2025
Entries
Breakthrough Propulsion Program -Asymmetrical thrust demonstrated
NASA seeks to find an inertia style thruster (Breakthrough Propulsion Program BPP, 1996 – 2002). The proof of concept in the attached drawings depicts a simple mechanism, self contained, that produces an asymmetrical thrust that results in a velocity of 30 ft/sec (about 24 mph) in this example.
We are on a mission to transform the way people move by leading the change in the electric mobility revolution. Our vision goes beyond just creating electric vehicles; we aim to shape a greener, cleaner, and more efficient future for our cities and communities.
The Negative Embodied Carbon Autonomous Unmanned Surface Vehicle (NEC-USV) is a pioneering maritime platform designed to achieve a net-negative carbon footprint while delivering advanced capabilities for maritime security and environmental monitoring. Constructed with carbon fiber derived from captured and recycled CO2 and powered by synthetic e-fuel combustion,
The HWDS is an innovative, autonomous ground-based (and future airborne) system designed to assist aircraft during emergency landings caused by landing gear failure. This mobile unit features a hydraulic wheel platform equipped with advanced cushioning—combining inflatable airbag-like structures and non-Newtonian materials—for shock absorption upon contact. Integrated robotic arms securely attach to the fuselage or gear assembly,
From the biology literature review a number of biological principles for how animals self-organize, communicate, and signal in the context of collision avoidance for group navigation became apparent. From this two main principles of biologically inspired connectivity – aposematism and bargaining – have been identified (West, Griffin et al.
This proposal outlines a novel quantum-inspired AI chip architecture for implementing SGS.ai systems in hardware. The design leverages concepts from quantum mechanics (particularly entanglement and superposition) to create a stochastic, energy-efficient computing paradigm that bridges classical AI with quantum-inspired relational processing.
At its core,
NanoTrap™ is a deployable, airborne particulate-binding agent designed to improve sensor accuracy in Industrial Internet of Things (IIoT) environments. Unlike traditional filtration or ventilation systems, NanoTrap™ does not require power, fans, filters, or structural integration. It is applied as a fine mist directly into the surrounding air,
Purpose of the headwear:
The collapsible protective headwear is comprised of helmet, earmuffs, eyewear, and facemask components designed to provide protection from head impacts, loud noises, and shield the eyes, nose and mouth from particulates when deployed.
This is a fast manufacturing process, an alternative to 3-D printing, for making thin panel parts (perhaps replacements for damaged International Space Station panels, astronaut-suit panels, etc.) by spraying together two laminar-flow (clear liquid sheets without air bubbles) epoxy hardener and resin.
Two computer-controlled pliable nozzles are used, one each for epoxy resin, and hardener.
Product Concept/Innovation: Video camera is incorporated inside microwave oven to provide high-definition view/monitoring/control of food being cooked/heated. Viewing screen and touch screen microwave are married to provide both internal HD viewing and microwave functional control.
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