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Spatial Temporal Reasoning For Location-Specific Actions

A groundbreaking system that enables navigation in GPS-denied environments by using intelligent systems to mimic biological systems that recognize locations through visual cues and perform contextually appropriate actions.

A Fluorescence Reverse-Transcription Assay To Detect Chemical Adducts On RNA

A novel RT assay for detecting chemical adducts on RNA, utilizing fluorescence quenching to indicate the presence of modifications.

Photonic Lantern Spectrometer

Multimode optical fiber was first introduced in astrophotonics applications as “light pipes” to transport light from telescopes to instruments. The integration of multimode optical fiber helped to maximize light collection but offered little control over the propagation modes from the collected light, which affects the quality and speed of light transmission. Single-mode optical fiber used in interferometry proved invaluable for spatial filtering and wavefront correction, providing a stable, reliable, and flexible way to guide light in precision sensing and imaging. Photonic lanterns were conceived in the early 2000s to help bridge a gap between the light-gathering efficiency of multimode optical fiber and the precision of single-mode optical fiber. Photonic lantern devices have reasonably addressed the efficient conversion needs between multimode/ multi-modal and multiple single-mode light paths. However, challenges remain with respect to improving and scaling of photonic lantern devices, including coupling efficiency/losses, bandwidth limitations, and high-order mode (>20) capabilities.

Synthesis of Ultra-Long Carbon Nanotube (CNT)

This technology introduces a fast and low-cost method suitable for manufacturing ultra-long carbon nanotubes using water-soluble catalysts and standard optical lithography. Further, it also ensures vertical alignment of electrodes, a crucial component in electronic devices.

Development of Long Nanotubes with High Conductivity Under Simplified Growth Processes

A breakthrough in growing long single-walled carbon nanotubes (CNTs) with direct electrical contact and exceptional conductivity.

Artificial Nitrogenase (Artn2ase) Enzymes For Biocatalytic Reduction Of N2 Into Ammonia

A revolutionary enzyme technology for ambient temperature and pressure ammonia synthesis from dinitrogen gas.

Electrochemical Production of Calcium Hydroxide for Cement Manufacturing

Revolutionizing cement manufacturing through an energy-efficient electrochemical method that produces calcium hydroxide with reduced CO2 emissions.

Hydrogel-Based Environmental Sensor Device

A novel sensor device leveraging hydrogel and metallic structures for passive, wireless environmental monitoring.