A novel mm-wave transmitter architecture that integrates load-modulated balanced power amplifiers (LMBPA) and double quadrature (DQ) up-conversion for enhanced efficiency, image suppression, and antenna resilience.

A compact, low-power frequency modulated continuous wave (FMCW) radar system enabling high-resolution direction-of-arrival (DoA) detection using a single leaky-wave antenna and transceiver chain

An advanced microfluidic platform that enables high-throughput 3D imaging of live, non-adherent single cells using droplet-based microvortex rotation.

Researchers at the University of California, Davis have developed novel herbicidal and plant growth regulating compositions effective against herbicide-resistant weeds and suitable for use in crop management.

A pioneering framework that enables formal verification of Large Language Model (LLM) compliance with specified interaction protocols using natural language and Finite State Machine (FSM) structures. It is complemented by methods for rapid protocol development and scalable multi-agent coordination.

Brief description not available

Telomeres are the end of eukaryotic chromosomes and shorten with time. Shortened telomeres cause disease in patients with short telomere syndromes. Cancer cells must activate telomerase to maintain telomeres to overcome senescence or apoptosis due to critically shorttelomeres.Telomere length is often measured by Southern Blot (invented in 1973). This method measures the length of all the telomeres in the cell and does not give quantitative information or information about individual telomere lengths. A quantitative PCR method was developed however it has many problems with reproducibility across different labs. The Single Telomere  Length Analysis (STELA) method and the related Telomere Shortest Length Assay (TeSLA) targets individual telomeres, but the use of high cycles of PCR generates bias for shorter products.Additionally, the use of Southern Blotting in STELA and TeSLA makes these techniques laborious and low-throughput. Currently, Telomere Flow FISH is the accepted clinical method for measuring telomere length. This method is highly reproducible, and can report on a specific cell type, howeverit requires fresh blood samples and is not able to measure archival samples or tissues other than blood. The method uses an average of the telomeres without the ability to report the individual lengths of telomeres. Thus, there are currently no methods that provide an accurate, high throughput, and simple approach for quantifying telomere length.

An algorithm that predicts missing or unobserved connections in any type of complex network by analyzing local structural patterns.