Forty years ago, Elvis Presley died in his Memphis, Tenn., home. The man dubbed “the King of Rock ’n’ Roll” continues to sell records to collectors and lifelong fans, but the question of exactly how strongly he is influencing today’s artists generates mixed responses from musicians and others in the region.
“I really think that Elvis Presley is a name only — I don’t really think he influences anyone anymore,” said Dave Snider, a music instructor at Washington State University, where he teaches a rock ’n’ roll history course.
Snider said Presley’s name elicits a reaction from students whose grandparents might have seen him, but some of those students don’t know what he looked like or really even know who he was.
Students know enough to associate the name with someone who was very cool at one time, but many of them can’t name any specific songs, Snider said.
The National Weather Service predicts highs in the mid-90s for the rest of the week, but a team of climate experts from across the country predicts the region will experience a higher frequency of extremely hot days in the decades to come.
According to an interactive map of temperatures based off data from collaborative research team Climate Impact Lab and published by The Seattle Times, the entire state of Washington will experience an increasing number of days with temperatures over 95 degrees Fahrenheit in the coming years – whether countries take action against climate change in the future or not.
So why does it matter? Besides the obvious potential dangers and everyday annoyances a sweltering hot day poses, Asaph Cousins, associate professor of plant biology for Washington State University, said such temperature changes generally have a dramatic impact on plant life.
Four years removed from a frustrating “out of focus” problem with his confocal microscope, Washington State University (WSU) physicist Matthew McCluskey finds himself in the unexpected position of founder and chief technology officer of his own startup company, Klar Scientific.
Klar Scientific specializes in the development of optical instruments for materials characterization—some of which arise from McCluskey’s improvisation while working on semiconductor characterization in his lab at WSU.
New crystal-based electronics – in which a laser etches electronic circuitry into a crystal – could enable better electrical interfaces between implantable medical devices and biological tissue, according to the lead researcher behind the technology.
“Electrical conductivity affects how cells adhere to a substrate. By optically defining highly conductive regions on the crystal, cells could be manipulated and perhaps used in bioelectronic devices,” Matt McCluskey, a Washington State University professor of physics and materials science, told MDO.
It’s not an ideology but a style of political discourse, characterized by oversimplification.
By Cornell W. Clayton, WSU political science professor and director of the Thomas S. Foley Institute for Public Policy and Public Service
A specter haunts our politics—the specter of populism.
Movements like the Tea Party and Occupy Wall Street thrive, Sarah Palin and Elizabeth Warren are political stars, and Donald Trump is president. In Europe, Britain votes to leave the EU, Hungary and Poland elect populist governments, and politicians like Marine Le Pen in France and Geert Wilders in the Netherlands grow in popularity.
What explains populism’s appeal? And when should we be concerned?
First, populism is not an ideology but a style of political discourse; one which equates “the people” (the silent majority, the forgotten man, “real” Americans) with virtue, and elites (political, economic, or cultural) with evil.