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.
The research firm PayScale created their 2012 College Salary Report to assess the value of a four-year degree, and determined that the 15 best undergraduate degrees for starting median salary were all in engineering, computer and physical sciences, and math. PayScale also calculated those degrees’ return on investment based on the median income of a degree holder over that of a high school graduate.
PayScale ranked Case Western Reserve University 37th in the country for its return on investment, out of 850 schools it evaluated. They determined the average annual ROI was 9 percent for Case Western Reserve grads, earning them a 30-year net ROI of $680,300; for those who receive financial aid, the average annual ROI was calculated at 11.1 percent, with a 30-year return of $755,800.
Learn more about PayScale's 2012 college report.
Small- and mid-sized manufacturing firms often fail to make that next big leap because they don’t have access to the latest technology, marketing and innovative research.
It’s that know-how and knowledge that Case Western Reserve University can and will provide such companies through a new collaboration announced Tuesday.
To help advance the region as a leading manufacturing center and boost job growth, Case Western Reserve—with Cleveland State University, Lorain County Community College and the University of Akron—have agreed to work with and advise small- to mid-sized local manufacturers through a Manufacturing Advocacy & Growth Network (MAGNET) program.
Malignant cells that leave a primary tumor travel the bloodstream and grow out of control in new locations cause the vast majority of cancer deaths. New nanotechnology developed at Case Western Reserve University detects these metastases in mouse models of breast cancer far earlier than current methods; a step toward earlier, life-saving diagnosis and treatment.
A team of scientists, engineers and students across five disciplines built nanochains that home in on metastases before they’ve grown into new tissues, and, through magnetic resonance imaging, detect their locations.
Two Case School of Engineering students and a Cleveland Institute of Art graduate recently demonstrated their award-winning cell phone app---designed to save homeowners energy and money---to federal energy, science and environmental officials and industry leaders in Washington Monday.
The Case students, Robert Karam and Bryan Marty, along with artist Patty Ni, were invited to Energy Datapalooza for taking second place in the student divsion and $7,500 in prize money in the "Apps for Energy" challenge sponsored by the Department of Energy this year.