 Treatments

Simulating Oxygenated Molecule Properties for Improved Biofuel Production

Supernova Explosions Wolfgang Bauer

Simulations of Galaxy Formations and Evolution Brian OShea

Swelling of the Human Airway Gou and Pence

Studying the Evolution of Higher Intelligence on MSUs Supercomputer Chris Adami

The Language of a Genome Decoded through High Performance Computing

Photonic Devices for Sensing and Communication Adam Mock

Proteins and Enzymes Research Robert Cukier

ICER student highlights Zhouyou Fan

Re-engineering software to enhance performance on HPC systems

Quantitative Fisheries Center

Regional Climate Modeling Nathan Moore

Modeling and Simulating Plasma

MSU Researchers Push Frontier in Precision Calculations

Modeling Climate Change in the Amazon and in Africa

Nonradiative Recombination

MSU IceCube Neutrino Observatory Group Tyce DeYoung

Nuclear Pasta Reveals the Mystery Inside Neutron Stars

Investigating HIV at the molecular level

Leveraging the resilience of microbial communities to support stable ecosystems

Investigating Mareks Disease Hans H Cheng

Machine Learning Human Rights and Wrongs

Large Scale Simulation of Water and Contaminants in the Great Lakes

Metagenomics of Soil Bacteria

Introducing the Bioinformatics Core

Identifying Bacteria in Biological Samples by their Genomes

Improving Engine Performance through Fluid Dynamics and Biofuels

ICER Research Highlights Zhuoqin Yu

Identifying small molecule drugs to modulate the biological processes

ICER Research Highlights Receives Two Silver Telly Awards

Enhancing motor learning through VR and robot technology

Faster Distributed Machine Learning for Free

Exploring Complex Chemistry and Nuclear Physics with Quantum Mechanics

Genome Wide Association Analyses

Faster than Atoms Using Ultrafast Lasers to Catch Cancer

Gravitational Lensing

Carl Fields Tackles the Largest Questions of Our Universe

Connecting Chemistry and Mechanics via Multiscale Simulation Methods Yue Qi

Combining the Best of Blockchain and Cloud Computing

Designing drugs at the atomic scale with computer simulation