A University of Houston scientist has developed a DNA biochip that can screen for thousands of genetic mutations and diseases with one simple lab test. The device uses micromirrors to project light patterns onto the chip, triggering chemical reactions that build up individual DNA strands.
The University of Houston's Space Vacuum Epitaxy Center has developed 15 new technologies, published over 450 scientific papers, and received $80 million in research funding. Researchers have also spun off two companies, one producing infrared lasers and the other commercializing a new type of electric wire.
Researchers at UH and AOI create mid-infrared laser on new compliant universal substrate, improving cooling and power output. The technique expands epitaxy options, enabling production of high-performance semiconductor devices like lasers and solar cells.
Researchers have developed a new technique to predict earthquake magnitude based on rock structure, providing more accurate assessments of seismic risk. By analyzing data from 37,000 earthquakes in southern California, the team created 3D images of subsurface rock formations that reveal varying maximum depths along and across faults.