The Super Research Alliance is a global, cross-domain community connecting computational biologists, materials scientists, quantitative engineers, and R&D leaders overcoming large-scale compute bottlenecks.
Connecting Multi-Disciplinary Minds to Next-Generation Hybrid Computing
Super Research Alliance
Collaborate. Benchmark. Accelerate Discovery.
Free to join. Applications for the 100-member Founding Fellows Program are reviewed on a rolling basis.
Why Super Research Alliance
Most quantum communities force you to learn low-level coding or quantum physics just to run a simulation.
The Super Research Alliance is built differently: we are problem-first, not physics-first.
Bring your hardest research bottlenecks in your standard scientific terms, collaborate with peers across disciplines, and execute your work on next-generation hybrid supercomputers.
Academic Labs,
PIs & Researchers
Postdocs & PhD Candidates
Enterprise R&D
Leaders & Corporate Labs
Computational & Domain Researchers
WHO IS THIS FOR
RESEARCH ACROSS DOMAINS
Life Sciences & Drug Discovery
Protein folding, molecular dynamics, genomics pipelines, clinical trial simulations.
Materials Science & Energy
Battery chemistry, polymer dynamics, catalyst discovery, solid-state physics.
Financial Modeling & Risk
Portfolio optimization, multi-variable risk modeling, Monte Carlo acceleration.
Industrial Operations & Logistics
Global supply chain routing, network design, manufacturing process simulation.
Climate, Aerospace & Complex Systems
Atmospheric modeling, aerospace design, graph analytics, and other compute-intensive disciplines.
| Monthly "Bring Your Problem" Sessions
Present a real computational bottleneck from your research. Our team translates and executes selected challenges live on high-performance hybrid infrastructure, walking away with benchmarks rather than theory.
| Distinguished Speaker Series & Masterclasses
Monthly educational briefings and fireside chats featuring national lab directors, enterprise R&D leads, and computational faculty. Learn how HPC, AI, and hybrid platforms are evolving, how to reframe domain problems, and how to scale lab workflows.
| Peer Networking & Working Groups
Connect directly with cross-domain peers to exchange methodologies, troubleshoot code, find grant partners, and co-author research across specialized tracks.
| Lightning Talks
10-to-15 minute rapid presentations by PhD candidates, postdocs, and R&D leads. Build your research profile across a multi-disciplinary audience.
| Open-Access Benchmarks
Published case studies, reproducible code notebooks, and comparative performance logs showing real data on hybrid quantum-supercomputing performance versus classical compute.
HOW THE COMMUNITY COLLABORATES
THE FOUNDING FELLOWS PROGRAM
We are accepting the first 100 verified alliance members as part of the inaugural Founding Fellows Program.
Priority problem resolution
Fellow-submitted compute bottlenecks are prioritized for live execution during monthly community sessions.
Super Platform Compute Allocations
Select research projects maybe awarded dedicated compute allocations on the Super Platform
Co-Authorship Opportunities
Option to co-author open benchmark papers and methodology whitepapers with full citation attribution
Grant facilitation support
Pre-written integration boilerplate for NSF, NIH, NSERC, or Horizon Europe proposals to help fund ongoing compute resources
Founding Fellow credential
Official designation and badge for your CV, institutional profile, and tenure portfolio
General community membership, masterclasses, webinars, and open benchmark access remain 100% free indefinitely.
FREQUENTLY ASKED QUESTIONS
No! The alliance is built for computational biologists, chemists, financial engineers, materials scientists, and any researcher facing classical HPC walls. We are problem-first: you do not need quantum physics expertise
No. You bring your computational bottlenecks using the standard scientific equations, algorithms, and data models you already use every day. The translation to hybrid supercomputing infrastructure is handled for you, so you can focus entirely on discovery without learning low-level quantum coding.
You retain complete ownership and control over your research and data. SuperQ never trains AI models on your proprietary code, equations, or datasets. Furthermore, you choose exactly what data you upload or bring to the community. For public live sessions and open benchmarks, researchers can use synthetic proxy data or open-source datasets to collaborate safely without exposing proprietary IP.
Live monthly sessions and selected research models are executed directly on the Super Platform, our hybrid quantum-supercomputing engine. Select research projects are awarded dedicated compute allocations on the Super Platform for model execution and open benchmark publishing.
General community participation, webinars, masterclasses, and open benchmark access are always 100% free. For labs requiring ongoing dedicated high-performance compute allocations on the Super Platform, Founding Fellows lock in discounted founding rates.