What we do

SpaceQuanta is an R&D lab. We take on problems that require scientific rigor and first-principles thinking, investigate them properly, and develop solutions. Every project is handled directly by PhD physicists.

We are most useful when a problem is open-ended — when it isn't clear in advance what the answer is, and you need someone who can model it, test it, and reason it through rather than apply an off-the-shelf method.

R&D Capabilities

Mathematical Modeling & Simulation We build mathematical models of complex systems and implement them in Python: dynamical and nonlinear systems, stochastic processes, signal and data analysis, and numerical simulation. We turn a messy real-world problem into a model you can test and act on.

Quantum Computing R&D Feasibility studies, algorithm prototyping, and proof-of-concept development in quantum computing using Qiskit — including an honest assessment of where quantum methods offer real advantage and where they do not.

Physics-Based Analysis & Prototyping Applying physics — mechanics, electromagnetism, thermodynamics, optics — to applied and engineering problems: identifying failure modes, analyzing device behavior, and developing and testing prototypes.

Algorithm & Computational Method Development Developing custom algorithms and computational methods for problems that don't have a standard library solution, grounded in mathematical and physical principles.

Research & Technical Investigation Literature and prior-art investigation, technical feasibility reports, and patent landscape analysis for deep-tech problems — prepared by a WIPO-certified researcher with an extensive publication record.

Scientific Writing & Documentation Turning research and technical work into rigorous written output: papers, technical reports, proposals, and documentation.

Have a problem that needs investigation? [Tell us about it →]. We'll discuss scope openly and tell you honestly whether we're the right team before any commitment.

How We Work

Most projects begin with a conversation about your problem and what a useful result would look like. We then propose a scope — exploratory study, model, prototype, or report — with clear deliverables. We take on work where genuine scientific depth makes a difference, and we say so plainly when a problem isn't a fit for us.

Our Research

Our independent research bridges loop quantum gravity, quantum information theory, and cosmology — including group field theory and spin-network approaches, conformal cyclic cosmology, open quantum systems, and nonlinear dynamics. This is the foundation the lab's applied work draws on.

How We Structure Projects

Phase 1: Assessment. We talk about your problem, your constraints, and what success looks like. We propose a scope and approach.

Phase 2: Investigation. We conduct literature review, build models, run simulations, and test approaches as needed.

Phase 3: Results & Iteration. We share interim results, refine based on feedback, and adjust direction if needed.

Phase 4: Delivery. We document findings, hand over code or analysis, and provide guidance for next steps.

Most projects span 2–12 weeks, depending on complexity. We work iteratively and keep communication open throughout.

When to Contact Us

You have a problem that feels open-ended. You're not sure how to approach it or what the answer will be.

You need first-principles analysis. Off-the-shelf tools or consulting won't cut it.

You want someone who understands the physics. Generic problem-solvers miss domain-specific insights.

You value honesty over hype. You want to know what's feasible and what isn't.

When We're Probably Not the Right Fit

You need commodity services. If your problem has a standard, off-the-shelf solution, you'll save money using specialized service providers.

You need rapid prototyping of simple software. We're not a software agency. We do custom development where the science matters.

You need project management at scale. We're a small lab, not a 50-person firm.

You're in a domain we don't touch. We focus on physics, mathematics, quantum systems, and nonlinear dynamics. We're not generalists.

Recent Publications 

See our complete publication list on Latest Work  page, organized by year and type.