
A Connection to Austin: Former Medical Center Dr inducted into U.S. Astronaut Hall of Fame
On May 31, the Kennedy Space Center held the 2025 U.S. Astronaut Hall of Fame Induction ceremony. Bernard Harris, a former Internal Medicine doctor at the Austin Medical Center, was one of two former NASA astronauts inducted.
Though Harris's roots are planted deep in Texas, he spent three years in the mid 1980s as a resident in Austin practicing medicine. Born in Temple, Texas in 1956, Harris went on to achieve things most of us could only dream about.
While in Austin, he discussed becoming an astronaut with co-workers. One co-worker, Diane Dammen of Austin, and an attendee of the induction ceremony, stated that they kiddingly gave him a hard time about it, but knew that if anyone could do it, it was Harris.
"That was in the 80s," Dammen said. "I know some of the doctors and nurses remember him. He was great to work with."
After leaving Austin, he traveled back to Texas where he completed his fellowship with the NASA Research Center in 1987. After the fellowship, he joined NASA's Johnson Space Center in Houston, Texas, where he worked as a flight surgeon, scuba diver and licensed pilot.
What Harris accomplished in the latter half of the 1980s was just the beginning. In 1990 he was selected to an astronaut crew, and in 1991 was made a mission specialist. In 1993, Harris made his first trip to space where he conducted various muscular skeletal experiments.
In 1995, he made history. Harris became the first African American to perform a spacewalk in the STS-63 mission nicknamed the "near Mir,"which marked early cooperation between the Russian / American Space Programs. The mission achieved the first space rendezvous between an American Space Shuttle and Russia's space station.
Harris was at NASA for 10 years, where he conducted research in musculoskeletal physiology and clinical investigations of space adaptation. He also developed in-flight medical devices to extend astronaut stays in space. Harris has also logged more than 438 hours and traveled over 7.2 million miles in space.
All these accomplishments led to May 31, 2025 — the U.S. Astronaut Hall of Fame induction ceremony. A ceremony that Dammen and her husband, Dave, were invited to.
"We were so surprised to receive an invitation to his induction," Dammen said. "We were so excited, there was no way we were not going to go."
The lead-up to the ceremony was three days of meetings and panel discussions featuring not only Harris, but other successful astronauts with stories to tell.
On day three family, friends and other astronauts gathered to recognize and celebrate the 2025 Hall of Fame inductees. With nearly 40 tables set up in the event center, each table had an astronaut assigned to it.
"They (astronauts) were the nicest people," Dammen said. "Just so easy to be around and to talk to."
Seeing Harris deliver a speech to the audience was something the Dammen's say they will never forget. To Diane, he is more than just a coworker, but a friend.
"The experience was awe inspiring to us," she added. "We never expected to be at anything like that. It's something we won't ever forget."
Today, Harris is the CEO and Managing Partner of Vesalius Ventures, Inc., a venture capital firm that invests in early to mid-stage Healthcare technologies and companies. He is president and founder of The Harris Institute/Foundation, a non-profit organization which serves socially and economically disadvantaged communities both locally and across the nation.
He has been involved in math and science education for over 25 years through his philanthropy. Through his foundation, Harris strives to support the most underserved populations in education, health, and wealth.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
18 minutes ago
- Yahoo
Researchers unveil precise new tool to study behavior of impending 'Doomsday Glacier': 'Much more complex than conventional models suggest'
Researchers unveil precise new tool to study behavior of impending 'Doomsday Glacier': 'Much more complex than conventional models suggest' Researchers have unveiled a powerful new tool that gives unprecedented insight into the stability of Antarctica's so-called "Doomsday Glacier," the collapse of which could lead to a catastrophic 11 feet of sea level rise, according to Penn State University. "We've seen ice shelves break off, but we've never seen one grow back," said Richard Alley, a Penn State geosciences professor. "This new research indicates that we can predict better the point at which these will break off." "It's helping to establish the early-warning signals," he explained. At 80 miles wide, the Thwaites Glacier in Antarctica is the world's widest glacier. In a groundbreaking study, scientists used NASA satellite data to analyze vertical cracks in the ice. "We know little about fractures, and their behavior is much more complex than conventional models suggest," wrote Shujie Wang, a Penn State assistant professor of geography and the study's lead author. These cracks destabilize the ice sheet and are a precursor to massive ice loss. Antarctica presently loses about 136 billion tons of ice every single year, according to NASA. The Antarctic ice sheet is of special significance because, unlike sea ice, it sits atop a land mass rather than floating in water. When land ice melts, the water flows into the oceans, causing sea levels to rise. If the entire Antarctic ice sheet were to melt, the world's oceans would rise a civilization-altering 200 feet, according to the National Snow and Ice Data Center. If humans continue to release heat-trapping, planet-heating pollution into the atmosphere at current rates, the Antarctic ice sheet could be completely melted by the year 3000, a mere blink in geological time, according to NSIDC. Researchers hope that by better understanding these ice sheets and the fractures that break them apart, humans will be better prepared to deal with the impacts of a changing climate. Do you think America does a good job of protecting its natural beauty? Definitely Only in some areas No way I'm not sure Click your choice to see results and speak your mind. The study revealed that the Thwaites Glacier, which helps stabilize the entire Antarctic ice sheet, is melting faster than previously believed, largely because seawater has permeated miles into the ice, according to Scientific American. "We really, really need to understand how fast the ice is changing," said Christine Dow, an associate professor of glaciology at the University of Waterloo who was involved with the study, per Scientific American. "We were hoping it would take a hundred, 500 years to lose that ice. A big concern right now is if it happens much faster than that." The best way to reduce the rate at which the Antarctic ice sheet is melting is to significantly reduce the amount of heat-trapping pollution entering the atmosphere. While international, national, and state policies have a large role to play in this process, there are plenty of actions that people can take on the local and community level, such as riding a bicycle to taking public transit,driving an electric vehicle, or installing solar panels on their home. Join our free newsletter for weekly updates on the latest innovations improving our lives and shaping our future, and don't miss this cool list of easy ways to help yourself while helping the planet. Solve the daily Crossword
Yahoo
an hour ago
- Yahoo
NASA satellite captured two solar eclipses in one day
NASA's eye on the Sun took a little break on Friday, to watch two different solar eclipses throughout the day. The Solar Dynamics Observatory is parked out in geosynchronous orbit above North America, keeping its cameras trained on the Earth-facing side of the Sun. It's mission: to keep us in the loop on solar activity, including sunspots, solar flares, and coronal mass ejections. This immense solar filament tore itself away from the Sun's surface in August 2012, becoming a coronal mass ejection as it expanded out into space. (NASA SDO) On July 25, 2025, that mission was briefly interrupted — twice, in fact — as two other objects blocked the satellite's view of the Sun. Starting around 2:40 UTC on Friday (10:40 p.m. EDT Thursday), the orbits of SDO and the Moon synced up, producing a partial solar eclipse as the Moon crossed SDO's field of view. A partial solar eclipse viewed only from space, courtesy SDO's 171 Angstrom filtered view, which captures extreme ultraviolet light to visualize the activity going on in the Sun's lower atmosphere, including the immense coronal loops that extend away from the surface. The Moon's disk took roughly an hour, from around 2:40-3:40 UTC, to pass across the Sun. (NASA SDO/Scott Sutherland) These transits typically occur around the date of the New Moon, when the Moon is nearly or exactly in between the Sun and Earth. However, they rely heavily on the exact orientation of SDO's orbit in relation to the Moon's tilted orbit around Earth. According to NASA, during this 'lunar transit', the Moon covered 62 per cent of the solar disk at maximum. This was the fourth time since April that the Moon passed in front of the Sun from SDO's point of view. It was also the deepest transit so far in 2025 — 23 per cent of the Sun was covered during the April 27 pass, while on April 28, the Moon covered only 2 per cent, and on May 25, it covered only 4 per cent of the Sun's disk. Hours later, as SDO continued on its orbit around Earth, the planet itself got in the way of its operations, as it completely filled the satellite's field view. Two frames from SDO's cameras capture the closest point to when the Earth eclipsed the spacecraft's view of the Sun and when that eclipse ended. Small inset views show computer renderings of the satellite and what its view of the Sun was at that time. (NASA SDO/Scott Sutherland) From roughly 6:30 UTC to after 8:00 UTC (2:30 a.m. to 4 a.m. EDT on Friday), the Sun disappeared behind Earth. Unlike the crisp-edged eclipse produced by the Moon, the presence of Earth's atmosphere results in a much more hazy edge in SDO's images. SDO has roughly two 'eclipse seasons' per year, and is currently in its 31st since the mission launched. It begain on July 10, and will last until August 7. During that time, periodic 'blackouts' of solar imagery occur as the Earth gets in the way. This is the only time, so far, this year that SDO saw eclipses from both the Moon and Earth in the same day, though. Watch below: What is Space Weather? (Out of this World) Click here to view the video
Yahoo
an hour ago
- Yahoo
NASA spacecraft snaps a rare photo of Mars and its moons together
On its long journey to the outer solar system, NASA's Europa Clipper spacecraft made a planned detour — and seized a striking photo opportunity. In a single frame, the uncrewed Europa Clipper caught Mars alongside both of its tiny moons, Phobos and Deimos, as they waltzed through space, all glowing in infrared light. The image, presented below, is more than a pretty picture. It offers a rare look at a planetary trio not often seen together, and it provided mission engineers a crucial chance to fine-tune the spacecraft's thermal camera as it zipped past the Red Planet. From about 560,000 miles away — more than twice the distance between Earth and the moon — Europa Clipper's infrared camera snapped 200 individual frames over the course of 20 minutes on Feb. 28. The frames were later stitched together to reveal the glowing heat signatures of Mars, Phobos, and Deimos. The result is a surreal view: Mars dominates the center, faintly surrounded by image-processing artifacts. At the upper left, Deimos appears as a tiny glowing dot. Closer in is Phobos, Mars' larger and innermost moon. To make the dim moons visible — each about 250 times fainter than Mars — engineers brightened the image. From a half-million miles away, NASA's Europa Clipper spacecraft captured Mars with its two moons, Phobos and Deimos, in space. To see a labeled view, swipe the slider above to the left. Visible on the planet itself is a dark patch near the top, marking the frigid northern polar cap, where temperatures dip to about -190 degrees Fahrenheit. A circular region shows Elysium Mons, one of Mars' giant volcanoes. The Martian moons are rarely seen together, let alone with their host planet. The first time Phobos and Deimos were both caught on camera was in November 2009, when the Mars Express orbiter snagged the unprecedented image, according to the European Space Agency. The portrait, which showcased the duo lined up, one behind the other, took years of planning, precise knowledge of their orbits, and some lucky viewing geometry. Scientists know relatively little about Phobos and Deimos, two of the smallest known moons in the solar system. Both are "blacker than coal and look like battered potatoes," according to ESA. Phobos is the larger of the pair, about 14 miles wide, and circles Mars three times a day. Deimos, just seven or eight miles across, orbits Mars every 30 hours. Right now researchers aren't sure where the moons came from, and it remains a source of mystery. Some believe they could have been asteroids captured in orbit around the Red Planet. Others think they could be chunks of Mars itself, blown out by a giant collision billions of years ago. The new Europa Clipper image was taken using one of the spacecraft's thermal sensors, designed to detect heat instead of visible light. This tool will later be used to explore Jupiter's moon Europa, a frozen world believed to harbor a salty ocean beneath its icy crust — and possibly the conditions to support life. The instrument — the Europa Thermal Emission Imaging System, or E-Themis — should help identify places where Europa's inner ocean might be interacting with its frozen shell — a key clue in the search for alien life. The spacecraft used Mars' gravity in March to tweak its path, a maneuver known as a gravity assist, on its way to the outer solar system. That close encounter provided a convenient moment to test instruments — and admire Earth's ruddy neighbor. Just a few days later, on March 12, another spacecraft made a pop-in for a gravity assist and some photos. That robotic spacecraft is on the European Hera mission to study the asteroid NASA intentionally crashed into three years ago. Europa Clipper launched from Florida in October 2024 and is scheduled to arrive at the Jupiter system in 2030. Once there, it will perform nearly 50 flybys of Europa, gathering detailed measurements of its surface, interior, and chemistry. If NASA finds that Europa is a habitable place, a second Europa mission could return to determine if there are indeed any inhabitants. Solve the daily Crossword