FRONTIER R&D • ORBITSET LABS

Applied Deep-Tech Research & Advanced Physics

The experimental research layer of ORBITSET exploring unconstrained physics, novel computing paradigms, quantum positioning, and future orbital autonomy.

Active Laboratory Research Tracks

Target hypotheses and empirical verification milestones.

Open for Academic Co-Investigation

Quantum PhysicsSTATUS: RESEARCH

Quantum Cold-Atom Optical Clock for Relativistic PNT

Research Hypothesis

Micro-cavity laser cooled Rubidium atom spectroscopy can maintain picosecond-level time stability in microgravity without GNSS synchronization.

Validation Milestones

▸Vacuum chamber miniaturization (< 2L volume)
▸Laser Doppler cooling stabilization
▸Relativistic gravitational time dilation simulation

Group: Quantum Systems Group

Advanced ComputingSTATUS: EXPLORING

Neuromorphic Event-Camera Processing Under Cosmic Flux

Research Hypothesis

Asynchronous spiking neural networks (SNN) exhibit 10x higher resilience against cosmic ray Single-Event Upsets (SEU) compared to synchronous von Neumann logic.

Validation Milestones

▸SNN mathematical formalization in PyTorch
▸Event-based optical star tracker prototype
▸Cobalt-60 gamma radiation chamber testing

Group: Silicon Physics Division

Materials ScienceSTATUS: PROTOTYPE

Graphene-Carbon Nanotube Electromagnetic Radiation Shielding

Research Hypothesis

Intercalated graphene-polymer composite skins provide equivalent Galactic Cosmic Ray (GCR) shielding at 40% the mass of traditional aluminum-beryllium enclosures.

Validation Milestones

▸Multi-layer thermal-vacuum bakeout
▸Tensile yield strength testing (> 650 MPa)
▸Proton beam attenuation benchmarking

Group: Materials Engineering Lab

Distributed SystemsSTATUS: FUTURE

Decentralized Consensus for Distributed Satellite Swarms

Research Hypothesis

Zero-knowledge cryptographic consensus enables decentralized peer-to-peer task bidding across 50+ orbiting micro-satellites under intermittent optical cross-links.

Validation Milestones

▸Byzantine fault tolerance proofs for orbital graphs
▸Software-in-the-loop NS-3 simulation
▸Hardware bench test on 10 STM32 nodes

Group: Autonomous Systems Group

Labs Testbed Prototypes

Physical test setups and simulation software models.

Explore Projects

LabsResearch

CHRONOS Relativistic Timekeeping & PNT Research

Cold-atom optical clock references for GPS-denied deep-space positioning and navigation.

Frequency Stability

1e-15 @ 10,000 seconds (Target)

SWaP Constraint

< 2.5U Volume, < 15W Power Target

LabVIEWVerilog / FPGAPython+1

Fundamental Laboratory Research (2025–2028)

ORBITSET RESEARCH FELLOWSHIPS: We support PhD and post-doctoral researchers in computational astrophysics, neuromorphic silicon, and aerospace autonomy.

Propose Research Paper

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