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- Vortex-Mitigating Flow Control Structure
A novel passive flow-control technology reduces vortex shedding in hydraulic and aerodynamic systems through an integrated network of tortuous internal channels that disrupt vortex formation without requiring external energy. Applicable to turbines, pumps, propellers, marine systems, and industrial machinery, the solution can reduce drag, vibration, noise, and energy losses while remaining lightweight, robust, and compatible with additive manufacturing.
- Solar Thermophotovoltaic Device
This advanced solar thermophotovoltaic (STPV) technology is designed to exceed the efficiency limits of conventional silicon solar cells by converting concentrated sunlight into optimized thermal radiation for electricity generation. Featuring an innovative microchannel-based heat management system, the solution offers improved energy conversion efficiency, compatibility with existing PV technologies, and scalable applications ranging from utility-scale solar power and industrial heat recovery to off-grid and space-based energy systems.
- Compliant Morphing Robot for multi-modal locomotion
GOAT (Good Over All Terrains) is a bio-inspired, shape-shifting robot that can seamlessly transition between driving, rolling, swimming, and squeezing through confined spaces, enabling efficient operation across diverse and challenging environments. By combining active morphological reconfiguration with passive mechanical adaptability, the technology offers robust, energy-efficient mobility for applications such as search and rescue, environmental monitoring, infrastructure inspection, and planetary exploration.
- Fluid-Based Thermo-Optic Effect- Manipulatable Optical Waveguide
This innovative optical fiber sensing technology enables intrinsically temperature-independent strain measurement through a passive compensation mechanism that eliminates the need for complex calibration algorithms or additional sensing systems. By using gas-filled photonic crystal fibers to counteract thermal drift, the solution offers a low-cost, highly stable platform for applications in structural health monitoring, telecommunications, precision timing, fiber lasers, and integrated photonics.
- Biomarkers for early detection of a GVHD disease
This diagnostic technology enables the early prediction of acute graft-versus-host disease (aGVHD) in patients undergoing allogeneic hematopoietic stem cell transplantation by monitoring specific immune-cell biomarkers in blood samples before clinical symptoms appear. The approach supports proactive risk stratification, personalized treatment decisions, and longitudinal immune monitoring, with potential applications in clinical diagnostics, cell therapy quality control, and companion diagnostics for targeted therapies.
- Products and methods for promoting myogenesis
This biotechnology innovation leverages the long non-coding RNA Cytor to promote skeletal muscle growth, regeneration, and functional performance by enhancing the formation of fast-twitch muscle fibers. With demonstrated potential to improve muscle strength and counteract age-related muscle decline, the technology offers promising applications in treating sarcopenia, muscle-wasting diseases, neuromuscular disorders, and recovery following injury or surgery.
- Solid-State Electrolytes for High- Performance Lithium Batteries
This next-generation solid-state electrolyte technology enables safer, higher-capacity lithium batteries by combining exceptional room-temperature ionic conductivity with strong thermal and electrochemical stability. Compatible with lithium metal anodes, the innovation has the potential to improve the performance, safety, and energy density of batteries used in electric vehicles, consumer electronics, grid storage, aerospace systems, and medical devices.
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