Entries
I have successfully used a next-generation dielectric compound for coaxial cable that utilizes a polyolefin dielectric material with a dielectric constant comparable to Teflon but is entirely PFAS-free. In addition this compound has the lowest specific gravity of any solid thermoplastic polymer.
This innovation is particularly beneficial in deep-water environments. In these challenging applications,
A modular genomic engineering device designed to repair, replicate, and reintroduce complex lifeforms across the biological spectrum. Created as a conservation tool and a regenerative medical platform, representing a convergence of synthetic biology, AI assisted gene editing, recombination and interspecies ecological logic.
Unlike single-purpose laboratory instruments,
Urban transportation faces mounting challenges: congestion, pollution, risinging frastructure costs, and growing population densities.
In response, we introduce the Modular AI-Powered Electric Urban Transport Pod System: a next-generation solution designed to revolutionize how people move within cities.
These fully electric, autonomous pods are lightweight,
Key Features and Innovations
1. Micro-Satellite Design
Each unit in the swarm is a 3UCubeSat-class atmospheric satellite (~30x10x10 cm), optimized for suborbital, high-altitude flight. Key features include:
Ion propulsion thrusters for station-keeping and dynamic formation flying
High-efficiency flexible solar panels for power generation
Woodly is an innovative new thermoplastic coming from Finland to replace fossil-based plastic.
Woody features are:
Made from Wood
Bio-based content certified (TUV Austria certification 40% - 60%)
Carbon Neutral Plastic (for every 1kg of Woodly produced, it has -0.8kgCO2eq KG footprint, the Life Cycle Analysis conducted by 3rd party,
This entry introduces a NASA-award-winning cryogenic recuperator designed for advanced space-based thermal systems. This design was awarded 1st Place in NASA’s Cryogenic Recuperator Design Challenge on GrabCAD. Official results: , selected from over 100 global submissions and evaluated by a panel of NASA engineers and subject-matter experts.
At its core,
1) The on research and experimental device has special cabin 1 so that the weight of the passengers is transmitted by a series of interconnected double cone wheels units sliding on a series of interconnected v shaped tracts with freedom of side to side movement and tends to be supported by a rigid tube at right angle to the
Application of artificial intelligence in identifying pigmented skin diseases. DermaMarker – system for analysis and early detection of skin tumors.
The scientific novelty of DermaMarker lies in the fact that we have created a DermaMarker platform that scans pigmented skin abnormalities on the body and analyzes their danger using a neural network.
With increasing awareness of mental health problems, speech impediments, and disabilities like Autism Spectrum Disorder (ASD), many may get tested. Still, they may not have the financial means to afford assistive technology.
Augmentative and Alternative Communication (AAC) devices, such as speech-generating devices, can be out of reach for many. Although they want to give such devices a try,
This innovative project aims at the development of a Drone-Based Environmental Monitoring and Disaster Management System. This system aims to leverage advanced drone technology for real-time environmental monitoring, natural disaster assessment, and emergency response coordination in support of local Institutions.
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