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Universe Today

America’s first space tourist signs up for a moon trip

Twenty-one years after becoming the first paying passenger to visit the International Space Station, California financial analyst Dennis Tito and his wife, Akiko Tito, are taking on a new space adventure: a trip on SpaceX’s Starship super-rocket around the moon and back.

The Titos are the first customers to be named as crew members for what’s slated to be SpaceX’s second crewed round-the-moon mission. A time frame for that flight hasn’t been announced, but it’s due to come after the Polaris Program’s first flight of Starship in Earth orbit and the “dearMoon” lunar mission planned by Japanese billionaire Yusaku Maezawa. If the Starship development program proceeds as SpaceX hopes, those first two flights could lift off by the mid-2020s.

Dennis Tito, an 82-year-old former NASA engineer who made his fortune in finance, would be in line to become the oldest human to go into orbit. He would beat the record set by senator-astronaut John Glenn when he flew on the shuttle Discovery at the age of 77. (Star Trek actor William Shatner, who rode a Blue Origin spaceship last year at the age of 90, holds the record for suborbital spacefliers.)

Tito is already in the history books by virtue of his flight to the ISS in 2001. Russia’s Roscosmos space agency had previously flown privately funded travelers to the Mir space station, but Tito was the first American to buy his own ticket for a spaceflight, and the first commercial passenger to visit the ISS.

Most private-sector spacefliers would bristle at the term “space tourist,” but Tito’s status during the 2001 flight comes closest to fitting that description. “I spent most of my time in Zvezda, the service module, where I listened to opera, shot video and stereographic photos of the Earth out of the porthole, helped prepare food and talked with the crew during meals,” he recalled at a congressional hearing.

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Universe Today

DART probe’s effect on an asteroid wows astronomers

NASA says its DART spacecraft caused a larger-than-expected change in the path of its target asteroid when they collided two weeks ago — marking a significant milestone in the effort to protect our planet from killer space rocks.

Ten months after it was launched, the Double Asteroid Redirection Test’s refrigerator-sized robotic probe crashed into a 560-foot-wide asteroid called Dimorphos on Sept. 26, as it circled a bigger asteroid known as Didymos. The paired asteroids were 7 million miles from Earth at the time, and posed no threat to Earth before or after the smashup.

Before the crash, DART’s science team said they expected the collision to reduce the time it took for Dimorphos to go around Didymos by about 10 minutes. NASA would have regarded any change in excess of 73 seconds as a success.

After the crash, detailed observations from ground-based observatories showed that the orbit was actually 32 minutes shorter — going from 11 hours and 55 minutes to 11 hours and 23 minutes. That’s three times as much of a change as scientists were expecting. Scientists also said Dimorphos appears to be slightly closer to Didymos.

“This is a watershed moment for planetary defense, and a watershed moment for humanity,” NASA Administrator Bill Nelson said today. “All of us have a responsibility to protect our home planet. After all, it’s the only one we have.”

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Universe Today

Enigmatic Europa gets its extreme closeup from Juno

Over the course of a brief two-hour opportunity, NASA’s Juno spacecraft captured a rare close look at Europa, an ice-covered moon of Jupiter that’s thought to harbor a hidden ocean — and perhaps an extraterrestrial strain of marine life.

Juno has been orbiting Jupiter since 2016, but this week brought the best opportunity to look at Europa, which is the prime target for investigation by NASA’s Europa Clipper probe in the 2030s.

On Sept. 29, the orbiter buzzed over the moon’s surface at a velocity in excess of 52,000 mph (23.6 km per second), and at an altitude of 352 kilometers (219 miles).

That’s as close as any spacecraft has come to Europa since the Galileo orbiter’s 218-mile flyby in 2000.

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Universe Today

NASA and SpaceX will look into giving Hubble a big boost

NASA and SpaceX say they’ll conduct a feasibility study into a plan to reboost the 32-year-old Hubble Space Telescope to a more sustainable orbit, potentially at little or no cost to NASA.

The plan could follow the model set by last year’s Inspiration4 mission, an orbital trip that was facilitated by SpaceX and paid for by tech billionaire Jared Isaacman as a philanthropic venture. Isaacman, who is now spearheading a privately funded space program called Polaris in cooperation with SpaceX, says he’ll participate in the feasibility study.

“We could be taking advantage of everything that’s been developed within the commercial space industry to execute on a mission, should the study warrant it, with little or no potential cost to the government,” Isaacman said at a news briefing.

If the six-month feasibility study turns into an actual mission, a spacecraft could be sent up to Hubble to lift the telescope from its current altitude of 330 miles to the 370-mile orbit it was in when it was deployed in 1990. Patrick Crouse, Hubble project manager at NASA’s Goddard Space Flight Center, said that could add another 15 to 20 years to the telescope’s life.

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Universe Today

Axiom Space aims to fly first Saudi female astronaut

Axiom Space says it’s working with the Saudi Space Commission to send two spacefliers from the Arab kingdom, including the first Saudi woman to go into orbit, to the International Space Station as early as next year.

The inclusion of a female astronaut is particularly notable for Saudi Arabia — where women were forbidden to drive motor vehicles until 2018, and where the status of women is still a controversial subject.

Houston-based Axiom Space and the Saudi Space Commission announced their partnership today at the International Astronautical Congress in Paris. In a news release, the Saudi commission said its participation in Axiom’s Ax-2 mission is part of the nation’s effort “to conduct scientific experiments and research for the betterment of humanity in priority areas such as health, sustainability and space technology.” It acknowledged that including a woman astronaut “will represent a historical first for the Kingdom.”

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Universe Today

Neptune and its rings glow in Webb Telescope’s portrait

The first picture of Neptune to be taken by NASA’s James Webb Space Telescope reveals the latest, greatest details of the ice giant’s atmosphere, moon and rings in infrared wavelengths.

Some of those details — for example, faint bands of dust that encircle Neptune — haven’t been brought to light since the Voyager 2 probe zoomed past in 1989.

“It has been three decades since we last saw those faint, dusty bands, and this is the first time we’ve seen them in the infrared,” astronomer Heidi Hammel, an interdisciplinary scientist on the JWST team who specializes in Neptune, said today in a news release. Neptune’s brighter rings stand out even more clearly.

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DNA from Star Trek’s doctor will ride to final frontier

A memorial spaceflight paying tribute to the cast and crew of the original “Star Trek” TV show has just added another star to the passenger list.

DeForest Kelley — who played Leonard “Bones” McCoy, the Starship Enterprise’s physician — will be represented by a thimble-sized sample of DNA on next year’s “Enterprise Flight.” Kelley passed away in 1999 at the age of 79, but the DNA was extracted from a hair sample that was preserved after his death.

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A bit of Star Trek’s Nichelle Nichols will fly to deep space

Nichelle Nichols, who blazed a trail for Black actors as Lieutenant Uhura on the original “Star Trek,” never got to go to space while she was alive — but her ashes and her DNA are due to reach the final frontier as early as this year.

The symbolic samples are scheduled to fly beyond the moon, along with the ashes of other dearly departed Star Trek pioneers such as James Doohan (“Scotty”); Majel Barrett Roddenberry (“Nurse Chapel”); the TV series’ creator, Gene Roddenberry; and visual-effects wizard Douglas Trumbull.

To top it all off, Nichols’ memorial journey will begin with the launch of a Vulcan rocket. “I’m sure she would have much preferred to go on the shuttle,” said her son, Kyle Johnson, “but this was a pretty close second.”

The “Enterprise” memorial mission is being organized by Houston-based Celestis, which has been making arrangements to fly its customers’ cremated remains for a quarter-century. A gram of Nichols’ ashes, plus DNA samples taken from her and from Johnson, will be among the secondary payloads for United Launch Alliance’s first Vulcan Centaur mission, set for no earlier than December.

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Universe Today

Webb Telescope sees Jupiter and auroras in a new light

NASA’s James Webb Space Telescope is designed to probe the farthest frontiers of the universe, but newly released images of Jupiter prove that the observatory can also bring fresh perspectives to more familiar celestial sights.

The infrared images reveal Jupiter’s polar auroras and its faint rings as well as two of its moons — plus galaxies in the far background. The planet’s Great Red Spot is there as well, but because it’s seen through three of JWST’s specialized filters, it looks white rather than red.

JWST’s new perspective should give scientists a better sense of how the complex Jupiter system is put together.

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Universe Today

LHC spots exotic particles — and starts hunting for more

Physicists say they’ve found evidence in data from Europe’s Large Hadron Collider for three never-before-seen combinations of quarks, just as the world’s largest particle-smasher is beginning a new round of high-energy experiments.

The three exotic types of particles — which include two four-quark combinations, known as tetraquarks, plus a five-quark unit called a pentaquark — are totally consistent with the Standard Model, the decades-old theory that describes the structure of atoms.

In contrast, scientists hope that the LHC’s current run will turn up evidence of physics that goes beyond the Standard Model to explain the nature of mysterious phenomena such as dark matter. Such evidence could point to new arrays of subatomic particles, or even extra dimensions in our universe.