Eidos Research is an open, non-profit laboratory investigating quantum mechanics, computer algorithms, astrophysics, biology, and beyond — partnering with global agencies to push the limits of what humanity knows.
Most labs specialize. Eidos does not. We believe the hardest questions — about the nature of reality, the logic of life, the architecture of the cosmos — don’t respect disciplinary lines. So we don’t either.
From quantum particle behavior to the algorithms that model ecosystems, from astrophysics collaborations with space agencies to computational frameworks for genomics — Eidos is built to go wherever the question leads.
Every discovery, dataset, and model we produce is published openly. Fundamental science belongs to everyone.
From the subatomic to the cosmic, from the mathematical to the biological — Eidos pursues knowledge without borders.
Probing entanglement, superposition, and quantum measurement to understand the deepest layer of physical reality.
Building algorithms for large-scale simulations, AI models, and computational frameworks that power every other discipline we work in.
Modelling stellar phenomena, cosmic structures, and orbital mechanics — in collaboration with space research agencies worldwide.
Studying life as a computational and physical system — from genetic code and neural networks to ecosystem dynamics and evolutionary algorithms.
Developing the equations that don’t exist yet — n-dimensional topology, abstract algebra, and the mathematical language all science needs to go further.
Translating fundamental research into practical instruments, programs, and tools that serve global institutions and accelerate real-world science.
Each Eidos project is an independent initiative with its own focus, subdomain, and open publication record.
Simulara builds open computational models of every observable phenomenon — from quantum particle behavior to migratory bird navigation, from human decision-making to ecosystem evolution.
A formal mathematics engine for exploring n-dimensional geometry, abstract algebra, and the mathematical foundations of physics.
A collaborative astrophysics platform for space agency data analysis, orbital mechanics modelling, and deep-space signal research.
We’re actively seeking collaboration with organisations advancing science at scale.
Reach out →All code, datasets, simulations, and findings are released under a permissive open licence.
Every claim ships with the code and data to reproduce it.
Research direction is shaped in the open by contributors, reviewers, and an ethics council.
Where our work can serve existing institutions, we actively seek to contribute — not compete.
Research that surfaces methods with potential for serious harm enters a controlled-disclosure process.
Whether you’re a researcher, an agency representative, a student, or someone who believes science should be open — we want to hear from you.