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University of Michigan

This colorful American flag is in reality a functional  and transparent solar cell (Photo:...

A beautiful stained glass installation, a colorful billboard, or rows of windows on an office building ... all as electricity-generating solar cells? New research at the University of Michigan gives a method for creating such transparent and colorful solar cells using a hybrid silicon/organic composition, and furthermore avoids some of the problems of previous colored and transparent solar cells.  Read More

The newly detailed research vehicle is part of Ford's Blueprint for Mobility

Ford took the next step in its "Blueprint for Mobility" this month, revealing an automated research vehicle based on the Fusion Hybrid. Working in cooperation with the University of Michigan and State Farm, Ford will use the car to test next-generation sensor systems that enhance automated awareness.  Read More

Honda's DSRC safety system warns the driver their path is about to intersect with a motorc...

Here's a term almost all motorcyclists run across in their first couple of years on the road: SMIDSY. It stands for "sorry mate, I didn't see you" and it's the standard apology we get when we're sprawled across the bonnet of a car after its driver has pulled out in front of us. Bikes are tougher to see on the road for a number of reasons, so Honda is looking into the idea of using Dedicated Short-Range Communications (DSRC) to give drivers advance warning when a SMIDSY situation could be coming up.  Read More

Michigan's proposed 3U CubeSat interplanetary spacecraft (Photo: University of Michigan)

CubeSats are one of the wonders of our day. They allow projects with small budgets and smaller equipment to access low Earth orbit (LEO) at achievable costs. Seeing greater potential for these miniaturized modular satellites, Professor Benjamin Longmire of the University of Michigan is heading a team to install a miniature plasma thruster system into a 3U CubeSat, enabling the vehicle to leave LEO and cruise much of the Solar System. Funding for the project is being sought through Kickstarter.  Read More

A twenty four-stage roughing pump developed at the University of Michigan (Photo: Universi...

Three DARPA-funded research teams have completed a foundational study of chip-scale vacuum pumps by inventing three very different approaches to removing air from a sample chamber with a volume of one cubic millimeter, which is about one-tenth the volume of a grain of rice. These new technologies will enable many micro-scale devices which require a vacuum or a controlled flow of gas, such as Lab-on-a-Chip sensors, radio frequency MEMS switches and microscopic vacuum tubes.  Read More

Kaiba Gionfriddo, seen here with a ventilator attachment, is the recipient of a first-of-i...

Six week-old Kaiba Gionfriddo was out at a restaurant with his family, when he stopped breathing and started turning blue. It turned out that he had a severe form of tracheobronchomalacia, a rare condition in which the trachea collapses due to flaccid supporting cartilage. Although he survived that incident, he proceeded to stop breathing on a regular basis, requiring daily resuscitation. Given the seriousness of the situation, his doctors decided to go for broke and try something new – an implanted 3D-printed tracheal support splint.  Read More

DARPA's “timing & inertial measurement unit” (TIMU) is a chip-based self-sufficient naviga...

The Global Positioning System (GPS) has proved a boon for those with a bad sense of direction, but the satellite-based system isn’t without its shortcomings. Something as simple as going indoors or entering a tunnel can render the system useless. That might be inconvenient for civilians, but it's potentially disastrous for military users for whom the system was originally built. DARPA is addressing such concerns with the development of a self-sufficient navigation system that can aid navigation when GPS is temporarily unavailable.  Read More

Professor Kamal Sarabandi's technique could be used to provide extra security in a range o...

An electrical engineering professor at the University of Michigan believes that a type of radar, part developed by the Department of Defense, has the potential to be used as a means of detecting concealed weapons. Originally intended for military use, it is possible that the millimeter-wave radar system could be used to detect weapons across distances as large as a football field.  Read More

The obese mouse on the right was fed a high-fat diet. The mouse on the left was fed the sa...

Researchers at the University of Michigan’s Life Sciences Institute have found that amlexanox, an off-patent drug used to treat asthma and canker sores, can also reduce obesity, diabetes and fatty liver disease in mice.  Read More

Imitating the color mechanism of the peacock's feathers could enable next-gen, high resolu...

Structural color, which is the foundation that makes things like a peacock's tail feathers appear iridescent, has been an area of study for scientists as they try to adapt it for use in everyday technologies – only without the “rainbow effect” that makes the colors unstable depending on the angle of view. Now, Researchers at the University of Michigan have mimicked the peacock's color mechanism in an approach that could lead to high resolution reflective color displays and have implications for data storage, cryptography and counterfeiting.  Read More

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