IP Portfolio

Aethel-Q Innovations converges quantum physics and AI to engineer the future of health. Our portfolio spans quantum-locked oncology therapeutics (Piezomics), non-invasive biometric wearables (Sentinel-Q), and proprietary peptide shuttles (HOBP-1/BBB) for metabolic and neurological reversal. Supported by IQ-ESA quantum energy and high-efficiency solar layers, we bridge subatomic theory with clinical reality

Sentinel Quantum Ring (Wearable Tech)

A medical-grade, anatomically optimized wearable leveraging quantum sensors and AI to provide continuous, non-invasive monitoring of critical metabolic biomarkers with clinical-level precision

Quantum Piezomics (Oncology)

An innovative therapeutic platform utilizing quantum-locked nanoparticles to mechanically disrupt the tumor microenvironment, effectively dismantling the protective stroma that shields cancer cells from conventional treatments

Quantum-Managed Battery Systems for Next-Gen Implantable Devices

A high-density quantum-managed battery system designed to provide ultra-stable, long-lifecycle energy storage for the next generation of deep-tissue implantable medical electronics and autonomous sensors.

Multi-Domain Fusion Peptides for Transmucosal Metabolic Intervention

A proprietary in-silico engineered fusion peptide designed for non-invasive, transmucosal delivery of therapeutic payloads specifically targeting the reversal of metabolic disorders and fatty liver disease.

Quantum-Validated Peptide Carriers for Blood-Brain Barrier Penetration

A specialized molecular transport system engineered to bypass the Blood-Brain Barrier (BBB), enabling the targeted delivery of complex therapeutics into the central nervous system for the treatment of neurodegenerative pathologies

QuantumBoost Retrofit Film

Our advanced solar enhancement system introduces a multi-layer functional coating designed to upgrade existing photovoltaic panels without replacing the infrastructure. By improving light capture, reducing heat losses, and incorporating self-cleaning properties, the technology aims to increase overall solar energy output by up to 30%. This approach offers a cost-effective pathway for improving solar performance while lowering maintenance requirements.