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Space sickness — What happens when an astronaut in orbit says hes not coming back? “If you guys don’t give me a chance to repair my instrument, I’m not going back.”

Eric Berger – Jan 22, 2024 11:00 am UTC Enlarge / The STS-51-B mission begins with the liftoff of the Challenger from Pad 39A in April 1985.NASA reader comments 7

Taylor Wang was deeply despondent.

A day earlier, he had quite literally felt on top of the world by becoming the first Chinese-born person to fly into space. But now, orbiting Earth on board the Space Shuttle, all of his hopes and dreams, everything he had worked on for the better part of a decade as an American scientist at NASA’s Jet Propulsion Laboratory, had come crashing down around him.

Wang was the principal investigator of an experiment called the Drop Dynamics Module, which aimed to uncover the fundamental physical behavior of liquid drops in microgravity. He had largely built the experiment, and he then effectively won a lottery ticket when NASA selected him to fly on the 17th flight of the Space Shuttle program, the STS-51-B mission. Wang, along with six other crew members, launched aboard Space Shuttle Challenger in April 1985.

On the second day of the mission, Wang floated over to his experiment and sought to activate the Drop Dynamics Module. But it didn’t work. He asked the NASA flight controllers on the ground if he could take some time to try to troubleshoot the problem and maybe fix the experiment. But on any Shuttle mission, time is precious. Every crew member has a detailed timeline, with a long list of tasks during waking hours. The flight controllers were reluctant.

After initially being told no, Wang pressed a bit further. “Listen, I know my system very well,” he said. “Give me a shot.” Still, the flight controllers demurred. Wang grew desperate. So he said something that chilled the nerves of those in Houston watching over the safety of the crew and the Shuttle mission.

“Hey, if you guys don’t give me a chance to repair my instrument, I’m not going back,” Wang said.

Exactly what happened after that may never be known. But thanks to new reporting, we may finally have some answers. And though this is an old story, it still reverberates today, four decades on, with lasting consequences into the era of commercial spaceflight as more and more people fly into orbit. Advertisement Non-NASA astronauts

Space Shuttle missions fulfilled various tasks in the vehicle’s early years, such as deploying satellites, but one of its primary functions was conducting research in microgravity. Working with the European Space Agency, NASA developed and flew a pressurized module called Spacelab on some missions for this purpose.

The STS-51-B mission was the second time this Spacelab module flew, and it carried 15 different experiments ranging from astrophysics to the behavior of fluids in microgravity. Due to the nature of these specialized science experiments, NASA had started to fly “payload specialists” who were not designated to operate the Shuttle but rather complete the experiments on board.

With this mission, flying on board Challenger, the two highest priority experiments concerned materials science and fluid mechanics. Accordingly, the two payload specialistsLodewijk van den Berg, a Dutch-born American chemical engineer, and Taylor Gun-Jin Wang, a Chinese-born American physicistwere chosen because of their expertise in these areas.

Wang was born in Shanghai in 1940 but moved to the United States in 1963 to study at the University of California, Los Angeles. He later earned a doctorate in low-temperature superfluid physics from UCLA and joined NASA’s Jet Propulsion Laboratory in 1972. He became a US citizen three years later. His research involved the behavior of droplets and other sphere-like objects in zero gravity, and he eventually flew on NASA’s zero-g flights. He developed the “Drop Dynamics Module” experiment to take this work to the next level in space.

Although he had never aspired to become an astronaut, when NASA began selecting a crew for the Spacelab mission in 1982, he applied. Wang was selected a year later and would become the first person of Chinese ethnicity to fly into space.

Payload specialists like van den Berg and Wang did not go through the same training as traditional NASA astronauts who underwent an ultra-competitive selection process.

“All received an abbreviated training program on basic Shuttle operations,” write the authors of the book on NASA’s payload specialist program, Come Fly With Us. “NASA performed medical and psychological evaluations on each candidate to ensure they were fit to fly into outer space, but nothing near the level of evaluation required by the NASA astronaut candidates.”

This could create something of a barrier between the mission crews and the payload specialists who were tacked on. Some of the traditional astronauts looked at the payload specialists as interlopers, not to be entirely trusted. Page: 1 2 3 4 Next → reader comments 7 Eric Berger Eric Berger is the senior space editor at Ars Technica, covering everything from astronomy to private space to wonky NASA policy, and author of the book Liftoff, about the rise of SpaceX. A certified meteorologist, Eric lives in Houston. Advertisement Channel Ars Technica ← Previous story Related Stories Today on Ars

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James Craig: Dentist in Colorado poisoned wife’s protein shakes with cyanide, murder trial hears

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James Craig: Dentist in Colorado poisoned wife's protein shakes with cyanide, murder trial hears

The trial of a dentist accused of murdering his wife by poisoning her protein shakes has begun in the US state of Colorado.

James Craig denies using cyanide and tetrahydrozoline, an ingredient in over-the-counter eye drops, to kill Angela Craig in a suburb of Denver.

During the trial’s opening statements on Tuesday, prosecutors claimed the 47-year-old was having an affair with another dentist, had financial difficulties and may have been motivated by the payout from his wife’s life insurance.

Angela and James Craig with their six children. Pic: NBC
Image:
Angela and James Craig with their six children. Pic: NBC

Assistant District Attorney Ryan Brackley told the jury at Arapahoe District Court that the 43-year-old victim – who had six children with her husband – had been suffering worsening symptoms including dizziness, vomiting and fainting.

She died in March 2023 during her third trip to the hospital that month.

Mr Brackley accused Craig of poisoning her protein shakes – then giving his wife a final dose of poison while she was in hospital, and said: “He went in that [hospital] room to murder her, to deliberately and intentionally end her life with a fatal dose of cyanide … She spends the next three days dying.”

Craig, who shook his head at times during the prosecution’s opening statement, has pleaded not guilty to several charges, including first-degree murder, solicitation to commit murder and solicitation to commit perjury.

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Prosecutors said Craig had tried to make it appear his wife of 23 years had killed herself. His internet history showed he had searched for “how to make a murder look like a heart attack” and “is arsenic detectable in an autopsy”.

In an argument, captured on home surveillance video, his wife also accused him of suggesting to hospital staff that she was suicidal.

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Ryan Brackley, a lawyer for the prosecution, delivers his opening arguments during the murder trial for James Craig, accused of killing his wife, at the Arapahoe District Court, Tuesday, July 15, 2025, in Centennial, Colo. (Stephen Swofford via Denver Gazette, Pool)
Image:
Ryan Brackley claimed James Craig administered poison to his wife while she was in hospital. Pic: Denver Gazette/ AP

After Craig’s arrest in 2023, prosecutors alleged that he had offered a fellow prison inmate $20,000 (£14,993) to kill the case’s lead investigator and offered someone else $20,000 to find people to falsely testify that Angela Craig planned to die by suicide.

Craig’s attorney, Ashley Whitham, told the jury to consider the credibility of those witnesses, calling some “jailhouse snitches”.

Ms Whitham argued that the evidence didn’t show that he poisoned her, instead seeming to suggest she may have taken her own life.

Ashley Whitham, a lawyer for the defence, delivers her opening arguments at the murder trial for James Craig, accused of killing his wife
Image:
Ashley Whitham, defending Craig, argued that the evidence didn’t show that he poisoned his wife. Pic: Denver Gazette/AP

She described Angela Craig as “broken”, partly by Craig’s infidelity and her desire to stay married, since they were part of The Church of Jesus Christ and Latter-day Saints.

Hospital staff had said Craig had been caring and “doting” while Angela Craig was in the hospital, said Whitham.

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The defence argued prosecutors had overdramatised Craig’s financial problems and dismissed the prosecution’s suggestion that Craig was motivated to kill because of an affair he was having with a fellow dentist from Texas.

“That’s simply not the case,” Whitham said, adding that Craig had many affairs over the years that his wife knew about. “He was candid with Angela that he had been cheating.”

The trial continues.

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Politics

Michigan town puts pre-emptive curbs on crypto ATMs

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Michigan town puts pre-emptive curbs on crypto ATMs

Michigan town puts pre-emptive curbs on crypto ATMs

The town of Grosse Pointe Farms has no crypto ATMs, but has regulated them anyway, requiring registration, warnings and limits on kiosks.

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Technology

Chip giant ASML says it can’t confirm that it will grow in 2026

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Chip giant ASML says it can't confirm that it will grow in 2026

An icon of ASML is displayed on a smartphone, with an ASML chip visible in the background.

Nurphoto | Nurphoto | Getty Images

ASML reported second-quarter earnings that beat estimates with the its key net bookings figure ahead of consensus.

However, the chip equipment giant missed analyst expectations for revenue guidance in the current quarter and warned of the possibility of no growth ahead.

Here’s how ASML did versus LSEG consensus estimates for the second quarter:

  • Net sales: 7.7 billion euros ($8.95 billion) versus 7.52 billion euros expected
  • Net profit: 2.29 billion euros vs 2.04 billion euros expected

In its own previous forecast issued in April, ASML had said it expected second-quarter net sales of between 7.2 billion euros and 7.7 billion euros. In a pre-recorded interview posted on ASML’s website, the company’s Chief Financial Officer Roger Dassen said the beat was due to revenue from upgrading currently deployed machines as well as tariffs having a “less negative” impact than anticipated.

Analysts anticipated net bookings — a key indicator of order demand — would come in at 4.19 billion euros over the April-June stretch. ASML reported net bookings of 5.5 billion euros.

ASML is one of the most important semiconductor supply chain companies in the world. It makes extreme ultraviolet lithography (EUV) machines, which are required to manufacture the most advanced chips in the world, such as those designed by Apple and Nvidia.

Companies like Intel and Taiwan Semiconductor Manufacturing Co. are customers of ASML.

2026 warning

Like many companies in the semiconductor industry, ASML has been grappling with uncertainty created by U.S. tariff policy.

The company forecast third-quarter revenue of between 7.4 billion euros and 7.9 billion euros, which was shy of market expectations of 8.3 billion euros.

ASML said it expects full-year 2025 net sales to grow 15%, narrowing its guidance from a previously announced forecasts of between 30 billion euros to 35 billion euros.

However, the Dutch tech giant was less certain about the outlook for 2026.

“Looking at 2026, we see that our AI customers’ fundamentals remain strong,” ASML CEO Christophe Fouquet said in a statement.

“At the same time, we continue to see increasing uncertainty driven by macro-economic and geopolitical developments. Therefore, while we still prepare for growth in 2026, we cannot confirm it at this stage.”

The Veldhoven, Netherlands-headquartered company has released its next generation EUV tools known as High NA, which stands for high numerical aperture. These machines, which are larger than a double-decker bus and can cost more than $400 million each, are key to ASML’s future growth plans.

This is a breaking news story. Please check back for more.

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