A sailor who won a silver medal at this summer’s London Paralympics describes in a new book how cutting-edge medical technology from the Cleveland Functional Electrical Stimulation Center allowed her to resume an active life after being paralyzed 14 years ago.
Jennifer French’s On My Feet Again: My Journey Out of the Wheelchair Using Neurotechnology builds on a series of blogs she wrote in 2010 and 2011 while preparing for and undergoing surgery and, later, learning to use and live with a second-generation muscle-stimulation implant that enables her to stand and do rudimentary walking.
French, a native of North Royalton, Ohio, was one of the first to receive the technology in 1999. A snowboarding accident left her a paraplegic, but she trained hard with the system and was able to walk down the aisle and stand through her wedding ceremony.
Hey students: James Hale wants to hear from you. As president of the Undergraduate Student Government, Hale helped organize the State of the University Address, during which President Barbara R. Snyder reflected on the past year, shared plans for the future and answered questions from students.
To ensure his constituents’ voices were heard, Hale instated a new initiative this year: an online forum to which students could post questions for President Snyder to answer during her remarks. Questions posed on the forum ranged from housing to academic concerns—topics that weigh heavy on the minds of students.
Beyond noting students’ concerns at the State of the University Address, Hale wants to hear from undergraduate students personally, to find out how he can help improve campus.
Case Western Reserve University researchers have won a $1.2 million grant to develop technology for mass-producing flexible electronic devices at a whole new level of small.
As they’re devising new tools and techniques to make wires narrower than a particle of smoke, they’re also creating ways to build them in flexible materials and package the electronics in waterproofing layers of durable plastics.
The team of engineers, who specialize in different fields, ultimately aims to build flexible electronics that bend with the realities of life: Health-monitoring sensors that can be worn on or under the skin and foldable electronic devices as thin as a sheet of plastic wrap. And, further down the road, implantable nerve-stimulating electrodes that enable patients to regain control from paralysis or master a prosthetic limb.
Professor Arthur Heuer, Distinguished University Professor and Kyocera Professor of Ceramics in the Department of Materials Science and Engineering, delivered the 67th Sauveur Memorial Lecture to the Boston Chapter of ASM International (The Materials Information Society) on Nov. 6, 2012. Heuer's lecture was entitled “On the Growth of Alumina Scales.” The ASM Boston Chapter met jointly with the New England Section of the American Ceramic Society for this special event.
Albert Sauveur (1863-1939) was dean of American Metallurgists and the first professor of metallurgy at Harvard University, where he served from 1899 to 1935. Among his many honors, he received an honorary degree from the Case School of Applied Science in 1921.
Businesses and consumers may soon have a simpler, cheaper way to store large amounts of digital data.
A Case Western Reserve University physics professor and his graduate student have launched a company aimed at making an optical disc that holds 1 to 2 terabytes of data—the equivalent of 1,000 to 2,000 copies of Encyclopedia Britannica. The entire print collection of the Library of Congress could fit on five to 10 discs.
The technology they’ve developed would provide small- and medium-sized businesses an alternative to storing data on energy-wasting magnetic discs or cumbersome magnetic tapes, the founders say.