Where Quantum
Meets AI
Nebula Labs is a deep-tech laboratory pushing the boundaries of quantum computing, artificial intelligence, and software engineering. We build the future — one breakthrough at a time.
Our Focus Areas
Deep tech at every layer
From quantum circuits to production software, we operate across the full stack of advanced technology.
Quantum Computing
Exploring quantum algorithms, error correction, and hybrid classical-quantum architectures that solve problems beyond classical limits.
Artificial Intelligence
Building intelligent systems with cutting-edge ML research: large language models, neural architectures, and autonomous agents.
Software Engineering
Crafting robust, scalable systems with modern engineering practices — from distributed backends to reactive frontends.
Research & Development
Publishing original research, collaborating with academic institutions, and transforming theoretical breakthroughs into practical applications.
Who we are
A lab obsessed with hard problems
We are scientists, engineers, and builders. We believe the most important technology of the next decade lives at the intersection of quantum physics, machine intelligence, and rigorous software craft.
Rigor over hype
We prefer mathematical precision to marketing buzzwords. Every claim we make is backed by evidence.
Open research
We publish our findings. Science advances when knowledge is shared, not hoarded.
Long-term thinking
We work on problems that matter in 10 years, not just the next quarter.
Radical collaboration
The best breakthroughs happen at the edges between disciplines. We build bridges.
Built by a multidisciplinary team
Our team brings together mathematicians, doctors and engineers united by a passion for hard problems and elegant solutions.
Knowledge base
Research & Documentation
Our published papers, technical reports, and research notes. Updated as we make progress.
Hybrid Quantum-Classical Optimization for Large-Scale Combinatorial Problems
A. Lovelace, T. Turing, R. Feynman
We present a novel hybrid approach combining variational quantum eigensolvers with classical optimization heuristics, demonstrating a 40× speedup on benchmark instances with 500+ variables.
Emergent Reasoning in Large Language Models: A Mechanistic Study
S. Shannon, N. Wiener
A mechanistic interpretability study examining how chain-of-thought reasoning emerges in transformer architectures and its relation to in-context learning capabilities.
Papers coming soon
We are currently preparing our first publications. Check back soon or subscribe to be notified when new research drops.
FAQ
Frequently asked questions
Can't find what you're looking for? Contact us directly.
Get in touch
Let's build something extraordinary
Whether you have a research idea, a project in mind, or just want to talk about the future of computing — we want to hear from you.
Other ways to reach us
hello@nebulalabs.es
Location
Remote-first · Global
Response
We usually respond within 48 hours.