
USC chemists create greener research labs
Professors are implementing sustainable processes and using equipment that generates less heat — and that’s just the start.
Professors are implementing sustainable processes and using equipment that generates less heat — and that’s just the start.
We can’t live without water, of course. But the H20 molecule itself is quite remarkable. Find out why.
USC grads Kyle McClary and John Paul Francis are bringing imaging technology out of the lab and onto researchers’ laptops and cellphones.
A chemist by training and an entrepreneur by trade, Tony Atti has transformed a discarded 200-year-old invention into cutting-edge technology that could change the cooling world.
Professor Stephen Bradforth took a chance on Ryan McMullen’s expensive and potentially dangerous student proposal. It’s led to a new understanding of what defines a metal — and the cover of Science magazine.
The findings from USC researchers provide a clear path to uncovering new drugs to control addiction, pain and neurological disorders such as epilepsy and muscle spasticity.
USC scientists may have solved the storage problem that has long slowed the spread of renewables.
Deeply affected as a child by the Rwandan genocide, Robert Nshimiyimana volunteers to help the underserved, works to make compounds that may reduce harmful inflammation — and hopes one day to help his home nation reach its full, unified potential.
USC Dornsife’s Mark Thompson, a leader in organic LED displays and photovoltaic technologies, has been elected by his peers to the National Academy of Engineering.
Juan Pablo de los Rios grew up on both the Mexican and American sides of the Rio Grande, which became a dumping ground for toxic waste. As a chemistry grad student at USC Dornsife, he hopes to one day clean that river and others like it.
Megan Fieser of USC Dornsife wants to solve the world’s plastic pollution problem while also making it easier to be a woman in science.
USC Viterbi researchers have discovered how to pinpoint arteries that are partially blocked by symptomless, rupture-prone plaque.
After being diagnosed with treatable lymphoma, USC Dornsife’s Michael Inkpen adopted a new philosophy on life: don’t get hung up on the small things.
Waste salvaged from dumpsters and airplane graveyards finds a sustainable second life.
The USC scientists join 36 other faculty members as fellows of the American Association for the Advancement of Science.
As the world’s energy demands grow, batteries could be key to storing sustainable energy.
The chemistry professor figured that the dawning computer revolution in the late ’60s and ’70s might push biochemistry beyond the limits of the lab. It led him on a trail to the Nobel Prize, awarded five years ago Monday.
The scientist’s path to USC was paved with challenges, beginning with his childhood in Soviet-occupied Afghanistan.
Chemistry startup founded at USC takes on two of the world’s biggest environmental challenges — greenhouse gases in the air and plastic waste in oceans.
A USC chemist looks to nanomaterials to help us unlock the power of the sun.
Chemistry whiz Ryan Lopez wants to become the role model he never had growing up in South Los Angeles.
USC chemistry student joins an international team that supplies easily shipped equipment for lab work.
USC team’s work could lead to noninvasive detection and treatment of the disease at the level of a single cell.
The researchers have found a catalyst that converts methane to olefin, a compound made up of hydrogen and carbon, in a single step.