Black Astronaut Made Space History in 1995. Now He's Getting Inducted into Hall of Fame (Exclusive)
Dr. Bernard Harris Jr. is being inducted into NASA's Astronaut Hall of Fame on Friday, May 31
He made history in 1995, becoming the first Black astronaut to perform a spacewalk
"To be part of the foundation for what we're doing in space now is really fulfilling," he tells PEOPLEDr. Bernard Harris Jr. grew up in Texas as NASA was developing and always had an interest in science – but once he watched man land on the moon, even at 13, he began to have astronaut dreams.
'I knew what I wanted to do,' he tells PEOPLE. 'I wanted to follow the footsteps of these great men, human beings, that had done something for the very first time in human history.'
That's exactly what he did.
Now Harris — who became the first Black person to perform a spacewalk and recently released his second book, Embracing Infinite Possibilities — will be inducted into the U.S. Astronaut Hall of Fame on Saturday, May 31.
Before going to college at the University of Houston, Harris, now 68, tells PEOPLE he realized he wanted to become a doctor so he could practice medicine on Earth – and in space.
Following his residency in internal medicine at the Mayo Clinic in Minnesota, Harris pursued a fellowship in endocrinology because he was 'advised to find the most critical aspect of humans in space that needed to be solved' — and one of those is bone loss. (Astronauts lose 1% of bone per month in space, he says.)
By 1990, Harris applied and spent a year of astronaut basic training. About three weeks later, he was assigned to his first mission: the STS-55 on Space Shuttle Columbia in 1993. During that trip, Harris says he did the first medical examination in space and even the first intravenous line.
'It was only natural for me to say, 'Okay, if we're going to be in space for long periods of time, how do we ensure that humans can survive up there?' " he recalls.
For his second mission, STS-63 on Space Shuttle Discovery in 1995, Harris completed his historic spacewalk. That mission was also notable because Eileen Collins made history as the first female space commander.
'To be part of the foundation for what we're doing in space now is really fulfilling,' he says, adding that he loves to see younger astronauts taking over – and having longer stays in space.
Speaking of those longer stays, although the International Space Station wasn't built during his career as an astronaut, some of the devices that crews use today were originally developed in his laboratory.
After his two space missions — which included logging 438 hours and traveling over 7.2 million miles — he ventured into philanthropy with the launch of his nonprofit, which supports youth programs in math and science education and crime prevention.
Then it was time to go after his dream of becoming an entrepreneur – and his work has always been a bit ahead of the curve.
As CEO and managing partner of Vesalius Ventures, Harris focused on telemedicine before many even knew how that would work and was previously hired by Spacehab (now the Astrotech Corporation), one of the first commercial private space companies.
'That was way ahead of SpaceX and Blue Origin, and what we're doing now," he adds.
As for the future of space tourism and where he believes the space program is headed, Harris says he continues to be excited that there are more avenues to get to space.
'There'll be tremendous opportunities on the moon. And I think that when we then take that bigger leap to go to Mars,' he believes.
He ultimately sees the continued progress as a way to unify.
'When I was out on my spacewalk," he says, 'looking back at the earth, [I realized] how important this spaceship that we live on planet Earth is to us all. From that distance, you can't see the divisions that divide us here on earth. And my hope is that space will be an opportunity for us to come together as a people."
Embracing Infinite Possibilities is out now. You can purchase it here.
Read the original article on People
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
4 hours ago
- Yahoo
Unsung women behind moon landing celebrated in art
More than a thousand unsung women whose circuits helped man land on the moon have inspired two Kent artists to celebrate the historic moment of 1969. The work is based on the female Navajo weavers who were employed for their perceived dexterity to make microchips in New Mexico in the sixties, which were used by NASA in the Apollo Guidance Computer. Moon Landing is by weaver Margo Selby and composer Helen Caddick is a 16m (52ft) handwoven textile suspended from The Trinity Chapel of Canterbury Cathedral, accompanied by an original score for six strings. The tapestry is described as a celebration of the crossover of mathematical patterns, tone and rhythm found in weaving and music and will remain in the chapel until 31 August. Ms Caddick said she was inspired by a weaving tool to compose music about space exploration. She said: "I had gone to see Margo weave and I noticed that she used a shuttle to move the thread along and that made me start to think about space." She added that when she had saw documentaries or films about the space shuttle, she noticed there was an "indicator light flashing in the cabin". "So so I took the rhythm of that to mirror in the harp part," she said. In turn, Ms Selby translated the musician's work into textile art. The textile artist said: "With these incredible carvings and shapes, to see my contemporary work hanging alongside them is truly thrilling." Some 1,200 indigenous people - mostly women - were employed to work at a Fairchild Semiconductor factory in Shiprock, New Mexico, from 1965, during the United States' race to the moon. The manufacturer was tasked with building complicated microchips for NASA's Apollo Guidance Computer, which was integral to space missions. A contemporary brochure from Fairchild compared the intricate work creating elaborate microchips to weaving the Navajo population's traditional tapestries. However, these women who contributed to the space race were largely overlooked in their time. The Dean of Canterbury Cathedral David Monteith said the chapel was excited to celebrate the work of art. "In life sometimes things can become a bit grey scale but this is such an assault of colour that it gladdens the heart and that's such a gift," he said. Follow BBC Kent on Facebook, on X, and on Instagram. Send your story ideas to southeasttoday@ or WhatsApp us on 08081 002250. Mars art installation on display at cathedral Girl, 8, uses dad's ham radio to chat to astronaut Canterbury Cathedral


Boston Globe
11 hours ago
- Boston Globe
It turns out weather on other planets is a lot like on Earth
Related : Advertisement But by leveraging the sheer amount of knowledge and data about our planet, scientists can get a head start on understanding the inner workings of storms or vortexes on other planetary bodies. In some cases, the models provide almost everything we know about some otherworldly atmospheric processes. 'Our planetary atmosphere models are derived almost exclusively from these Earth models,' said Scot Rafkin, a planetary meteorologist at the Southwest Research Institute. 'Studying the weather on other planets helps us with Earth and vice versa.' Satellite photo of the Baltic Sea surrounding Gotland, Sweden, with algae bloom swirling in the water. The churning clouds near Jupiter's pole appear like ocean currents on Earth — as if you're looking at small edges and meandering fronts in the Baltic Sea. European Space Agency Vortexes on Jupiter If you looked at the churning clouds near Jupiter's pole, they appear like ocean currents on Earth - as if you're looking at small edges and meandering fronts in the Baltic Sea. 'This looks so much like turbulence I'm seeing in our own ocean. They must be covered by at least some similar dynamics,' Lia Siegelman, a physical oceanographer at Scripps Institution of Oceanography, recalled the first time she saw images of vortexes from NASA's Juno mission, which entered Jupiter's orbit in 2016. Advertisement Working with planetary scientists, she applied her understanding of the ocean physics on Earth to the gas giant in computer models. Whether it's in air or water on any planet, she found the laws of physics that govern turbulent fluids is the same (even though the vortex on Jupiter is about 10 times larger than one on Earth). When cyclones and anticyclones (which spin in the opposite direction) interact in the ocean, they create a boundary of different water masses and characteristics - known as a front. She and her colleagues found the same phenomenon occurs in cyclones at Jupiter's poles, showing similar swirls. 'By studying convection on Earth, we were also able to spot that phenomenon occurring on Jupiter,' Siegelman said, even though Jupiter has relatively little data compared to Earth. Related : She and her colleagues also found a pattern never seen on Earth before: a cluster of cyclones in a symmetrical, repeating pattern near the poles of Jupiter. These 'polar vortex crystals' were observed in 2016 and have remained in place since. Despite never seeing them on Earth, she and other planetary scientists collaborated to reproduce these swirls in computer models - relying on 'just very simple physics.' 'Planetary scientists use a lot of the weather models that have been developed to study either the ocean or the atmosphere,' Siegelman said. 'By just knowing so much about the ocean and the atmosphere, we can just guide our analysis.' Advertisement This NASA handout photo shows beds of sandstone inclined to the southwest toward Mount Sharp and away from the Gale Crater rim on Mars. HANDOUT Dust storms on Mars If you plan to move to Mars, be prepared to face the dust storms. At their most intense, they can engulf the entire planet and last from days to months. The dirt can block sunlight and coat infrastructure. While scientists have observed many of these storms, they still don't know how to predict them. Dust storms operate similarly on Earth and Mars. Dust is lifted and heated, and rises like a hot-air balloon, Rafkin said. The rising air will suck in air from below to replace it. Air pressure drops near the surface, sucking in more wind that lifts the dust. As Mars spins, the angular momentum causes the dust storm to rotate. In reality, Martian dust storms are more similar to hurricanes on Earth in terms of their scale and circulation, said planetary scientist Claire Newman. She said the sources are different (Mars is a dust planet, whereas Earth is a water planet), but they have a similar effect on temperature and winds. But it's still unknown how these Martian dust storms form. On Earth, a winter storm with a cold front can lift the dust; scientists sometimes see similar dust lifting along cold fronts on Mars, but many storms just seem to pop up. Related : To predict a dust storm, scientists need to understand the circulation patterns on Mars - forecasting the cold front that can lift the dust, for instance. But it's something researchers don't yet understand. Wind measurements are scarce on Mars, aside from a few scattered measurement sites on its surface. With adjustments, Earth-based models can simulate the conditions that can lead to the uplifting winds and dust storms. 'Almost everything that we know about the circulation patterns on Mars come from models,' said Rafkin, adding that scientists 'have effectively no observations of the movement of the air on Mars.' Advertisement In this photo, sand blowing off fields creates a dust storm near Morton, Texas, in May 2021. Dust storms operate similarly on Earth and Mars. Jude Smith/Associated Press The models currently serve as the best way to understand dust storms on the Red Planet, unless more dedicated studies and stations are added, similar to Earth. 'We're basically applying these models to try and get a sense of what the environment is,' said Newman, 'before we send robots or potentially people there.' Rain on Titan The second-largest moon in our solar system, Titan is the only other known world besides Earth that has standing bodies of rivers, lakes and seas on its surface - consisting of liquid methane instead of water. That's partly why some scientists think it could be a future home for Earthlings, if we can just figure out the 750-million-mile journey and learn how to survive the minus-179 degree Celsius surface temperatures. But how did those lakes and oceans fill up? Even though it rains methane, the precipitation on Titan is very similar to that on Earth, Rafkin said. On Earth, take a chunk of air with water vapor, cool it off and the air becomes saturated to form a cloud. Those small cloud droplets can bump into one another or take in more water vapor to grow bigger. But eventually, the water vapor starts to condense into a liquid and brings rain. We've seen this process take place on Earth both naturally in the atmosphere and in labs enough times to understand the physics. But limited observations on Titan - effectively only visiting its atmosphere a handful of times - have caused scientists to turn to models. Using the same underlying physics, scientists can model the cloud-making process on this foreign body. And, the modeled clouds look a lot like the few they have observed in real life on Titan. Advertisement This November 2015 composite image made available by NASA shows an infrared view of Saturn's moon, Titan, as seen by the Cassini spacecraft. Titan is the only other known world besides Earth that has standing bodies of rivers, lakes and seas on its surface. AP 'If we try to model them and we get clouds, but they look totally bizarre and different than what we're observing, then that's an indication that maybe we're not representing the cloud processes correctly,' Rafkin said. 'But as it turns out, for the most part, when we model these things, we can produce clouds that look reasonably close to what we've observed.' Because of its incredibly dense atmosphere, Titan has storm clouds - two to four times taller than those on Earth - that are able to produce feet of methane rain. While scientists haven't observed such huge volumes, they have modeled the deluges based on the surface darkening as a storm passed - similar to how rain on soil or pavement darkens the surface on Earth. It's still a mystery where the methane comes from. But at least we know to bring a very, very sturdy raincoat if we ever visit Titan.


Newsweek
14 hours ago
- Newsweek
Dad Going to Work Hears 'Wait'—Unprepared for What Security Cam Captures
Based on facts, either observed and verified firsthand by the reporter, or reported and verified from knowledgeable sources. Newsweek AI is in beta. Translations may contain inaccuracies—please refer to the original content. A father leaving for work was forced to make a U-turn after hearing "Wait!" coming from his driveway. In security camera footage captured on the Ring doorbell, Aaron Weatherford pulled out of his driveway after calling out, "Bye! Love you!" to his family inside. Seconds later, his 7-year-old daughter, Ella, runs after him yelling, "Dad! Wait! Dad!" Split screen of Ring doorbell camera footage of Black car reversing out of driveway and 7-year-old girl holding up her arm. Split screen of Ring doorbell camera footage of Black car reversing out of driveway and 7-year-old girl holding up her arm. @dadatbat Unaware, Weatherford had already started down the road, until his phone lit up with a FaceTime call. "Initially, I thought something tragic happened," Weatherford told Newsweek. "A fall? Something with mom? She was holding the phone just under her chin, enough for me to see her tears coming down from her cheeks. My heart sank." But the truth, while less dramatic, hit him even harder. In a soft, sad tone, Ella told her dad: "You left and didn't hug me." The clip then cuts to Weatherford pulling back into the driveway and walking into the house. He posted the footage on Instagram (@dadatbat) with the caption: "Don't ever miss a chance to love on your kiddos not just with words, but with actions." For the dad of three, those words carry the weight of profound personal loss. "We lost my oldest daughter, Olivia, September 12, 2023 to pediatric cancer after four and a half year battle," he told Newsweek. "I cherished moments with her and our family when we were together... [but] I look back on those moments and think, 'Where would I have shown love more?' If we say, 'I love you' I want them to know what love looks like, not just what it sounds like." That mindset has shaped every interaction since. Hospital visits for Olivia were spent away from his two younger children and now, he's got a new perspective on parenting. "Our perspective now has changed to focus more on intentionality and essentially addressing our internal need to 'make up' for lost time," Weatherford said. "If I can make a moment and heal tears, I do whatever I can to do it. My wife and I felt so helpless and useless at times during the cancer journey. If I can, I will." Weatherford's reel has had an overwhelming response online. Since it was posted on March 20, the clip has been viewed almost 19 million times. Thousands of comments poured in with admiration for his actions. "So precious! She'll always remember you turning around for her!" one user wrote. "I would rather be late and hug my kids one more time, every day of the week. No matter what the appointment or meeting. Nothing is more important than my family," another added. Many others believe Ella saved her father from a fateful car accident by getting him to turn around. Weatherford told Newsweek that the heartwarming moment between him and his daughter reinforced the idea of making every moment count. Ella, who is the middle child, has the most memories of Olivia's journey, and her parents' trips to the hospital. "I've always been worried that me leaving so often with Liv would impact her and Eli, so I've tried to be more intentional with treating their emotions and pivotal moments of impact carefully," Weatherford said. "That's where this particular moment fell dead center in my heart. I didn't even consider the consequences of work when I answered that call. For her, for my family, they take priority."