Northwestern University

A team of researchers is developing a bioelectronic implant designed to sense an opioid overdose and immediately administer a dose of life-saving naloxone.

Scientists have developed a tiny new kind of bio-compatible laser that could, theoretically, be implanted inside living tissues without causing them damage.

Researchers have found evidence that Schomburgk’s deer – thought extinct since 1938 – may have lived until at least the 1990s, and possibly still today.

A new analytical tool suggests distinct microbiome changes caused by spaceflight are most likely caused by microgravity.

It’s not unusual to find rust around salt water, but now the pairing might be more useful. Researchers have found that electricity can be produced when salt water flows over the top of thin films of rust. The process was previously seen in – what else – graphene, but rust is far easier to scale up.

The LIGO detector uses 4-km-long (2.5-mi) arms. But now, a Northwestern University team is aiming to build a gravitational wave detector small enough to fit on a tabletop, which could detect signals the larger facilities miss.

The first polarized light from a gamma ray burst billions of light years away is helping astronomers gain a better understanding of collapsing stars and other high-energy phenomena. Originating in the constellation of Fornax, the light brighter than a billion suns came from massive jets of plasma.

Researchers at Northwestern University have used a non-invasive form of magnetic brain stimulation to improve the memory of older adults. After just five short sessions the older adults scored as well as a younger cohort on a variety of memory tasks.

​There’s plenty to be said about the negative health effects of jet lag, but could a journey through the clouds have a silver lining? New research suggests that indeed it might, uncovering evidence that disruptions to circadian clocks can have a protective effect on neurons.

​Prematurely-born babies usually have at least five or six hard-wired sensors attached to their bodies, tracking vital stats such as breathing, blood pressure, blood oxygen and heartbeat. Thanks to newly-developed technology, however, all those cumbersome wires may soon become a thing of the past.

The first manned, round-trip to Mars could involve up to three years of travel time, so researchers from Northwestern University will be monitoring the crew of two simulated flights to the Red Planet to learn how to help astronauts work and live together in the equivalent to one small room.

​​There has been a lot said and written about the possibilities of graphene sheets, but material scientists at Northwestern University are casting their minds toward a malleable form of the material that can be kneaded and molded like Play-Doh.