Biotechnology & Genomics
Engineering living systems to understand, treat, and prevent disease. Our gene-editing and synthetic biology programs are rewriting what's medically possible.
14 Active ProjectsNexora is a global research and development organization advancing the frontiers of science — from molecular biology to quantum materials, clean energy to artificial intelligence.
Our interdisciplinary approach connects breakthroughs across fields — creating compounding scientific progress that no single domain could achieve alone.
Engineering living systems to understand, treat, and prevent disease. Our gene-editing and synthetic biology programs are rewriting what's medically possible.
14 Active ProjectsAdvancing hydrogen fuel cells, next-gen solar photovoltaics, and grid-scale energy storage to power a carbon-neutral civilization.
21 Active ProjectsBuilding interpretable, robust AI systems for scientific discovery — from protein structure prediction to climate modeling at planetary scale.
18 Active ProjectsDiscovering novel compounds, superconductors, and metamaterials using high-throughput synthesis and machine-learning-guided experimentation.
11 Active ProjectsModelling feedback loops, developing carbon capture technologies, and mapping biodiversity at unprecedented resolution to preserve our biosphere.
9 Active ProjectsHarnessing quantum entanglement and superposition for computing, sensing, and secure communication — years ahead of commercial timelines.
7 Active ProjectsInnovation without method is noise. We combine first-principles scientific rigor with the freedom to explore questions others consider too ambitious, too long-term, or too uncertain.
We begin with open-ended curiosity. Researchers from different disciplines converge to generate testable hypotheses, drawing on cross-domain insight and emerging literature.
Controlled experiments and rapid prototyping cycles validate ideas early. Our world-class lab facilities enable high-throughput screening and simulation at scale.
Petabytes of experimental data are processed using custom ML pipelines, helping researchers identify patterns invisible to the human eye and refine models continuously.
Every significant finding undergoes rigorous internal and external review. We commit to publishing results — including negative findings — in open-access journals.
Validated discoveries are advanced through industry partnerships, spin-out ventures, or licensing — ensuring research reaches real-world application at speed.
Our team developed a next-generation CRISPR delivery system using lipid nanoparticles engineered to achieve surgical precision at the genetic level — verified across 4,000+ trial sequences with a 99.97% accuracy rate. This breakthrough is now the foundation of three active therapeutic development programs.
Landmark StudySetting a new world record for photovoltaic conversion efficiency under standard test conditions.
World RecordA 40× improvement over prior records, unlocking practical quantum sensing for medical imaging.
Record-BreakingGreat science is a human endeavor. We invest as heavily in our researchers as we do in our equipment — cultivating environments where unconventional thinking is protected, and failure is treated as data, not defeat.
We pursue 10-year research programs that others won't fund because the payoff isn't immediate.
Chemists, ethicists, engineers, and economists share lab space and publication credits.
We publish all primary findings openly. Scientific progress belongs to humanity, not shareholders.
An independent ethics board reviews all research pathways before and during development.
| Title & Authors | Field | Year | Citations |
|---|---|---|---|
|
Lipid Nanoparticle-Mediated Precision Gene Editing In Vivo
|
Biotechnology | 2025 | 1,204 |
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48% Efficient Perovskite-Silicon Tandem Solar Cells at Scale
|
Clean Energy | 2025 | 874 |
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Sustained Quantum Coherence at 295K Using Diamond NV Centers
|
Quantum Science | 2024 | 622 |
|
AI-Predicted Novel Superconductors Synthesized and Validated
|
Materials Science | 2024 | 511 |
|
Ocean Carbon Sink Dynamics Under 2°C Warming: A Century Model
|
Climate Science | 2024 | 389 |
Whether you're a researcher seeking your next challenge, an institution looking to collaborate, or an organization ready to fund the future — we'd like to talk.