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Researchers in mechanical engineering have published new findings that explore the properties of mechanical lattices, or opposed to atomic lattices, which are twisted relative to each other. The research is part of the new field of 鈥渢wistronics鈥� in physics and has potential applications in the design of new materials that are able to transmit or absorb sound.

A new lab at CU Boulder is exploring how the extracellular matrix 鈥� a network of proteins that surrounds cells and provides structural and mechanical cues in the body 鈥� specifically impacts kidney growth, development and function.

My name is Xander Sugarman, and I am a mechanical engineering student passionate about having fun on bicycles. I have always wanted an e-bike; however, they tend to be quite expensive, which is a major barrier to entry. After my summer internship was cancelled due to the pandemic, I applied...

During the summer of 2020, I had the opportunity to work with Hirsh Precision Products Inc. as a CNC machinist intern. Hirsh is a high-precision manufacturing company located in Gunbarrel, baby直播app, that manufactures and assembles parts for a variety of industries including medical, aerospace and energy. I first heard of...

The researchers are studying pelvic organ prolapse and Type 1 diabetes.

Outdoor air pollution and its health impacts are well studied, but in reality, many people around the world spend the majority of their time indoors. That is especially true in developed nations like the United States, where we are regularly exposed to indoor air pollution while cooking or cleaning.

The coalition's studies have led to the creation of safety protocols for singing and playing musical instruments to help prevent the spread of COVID-19.

The team, which included mechanical engineering student Hannah Livingston, developed a large solar PV system.

In a Perspectives piece publishing in Science on May 14, Professor Shelly Miller and others call for a 鈥減aradigm shift鈥� in combating airborne pathogens such as SARS-CoV-2, the virus that causes COVID-19, demanding universal recognition that respiratory infections can be prevented by improving indoor ventilation systems.

Researchers in Associate Professor Greg Rieker's lab are developing a machine learning-based signal processing scheme facilitates measuring the angular velocities in fluid flows using small particles that traverse beams of structured light.