Articles tagged with Bioengineering
The Johns Hopkins Program in Computational Biology aims to bridge the gap between physical and biological sciences by providing interdisciplinary training to graduate students. The program will focus on cutting-edge genomics research, enabling students from diverse scientific backgrounds to tackle complex biological problems.
A four-year study by Cornell University and the University of California, Davis, found that monitoring early carbon monoxide emissions can help increase efficiency and prevent odors in municipal composting. The study identifies carbon monoxide as a reliable predictor of pending objectionable odors.
A nationwide study by the University of Florida suggests that women scientists and engineers struggle to balance their careers with family responsibilities. The survey found that 62% considered work-life balance their biggest challenge, while conflicts between tenure and biological clocks were a major concern for many.
The USGS has released a new seismic hazard map for the Western Hemisphere, providing a comprehensive tool for assessing potential earthquake damage. The map is the result of nearly a decade of cooperative work by scientists from around the world and will be available online and in various publications late this year.
Cornell University researchers have developed simple but effective means to detect harmful bacteria using nanofabrication and biology. The new biosensors can be read using a laser beam and provide an instant reading of bacterial contamination, making them ideal for use in food production lines or other sensitive areas.
Penn State researchers develop a finite difference method to simulate sonic boom noise for both simple and complex ocean surfaces. The new technique allows for accurate predictions of underwater noise, paving the way for the development of supersonic passenger aircraft with minimal impact on marine life.
The USGS report provides a detailed overview of the nation's wetland resources, including their types, distribution, and conservation efforts. The 103 million acres of remaining wetlands in the United States support critical habitat for waterfowl and reduce flood severity while improving water quality.
Federal contributions to US university R&D facilities decreased from $541 million to $207 million between 1990-91 and 1994-95. The decline led to a shortage of research space, with over half of institutions reporting inadequate amounts in various fields.
Researchers estimate Tyrannosaurus Rex could exert a biting force of up to 3,011 pounds on its prey, with 58 definite T-rex bite marks found on a Triceratops pelvis. The powerful dinosaur's teeth were as strong as those of an alligator, suggesting it could have struggled with its prey.
New Cornell University research reveals the physics behind microwave cooking, explaining why microwaved food can be soggy and how internal pressure affects moisture loss. Understanding this physics enables food companies to design foods that cook better in microwaves.