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THE TWO STORIES OF MIRANDA BOTELLO
The UCI Ph.D. student recounts how their path into science also led them to discover and accept their queer identity.
Apr 24, 2020
WHAT DID THE 2010 EARLY CAREER AWARD ALLOW YOU TO DO?
The motility of electrons within a molecule is at the very heart of chemistry. Moving electrons drive molecular reactions and allow electrical conductance. Despite the fundamental nature of electron flow within molecules, it has remained extraordinarily difficult to measure the exact spatial and temporal electron dynamics in molecular systems.
Apr 24, 2020
Arthur Charles used to start each day with a morning walk with his wife. The loop around his neighborhood in Bakersfield, California wasn’t usually difficult for the 50-year-old to complete. Then one day, two years ago, Charles could barely reach the corner of his street. The routine walk felt like he was running a marathon.
Apr 22, 2020
Katherine Mackey studies the boundary between the living and the nonliving worlds. She wants to know how those two worlds define one other, as things like aquatic microorganisms can alter the chemistry of the water they live in, and the chemistry of the water can then affect the kinds of organisms able to live there.
Apr 22, 2020
Irvine, Calif., April 22, 2020 – On this Earth Day, the United Nations is announcing the start of a new environmental education program for the world’s 1.5 billion youth who are confined to their homes to prevent the spread of COVID-19 and unable to physically attend school.
Apr 22, 2020
In January, UCI chemistry doctoral student Brenna Biggs visited a dairy farm in Visalia, California where there are lagoons churning with cow manure. Biggs drove around the farm in a white Sprinter van owned by the University of California, Riverside, and the van had nothing in its trunk but empty space and lab equipment.
Apr 21, 2020
As the pandemic rages, Department of Earth System Science Chair Eric Rignot defines what coronavirus means for climate change and those who study it.
Apr 20, 2020
esearchers from America have simulated what the aftermath of a cluster of supernova explosions may look like in Milky Way-mass galaxies, and the results do not disappoint. The immense energy accelerates high-density gas outwards from the galaxy center. As the gas compresses at the edges of these “super bubbles”, new stars are formed, which continue to be propelled into the outer-regions of the stellar halo. This star-forming mechanism could account for up to 40 percent of stars found in…
Apr 20, 2020
The air that pours into your lungs when you breathe travels, on average, at about 10 centimeters a second. But it’s often not just air you’re breathing. There can be dust, pollen, soot and bacteria in air, and now, floating inside the droplets that people emit when they cough and sneeze and talk, there can be the coronavirus.
Apr 20, 2020
In new research, astronomers have shown that clusters of supernovas can cause the birth of scattered, eccentrically orbiting suns in outer stellar halos.
Apr 20, 2020
The Milky Way could be flinging stars into its outer halo -- a movement triggered by powerful supernova explosions. Supernovas occur when stars explode and lose most of their mass.
Apr 20, 2020
This simulated galaxy image, representing a structure spanning more than 200,000 light-years, shows the prominent plumes of young blue stars born in gas that was originally rotating and then blown radially outward by supernova explosions.
Apr 19, 2020
Irvine, Calif., April 20, 2020 – Though mighty, the Milky Way and galaxies of similar mass are not without scars chronicling turbulent histories. University of California, Irvine astronomers and others have shown that clusters of supernovas can cause the birth of scattered, eccentrically orbiting suns in outer stellar halos, upending commonly held notions of how star systems have formed and evolved over billions of years.