The world’s population — already close to 8 billion — is expected to surpass 11 billion by the end of the century. How can we scale food, water and energy systems to sustain the generations to come during a time of rapid climate change?
For better or worse, Arizonans know the sun. It’s no surprise here that its rays could deliver all the world’s energy needs. University of Arizona experts are helping increase the use of solar energy through improvements in photovoltaic, or PV, technologies.
New ways of packaging the hundreds of inventions that emerge from the University of Arizona’s $600 million research enterprise and getting them into global markets are shaking up how the UA does business — and getting results.
Jonathan Rothbart ’94 spends his days in a movie dreamworld filled with fearsome giants, planet-hopping spacecraft and super-powered heroes. It’s a place where buildings vanish with the click of a mouse, real penguins hobnob alongside their computer-generated kin and the laws of gravity don’t always apply.
In response to interest from students, Assistant Professor and Technical Director Ted Kraus last year made the UA one of a handful of theater programs in the nation to teach automation
design using the Tait Navigator software system.
It was the summer of 1963 when Dick and June Scobee and their 2-year-old daughter Kathie arrived at a red-brick rental house on Mountain Avenue. The location was convenient: Dick could walk the five blocks to his aerospace engineering classes. From those classes, Scobee embarked on a long trajectory into space, where the United States needed him to help catch up with the Russians.
It’s no secret that planet Earth has a trash problem. What’s less well-known is the man-made debris orbiting our planet — discarded rocket parts, satellite antennas and other metal scraps hurtling through space at 17,500 mph. These objects are missiles in the making, and a collision could jeopardize everything from GPS satellites to the International Space Station.
In 1961, President John F. Kennedy famously declared that Americans would walk on the moon by the end of the decade. But at the time, scientists couldn’t say for sure whether the moon’s surface was solid or just a thick layer of dust. While NASA engineers focused on building rockets, scientists scrambled to map the moon, send robotic probes to its surface and select astronaut landing sites.
The first museum that painter Joe Forkan ’89 ever visited was the University of Arizona Museum of Art — the UAMA.
He was a teenager at the time, a high school student in a rough part of Tucson. But he liked art, and one day he took himself to the museum.
“There was a beautiful Hopper on the wall,” Forkan reminisced recently, just before the museum opened a major solo exhibit of his work. “There was a Pollock, a Rothko.”
The panels along the north wall of Hillenbrand Aquatic Center tell the distinguished history — in names, events, times and years — of the Arizona swimming and diving program.