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Today
3:05 PMW. Michigan at Michigan St.Watch
5:05 PMGrandview College at IowaWatch
6:00 PMKent St. at PurdueWatch
6:05 PMEvansville at IndianaWatch
6:34 PMOhio at Ohio St.Watch
7:00 PMNiagara at RutgersWatch
7:00 PMBradley at IllinoisWatch
7:00 PMOhio St. at Penn St.Watch

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Big Ten women's hoops: Opponents for the 2016 conference season

The Big Ten has released a breakdown of conference opponents for the 2016 women’s basketball season. All 14 Big Ten teams will play a 18-game conference schedule, playing five teams both home and away and eight teams just one time. Here is a look at the conference opponents for every Big Ten team. Illinois Home: Maryland, Michigan State, Northwestern, Penn State Away: Iowa, Michigan, Nebraska, Purdue Home/Away: Indiana, Minnesota, Ohio State, Rutgers, Wisconsin Indiana Home: Michigan, Michigan State, Penn State, Rutgers Away: Maryland, Northwestern, Ohio State, Purdue Home/Away: Illinois, Iowa, Minnesota, Nebraska, Wisconsin Iowa Home: Illinois, Maryland, Ohio State, Rutgers

Dienhart: Reviving freshman ineligibility is not the way to go

There is a growing buzz around the idea to make freshmen students ineligible to play football and men's basketball, and that buzz stems from recent reports that several conferences - including the Big Ten - want to discuss the idea.

Audio: Listen to your Big Ten coach’s teleconference

Each Monday morning during the Big Ten men’s basketball season, the 14 Big Ten men’s basketball coaches hold a Big Ten teleconference with reporters from around the country. We post the audio for each segment of the call here, and we do this every Monday afternoon.

BTN LiveBIG: Nebraska researchers improve digital memory technology

Computers, smartphones, tablets, gaming systems. In a short period of time — in some cases, a span of just a couple of years — we’ve gone from marveling at these devices to demanding that companies make them better, faster, more portable. Research from a team of scientists at the University of Nebraska could give the people what they want, and then some. Their work has the potential to significantly improve the speed, capacity and dependability of device memory through the use of what are called “ferroelectric tunnel junctions.” As explained by Dr. Alexei Gruverman, a Nebraska physics professor and co-author