INSTAR Lab - Applied Research
RESEARCH PROGRAMS
Applied R&D at the frontier of scientific discovery
HOW WE ADVANCE SCIENCE
INSTAR Lab is an independent 501(c)(3) nonprofit research institute headquartered in Marietta, Ohio. We advance science through the INSTAR Consortium — five specialized partners combining rigorous methodology with applied research across AI, quantum science, energy, health, and the broad sciences.
Research
Principal investigators and postdoctoral fellows conduct applied R&D across AI, quantum, data analytics, health, energy, and the full sciences — advancing knowledge with rigor and real-world relevance.
Learn MoreTransfer
Through STTR partnerships and enterprise engagements, INSTAR Lab moves research from bench to production — bridging the gap between fundamental discovery and deployed technology across multiple sectors.
Learn MoreCollaborate
We partner with universities, government agencies, and enterprises to accelerate discovery through joint research programs, shared methodologies, and the INSTAR Consortium network.
Learn MoreOUR RESEARCH
An independent 501(c)(3) research institute advancing science across AI, health, energy, quantum, HPC, space, and the broad sciences.
Explore our research areas and technical capabilities below.
Annual Research Summit
INSTAR LAB CONSORTIUM 2026
OUR LEADERSHIP
INSTAR Lab is led by experienced scientists, engineers, and researchers whose work spans applied AI, physics, and technology transfer. Our leadership team brings decades of production research, federal R&D, and scientific governance to every program we run.
Suzanne Conejos
AI Lead Scientist · Board Member
Sean Hackney
Board Member · AI Researcher
Dr. Spoogmay Khan
AI Physicist
Maha Khan
Scientist
WHAT PEOPLE SAYS
LATEST FROM LABS
Technical briefs, STTR highlights, and research updates from INSTAR Lab
and the INSTAR Consortium — published as work matures.
Quantum sensing breakthroughs
New approaches to qubit coherence and quantum error correction are enabling practical advances in sensing and computation.
Read More...HPC infrastructure for AI
GPU-accelerated clusters and distributed compute architectures are reshaping how researchers train models and run simulations.
Read More...Clinical AI safety research
Examining how artificial intelligence can improve patient safety, clinical workflows, and healthcare outcomes at national scale.
Read More...OUR PARTNERS