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QATT RESEARCH DISCLOSURE
QHP5000 • PUBLIC ABSTRACT
● ACADEMIC REVIEW ONLY • SEALED PROTOTYPE
● LAB-SCALE PROTOTYPE • UT AUSTIN VALIDATION TRACK
QATT Hydrogen PIN — QHP5000
Solid-state protonic-hydrogen hybrid architecture at lab scale. PCT filed May 2026, seeking university spin-out validation.
PUBLIC ABSTRACT — No detailed stack, patent numbers, or manufacturing data disclosed. Lab-scale prototype only; sealed, uncharged handling for academic review.
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Email — founder@queenantongtran.com
WhatsApp +420 728 237 440, Phone: +1-949-424-7982
INVENTOR • CO-FOUNDER
Queen An Tong Tran
Independent Inventor | TW2 Central Medical Pharmaceutical Inc.
ACCESS PROTOCOL
Confidential materials are available through an invite-only review path. Background check and CDA are required for university faculty review; no sensitive IP is disclosed on this public page.
TIER
Public Abstract
STAGE
Lab-Scale
ACCESS
Gated
BACKGROUND OF THE INVENTOR
Queen An Tong Tran
Independent Inventor | Founder, TW2 Central Medical Pharmaceutical Inc.
● 25 Years Legal M&A
● 17 Years Pharma R&D & IP
● 10 Years Architecture & High-Tech Design
PATENT STATUS • VERIFIED
10 Patents Granted and Pending #76543054, #76549591, etc…
● Lab-scale prototype only • no manufacturing data disclosed on public site
EXPORT COMPLIANCE NOTICE — HIGHLIGHTED
All listed patents are non-ITAR/non-EAR. USPTO granted Foreign License on all cases. Remote collaboration is possible without export restrictions.
● HUMANITARIAN INNOVATION PORTFOLIO
My Research — Humanitarian Mission
Focused on scalable, life-saving technologies for disaster relief, clean energy access, worker safety, and precision medicine.
01 • DISASTER RELIEF
Amphibious Terra Sea
Cứu nạn khi lũ lụt, sóng thần. Cho người nghèo vùng biển.
02 • EMERGENCY TECH
Pod Rescue Apps
Cứu người kẹt trong thảm họa.
03 • CLEAN ENERGY
Hydrogen PIN To-Go
Năng lượng sạch cho 3 tỷ người không có điện.
MISSION
Technology for humanity — energy, rescue, and health for 3 billion underserved.
SECTION II
BACKGROUND OF THE INVENTION
Conventional lithium-ion batteries suffer from limitations associated with thermal runaway, electrolyte degradation, limited cycle life, and safety hazards during high-current charging operations. Existing portable energy systems additionally encounter restrictions in volumetric energy density and charging efficiency.
Hydrogen-based energy storage systems have demonstrated significant theoretical energy density advantages; however, practical implementation in compact consumer electronics has historically been constrained by pressure management, storage stability, and miniaturization challenges.
GAS FREE
No pressurized gas chamber
LIQUID FREE
Solid-state energy architecture
NON-BULGING
Non-tearing cell structure
THERMAL-ADAPTIVE
Adaptive insulation technology
QATT HYDROGEN PIN TO-GO — INTERNAL POWER MODULE ILLUSTRATION
This type of fuel cell is non-bulging, non-tearing, and adapts to temperature-dependent expansion with a new insulation technology.
STATEMENT OF NEED
There exists a need for a compact, solid-state hydrogen hybrid battery capable of:
1/ Increasing energy density;
2/ Reducing thermal runaway risks;
3/ Enabling rapid charging;
4/ Improving operational lifespan;
5/ Maintaining compatibility with existing electronic device dimensions; and
6/ Providing intelligent battery management and predictive safety monitoring.
The present invention addresses these limitations through a multi-layer hybrid hydrogen-solid state architecture.
COPYRIGHT:2026 QATT-QUEEN AN TONG TRAN
This landing page contains no sensitive IP. Detailed compositions, blueprints, and PCT receipt are available only via confidential academic review.