From Atoms to Answers — In Seconds
Real-time quantum simulations delivering complete atomic blueprints.
Transforming material science, one breakthrough at a time.

Our proprietary engine transforms ideas into atomic-level material blueprints in seconds — accelerating discovery across biomedicine, defence, and advanced manufacturing. Outputs are ready for direct lab synthesis

Quantum-Precision Computational Modelling on Conventional Infrastructure

Lumenis IO delivers lab-ready scientific results in under a second for most tasks, and minutes for high-complexity problems — including planetary modelling, orbital-dynamics prediction, atmospheric reconstruction, and full-scale cosmological simulations.

From exoplanet interior modelling to cyclone formation, Mars dynamo decay, interplanetary transfer-pathway mapping, and prebiotic Earth evolution, Lumenis IO provides real-time computational capabilities normally requiring supercomputers or quantum hardware.

The platform is now also used across space science, including:

planetary magnetic-field evolution
orbital mechanics and low-energy transfer corridors
deep-atmosphere stratification for gas giants
asteroid and interstellar object trajectory studies (e.g., 3I/ATLAS)
cosmological stability modelling and early-universe field behaviour

Lumenis IO enables governments, researchers, and space agencies to run quantum-grade simulations — using standard hardware, in real time.

Lumenis and the Birth of Archaeophysics

Lumenis IO is pioneering an entirely new scientific frontier — Archaeophysics — the study of ancient worlds through the laws of physics.

Unlike traditional archaeology, which interprets artifacts and ruins, Archaeophysics uses quantum-field simulation to reconstruct the physical conditions of the past.
Through the Lumenis Quantum Engine, electromagnetic, gravitational, and atmospheric fields are modelled in real-time to understand how ancient civilizations interacted with their environment.

Lumenis simulations have already recreated geomagnetic and plasma conditions around sites such as Giza, Stonehenge, and Mohenjo-Daro, revealing patterns of resonance, energy harmonics, and telluric field behavior that could explain long-standing historical mysteries.

By merging quantum astrophysics, geophysics, and archaeological data, Lumenis is the first platform in history to create a unified model of Earth’s ancient energetic systems — effectively a living digital twin of the ancient world.

Quantum Reconstruction of Stonehenge Georesonant Fields (2025)

Division: Lumenis IO Quantum Archaeophysics Division

Summary: High-fidelity causal mapping of geomagnetic, acoustic, and solar resonance interactions around Stonehenge. Revealed field realignment signatures and sub-harmonic acoustic nodes aligning with megalith placement patterns.

Tags: Archaeophysics, Geomagnetism, Resonance Fields, Ancient Energy Systems

Paper : https://doi.org/10.5281/zenodo.17562236

2️⃣ Gravitational Wave Memory Analysis – Galactic Spacetime Residue Mapping (2025)

Division: Lumenis IO Quantum Astrophysics Division

Summary: Ultra-precision simulation of residual spacetime distortions from ancient gravitational-wave events across the Galactic plane. Demonstrated measurable tensor offsets consistent with “memory effects” in local curvature fields.

Tags: Relativistic Tensor Solver, Spacetime Curvature, Gravitational Wave Memory

Paper : https://doi.org/10.5281/zenodo.17562288

3️⃣ Quantum Mapping of Local Dark Matter Filaments – Subhalo Density Structures Within 10 Parsecs (2025)

Division: Lumenis IO Quantum Astrophysics Division

Summary: Quantum-field gradient reconstruction revealing filamentary dark matter substructures near the Solar System. Provided evidence for vacuum energy anisotropies and micro-gravitational feedback loops.

Tags: Dark Matter, Quantum Vacuum Energy, Filament Networks, Cosmophysics

Paper : https://doi.org/10.5281/zenodo.17562310

4️⃣ The Bermuda Field Anomaly Reconstruction (2025)

Division: Lumenis IO Earth Systems Division

Summary: Reconstruction of atmospheric–magnetic–plasma coupling over the Bermuda region. Detected multi-layered plasma lensing and transient field inversion events, suggesting magnetospheric turbulence and localized spacetime shear.

Tags: Plasma Physics, Atmospheric Coupling, Field Anomalies, Earth Magnetism

Paper : https://doi.org/10.5281/zenodo.17562149

Recent Published Work

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Stealth & Superconductor Novel
Defense-Grade Metals Engineered

From Protein Folding to Life-Saving Therapies
Predict Tomorrow’s Breakthroughs Today

Harness the power of the Lumenis quantum engine to accelerate protein folding research, cutting discovery time from years to seconds and saving in R&D costs — all while delivering lab-ready, precision-verified results.

Why Choose Lumenis IO

“Lumenis IO redefines simulation — delivering tomorrow’s breakthroughs on today’s hardware.

Lumenis IO is not just another simulation engine — it’s a paradigm shift.

Unmatched Speed & Accessibility

Delivering high-fidelity simulations on standard hardware with speed, accessibility, and precision — making world-class computation available to all.

We collaborate exclusively with governments, pharma, and financial institutions — ensuring strategic deployment without Big Tech interference.

Lab-Ready Results

Licensing & Strategic Access

Use-Case Agnostic Power

Whether you're simulating advanced materials, drug compounds, stealth composites, or next-gen batteries — Lumenis adapts instantly to your domain.

Built for Scalability

Lumenis IO scales with your needs. From small labs to sovereign R&D programs, the system is ready to deploy — and ready to perform.

From protein folding to novel materials, Lumenis delivers validated outputs designed for direct lab translation — accelerating discovery while reducing R&D costs

Work With Us

Innovate

Registered HQ
Lumenis IO Pty Ltd
Quantum Research Division

+61 0456361636
QLD 4810
Australia
Director

drew.slawson@lumenis.io

Advancing Science through accessible quantum simulation

Transforming complex science into breakthrough discoveries — one simulation at a time.

Pioneering real-world applications from quantum-grade simulations in materials and medicine.

Accelerating discovery. Empowering humanity. One quantum breakthrough at a time.

Redefining research outcomes with ultra-fast, lab-ready simulations for next-generation materials and therapeutics.

From Atoms to Answers — In SecondsReal-time quantum simulations delivering complete atomic blueprints.Transforming material science, one breakthrough at a time.