2025
Entries
Mosquito-borne diseases devastate communities worldwide, infecting hundreds of millions and causing over 700,000 deaths each year. In many resource-limited regions, affordable, scalable mosquito control is unavailable. Existing solutions are costly, require maintenance or electricity, and cannot be deployed at sufficient scale, leaving lives at risk.
This invention introduces Time-resolved Hyperspectral Imaging Spectroscopy (THIS), a novel spectroscopic technique for the life sciences.
It can find potential applications in diverse fields,
We create innovative, inclusive, and practical bicycle designs, available as "Open Source" to be freely used, adapted, and manufactured worldwide. From compact tandems to cargo and full-body workout bikes, Roden addresses real mobility needs with low-tech, scalable solutions.
Transportation vehicles of all kinds can have all electric drive trains before sufficient electricity production and distribution grids can be brought online by using FSHEV (Full Series Hybrid Electric Vehicles).
These vehicles will have a Droplet Rotary Internal Combustion Engine (DRICE) driving an Electric Motor/Generator that charges the batteries while an all electric drive train moves the vehicle.
NeuroSapien: AI-Powered Nanopatch for Early Stroke and Neurodegenerative Detection
Stroke and neurodegenerative diseases such as Alzheimer’s, Parkinson’s, and multiple sclerosis are among the most devastating medical conditions globally, leading to millions of deaths and long-term disabilities each year. Early detection is the key to better outcomes, but current diagnostic tools are either prohibitively expensive (MRI, PET scans),
Our initiative, the Thermoelectric-Based (Vaccine) Storage System, aims to deliver a dependable and portable solution for preserving the ideal storage temperature necessary for vaccines through the use of a Peltier module, an Arduino microcontroller, and a rechargeable battery.
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.
When medical prescriptions are written in difficult-to-read handwriting patients face greater danger of medication errors alongside interrupted healthcare operations and compromised safety. An OCR-NLP-based approach within our project serves to both accurately interpret and validate handwritten medical prescriptions precisely.
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