logo
Aisha Bowe on her journey from community college to rocket scientist

Aisha Bowe on her journey from community college to rocket scientist

Yahoo03-04-2025

Aisha Bowe, a former NASA rocket scientist and two-time tech company founder, is set to make history as the first person of Bahamian heritage to travel to space when she joins an all-female Blue Origin crew launching on April 14.
Bowe appeared on "CBS Mornings" to discuss her preparation for the historic mission alongside co-host Gayle King, who will also be part of the crew.
"I have been preparing for this moment my entire life," Bowe told King during the interview. "I mean, I started my career thinking I was allergic to math ... And here I'm sitting here, and I'm just like, we are going to space."
In addition to Bowe and King, the groundbreaking mission features a group of women that includes musician Katy Perry, civil rights activist Amanda Nguyen, philanthropist Lauren Sánchez and film producer Kerianne Flynn.
"This crew represents the best in the future of humanity," Bowe said. "It's really space for the benefit of Earth."
Bowe also shared how she overcame early discouragement, including being told she should pursue cosmetology instead of aerospace engineering.
"I was told I couldn't, I wouldn't, I shouldn't, and I can't, and I did," said Bowe. "I went from community college to studying aerospace at the University of Michigan to working at NASA for six years."
The crew recently appeared on the cover of ELLE magazine's special April digital edition, where they met in person for the first time.
When asked what excites her most about the upcoming journey, Bowe emphasized the impact on future generations.
"I did it because I saw all of you reach for the sky, and I knew it could, too," Bowe said.
Bowe's preparation has included experiencing G-forces to simulate the physical demands of spaceflight. She joked that her biggest concern for the actual flight is streaking makeup through the tears of excitement.
Watch live coverage of "CBS Mornings" co-host Gayle King's trip to space aboard a Blue Origin rocket on Monday, April 14, starting at 9 a.m. ET on CBS, CBS News 24/7 or Paramount+.
Authors of "Autism Out Loud" on motherhood, diagnosis and growth on the spectrum
Democratic-backed candidate wins record-breaking Wisconsin Supreme Court seat
Deborah Norville on final season at "Inside Edition" after 30 years

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Gene-hacked microbe pulls rare earths and traps carbon 58x faster than nature
Gene-hacked microbe pulls rare earths and traps carbon 58x faster than nature

Yahoo

time20 minutes ago

  • Yahoo

Gene-hacked microbe pulls rare earths and traps carbon 58x faster than nature

In the war for clean energy and climate survival, scientists have found an unlikely ally: a metal-eating microbe. Tiny but tenacious, Gluconobacter oxydans is being reprogrammed to replace heavy machinery and toxic chemicals in the extraction of rare earth elements. But this microbe isn't just pulling metals from stone. It's also accelerating the Earth's natural ability to trap carbon dioxide, offering a two-for-one deal in the fight against climate change. Armed with genetic tweaks that turbocharge its acid production and unlock hidden biochemical abilities, G. oxydans is proving to be more efficient than new research, scientists at Cornell University boosted its rare earth extraction power by up to 73 percent—without the environmental damage of traditional mining. The same microbe can also accelerate natural carbon capture by 58 times, transforming ordinary rocks into long-term CO₂ storage systems. 'More metals will have to be mined in this century than in all of human history, but traditional mining technologies are enormously environmentally damaging,' said Buz Barstow, associate professor of biological and environmental engineering in the College of Agriculture and Life Sciences, in a release.'Currently, the U.S. has to obtain almost all of these elements from foreign sources, including China, creating a risk of supply-chain disruption.' Metals like magnesium, iron, and calcium naturally react with carbon dioxide to form minerals that lock the gas away for good. Cornell's engineered microbes supercharge this process by breaking down rock faster, exposing more metal to CO₂, and turning the Earth itself into a carbon trap. 'What we're trying to do is take advantage of processes that already exist in nature but turbocharge their efficiency and improve sustainability,' said Esteban Gazel, the Charles N. Mellowes Professor in Cornell Engineering. To push the microbes' potential further, Cornell scientists dug into its genetic blueprint. In one study, they discovered that with just two genome edits, G. oxydans could become far more effective at dissolving rock—one tweak increased acid production, while the other removed internal limits, dramatic increasing rare earth recovery. But acid wasn't its only tool. A second study revealed that the microbe uses other, previously unknown pathways to extract metals. By knocking out genes one by one in a high-performing strain, researchers identified 89 genes tied to bioleaching—68 of which had never before been linked to the process. That breakthrough helped boost extraction efficiency by more than 100 percent. In parallel, a third paper showed that G. oxydans can speed up natural carbon capture without relying on high temperatures, pressure, or harsh chemicals. As it breaks down magnesium- and iron-rich rocks, those elements bind with carbon dioxide to form solid minerals like limestone, permanently locking the carbon away.'This process can occur in ambient conditions, at low temperature, and it doesn't involve the use of harsh chemicals,' said Joseph Lee, a Ph.D. student and lead author. 'It naturally draws down CO2 and stores it permanently as minerals. We're also recovering other energy-critical metals like nickel as byproducts. It's a two-fold solution.' With funding from the National Science Foundation, the Department of Energy, Cornell Atkinson, and alumni donors, the work is now moving from the lab to the real world. The research, published in Communications Biology and Scientific Reports, was led by Alexa Schmitz, now CEO of REEgen, an Ithaca-based startup working to commercialize the technology.

Catch Jupiter and Mercury side by side in the evening sky this week
Catch Jupiter and Mercury side by side in the evening sky this week

Yahoo

timean hour ago

  • Yahoo

Catch Jupiter and Mercury side by side in the evening sky this week

When you buy through links on our articles, Future and its syndication partners may earn a commission. The nights surrounding June 7 will see Jupiter and Mercury crowd together close to the horizon in the northwestern sky. Stargazers in the U.S. will need a clear horizon to spot the planetary duo hanging less than 10 degrees (about a fist's width at arm's length) above the western horizon when the sun sets on June 6, with Jupiter positioned to the upper left of Mercury. The planets will only be visible for around 45 minutes after sunset, at which time they will follow our star below the horizon. The following evenings will see fleet-footed Mercury draw level with Jupiter, before rising above and away from the gas giant in the night sky as a result of the smaller world's tight orbit around the sun. On June 7, the planets will pass a little over two degrees from each other - close enough to fit comfortably inside the field of view of a pair of 10x50 binoculars. Ensure that the sun has set entirely below the horizon before you point any binoculars or telescopic gear in its direction. Side by side in the night sky, the two points of light appear similar in nature, belying the extreme differences of the solar system bodies they represent. Jupiter is a gas giant and the largest planet in our solar system, capable of fitting the smallest planet - rocky Mercury - within its expanse many thousands of times over. Want to find the planets of our solar system for yourself? The Celestron NexStar 4SE is ideal for beginners wanting quality, reliable and quick views of celestial objects. For a more in-depth look at our Celestron NexStar 4SE review. Their orbits are similarly divergent. It takes Jupiter 12 Earth years to complete a single lap of our star while travelling at an average orbital distance of 484 million miles (778 million kilometers). Counterintuitively, the gas giant has the shortest day of any planet in the solar system, taking a mere 9.9 hours to spin on its axis, according to NASA. Mercury, on the other hand, is separated on average by 29 million miles (47 million kilometers) from our star and completes a circuit of the sun every 88 Earth days — much shorter than the 176 Earth days that it takes for the tortured world to complete a full day-night cycle. Night sky enthusiasts hoping to explore the planets of our solar system for themselves should check out our guides to the best binocular and telescope deals. Those new to the night sky should also read our guide detailing the top smartphone stargazing apps available in 2025. Editor's Note: If you capture a picture of Jupiter and Mercury and want to share it with readers, then please send it along with your comments, name and the location of the shoot to spacephotos@

G-SHOCK's Hidden Glow Vol. 2 Collection Captures the Luminescence of the Summer Sea
G-SHOCK's Hidden Glow Vol. 2 Collection Captures the Luminescence of the Summer Sea

Hypebeast

timean hour ago

  • Hypebeast

G-SHOCK's Hidden Glow Vol. 2 Collection Captures the Luminescence of the Summer Sea

Summary G-SHOCKhas revealed the Hidden Glow Vol. 2: Sea of Stars, the second installment of its popularHidden Glowseries. Spanning models across theGA-2100,GA-110,GA-700andDW-6900series, the six-piece collection draws inspiration from the summer sea, capturing the mystique of bioluminescent tides through its innovative dial designs. Each watch features a captivating blue phosphorescent dial, crafted from resin components infused with a special phosphorescent material. This material, applied either across the entire dial or in select areas, emits a gentle blue glow in darkness, reminiscent of plankton shimmering through moonlit waters. This ethereal glow integrates an ocean-inspired element with G-SHOCK's signature toughness, creating a sophisticated and striking silhouette. The phosphorescent dials are complemented by a refined white and blue bio-based resin color palette, reflecting the natural transformation of the coastline. Each model captures the dynamic spirit of coastal summer life while delivering G-SHOCK's renowned durability and performance, including LED lighting for optimal visibility in low-light conditions. The timepieces are also equipped with a shock-resistant structure, 200-meter water resistance, a stopwatch, a countdown timer, five daily alarms and 12/24 hour time formats. THE Hidden Glow Vol. 2: Sea of Stars collection is now available for purchase viaG-SHOCKas well as select retailers.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store