Tag Archives: outer

Barbara Rush, Star of ‘It Came From Outer Space’ and ‘Peyton Place,’ Dies at 97 – Variety

  1. Barbara Rush, Star of ‘It Came From Outer Space’ and ‘Peyton Place,’ Dies at 97 Variety
  2. Barbara Rush, Golden Globe-winning star of ‘It Came from Outer Space’ and ‘Peyton Place,’ dead at 97 Fox News
  3. Barbara Rush Dies: Actress Known For ‘It Came From Outer Space,’ ‘Peyton Place,’ ‘All My Children’ Was 97 Deadline
  4. Barbara Rush, ‘It Came from Outer Space’ and ‘Peyton Place’ Actress, Dies at 97 Yahoo Entertainment
  5. Barbara Rush, dynamic TV actress and film star, passes away at 97 The News International

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Barbara Rush, Golden Globe-winning star of ‘It Came from Outer Space’ and ‘Peyton Place,’ dead at 97 – Fox News

  1. Barbara Rush, Golden Globe-winning star of ‘It Came from Outer Space’ and ‘Peyton Place,’ dead at 97 Fox News
  2. Barbara Rush Dies: Actress Known For ‘It Came From Outer Space,’ ‘Peyton Place,’ ‘All My Children’ Was 97 Deadline
  3. Barbara Rush, iconic actress of ‘It Came From Outer Space’ fame, dies at 97 The Hindu
  4. Golden Globe-winning Peyton Place star Barbara Rush dies aged 97 9Honey Celebrity
  5. Barbara Rush, Star of ‘It Came From Outer Space’ and ‘Peyton Place,’ Dies at 97 Variety

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NASA combines data from James Webb Telescope, observatory to present dazzling views of outer space – New York Post

  1. NASA combines data from James Webb Telescope, observatory to present dazzling views of outer space New York Post
  2. See stunning images combining James Webb and Chandra X-ray data Digital Trends
  3. NASA unveils stunning new images, adding Chandra data to Webb observations The Indian Express
  4. The universe looks amazing in new photos from the James Webb Space Telescope and famed X-ray observatory Space.com
  5. Composite Images From NASA’s Most Powerful Telescopes Reveal Mind-Boggling Details of the Cosmos — Colossal Colossal
  6. View Full Coverage on Google News

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The Outer Worlds’ Rough PS5 Port Gets First Post-Launch Performance Patch – Push Square

  1. The Outer Worlds’ Rough PS5 Port Gets First Post-Launch Performance Patch Push Square
  2. The Outer Worlds PS5 Gets First Performance Improvement Update Since Backlash PlayStation LifeStyle
  3. The Outer Worlds: Spacer’s Choice Edition Gets First Update After Backlash, Patch Notes Revealed ComicBook.com
  4. The Outer Worlds: Spacer’s Choice Update Addresses Performance Issues, Crashes, and More Wccftech
  5. The Outer Worlds: Spacer’s Choice Edition Update 1.1 released, aims to improve performance, full patch notes DSOGaming
  6. View Full Coverage on Google News

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The Outer Worlds, 2019’s Great RPG, Has A Busted New-Gen Update – Kotaku

  1. The Outer Worlds, 2019’s Great RPG, Has A Busted New-Gen Update Kotaku
  2. The Outer Worlds’ new version is getting slammed on Steam—’Spacer’s Choice Edition: now with 200% more performance issues!’ PC Gamer
  3. The Outer Worlds Spacer’s Choice Edition — A disappointingly appropriate name Windows Central
  4. The Outer Worlds: Spacer’s Choice Edition Review (PS5) – A Definitive Sci-Fi RPG Offering Let Down By Performance Issues PlayStation Universe
  5. The Outer Worlds: Spacer’s Choice Edition Fixes the Original’s Biggest Problem Yahoo Entertainment
  6. View Full Coverage on Google News

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Arrest made in connection to San Francisco Outer Sunset home explosion; police report details backstory, narcotics found in debris – KGO-TV

  1. Arrest made in connection to San Francisco Outer Sunset home explosion; police report details backstory, narcotics found in debris KGO-TV
  2. Suspect arrested in San Francisco Sunset home explosion; facing manslaughter, drug manufacturing cha KTVU FOX 2 San Francisco
  3. SF deadly house fire investigation continues KRON 4
  4. SF house fire: Mysterious liquid-filled tanks recovered from wreckage San Francisco Chronicle
  5. Suspect arrested in San Francisco Sunset home explosion; facing manslaughter, drug manufacturing charges KTVU FOX 2 San Francisco
  6. View Full Coverage on Google News

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Blazing meteorites from the outer solar system triggered life on Earth 4.6 billion years ago

Great balls of fire! Blazing meteorites from the outer regions of the solar system triggered life on Earth 4.6 billion years ago

Great balls of fire from the outer regions of the solar system brought the building blocks of life to Earth 4.6 billion years ago, a new study reveals.

Scientists at the Massachusetts Institute of Technology and Imperial College London found these ancient meteorites contained carbonaceous chondrite, which consisted of potassium and zinc.

Potassium helps produce a cell’s fluids, while zinc is vital in creating DNA.

The team found that these space rocks made up ten percent of the space rocks that smashed into the planet during its birth.

The other 90 percent came from the inner solar system’s non-carbonaceous (NC) material. 

Life of Earth was triggered by fireballs that collided with the newly birthed planet 4.6 billion years ago

‘Our studies complement and confirm each other’s results in multiple ways,’ the study’s lead author Dr Nicole Nie told SWS.

‘Among moderately volatile elements, potassium is the least volatile while zinc is one of the most volatile elements.’ 

READ MORE: Mystery of the diamond-bearing meteorites is SOLVED 

 

Scientists from RMIT and Monash University in Australia have discovered that the diamonds were formed in an ancient dwarf planet from our solar system. 

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The meteorites provided 20 percent of Earth’s potassium and half its zinc.

Both are considered volatiles, which are elements or compounds that change from a solid or liquid state into vapor at relatively low temperatures.

Senior author Professor Mark Rehkämper, of Imperial College London’s Department of Earth Science and Engineering, said in a statement: ‘Our data show that about half of Earth’s zinc inventory was delivered by material from the outer Solar System, beyond the orbit of Jupiter. 

‘Based on current models of early Solar System development, this was completely unexpected.’ 

Previous research suggested that the Earth formed almost exclusively from inner Solar System material, which researchers inferred was the predominant source of Earth’s volatile chemicals.

However, the new study provides the first evidence that Earth formed partly from carbonaceous meteorites from asteroids in the outer main belt. 

‘This contribution of outer Solar System material played a vital role in establishing the Earth’s inventory of volatile chemicals,’ said Rehkämper.

‘It looks as though without the contribution of outer Solar System material, the Earth would have a much lower amount of volatiles than we know it today – making it drier and potentially unable to nourish and sustain life.’ 

The team analyzed 18 meteorites,11 from the inner region and the rest traveled from the outer areas.

The meteorites contained potassium and zinc and traveled from the outer regions of the solar system

And then, they measured the relative abundances of zinc’s five different forms – or isotopes. 

They then compared each isotopic fingerprint with Earth samples to estimate how much these materials contributed to the Earth’s zinc inventory, showing that Earth only incorporated about ten percent of its mass from carbonaceous bodies. 

 The researchers found that material with a high concentration of zinc and other volatile constituents is also likely to be relatively abundant in water, giving clues about the origin of Earth’s water.

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The computer errors from outer space

Going to great lengths to shield a data centre from cosmic rays, say by lining it with lead, would be eye-wateringly expensive. It’s much easier and cheaper to just keep geographically distributed backups of data. If the worst happens, customers can be shifted over to the backup server, says Grayson.

But for some applications, cosmic rays are taken very seriously. Consider the pile of electronics in a modern plane that connects the pilot’s controls to the rudder, for example. Tim Morin, technical fellow at semiconductor firm Microchip, says major aerospace and defence manufacturers use components that are resistant to certain cosmic ray effects. His company is among those that supply these components.

“It’s just immune to single-event upsets caused by neutrons,” he says. “We are not affected by that.”

Morin declines to elaborate on exactly the approach his firm took to manufacture computer chips that are untroubled by neutron interference, except to say that it is to do with materials and circuit design.

Clearly, not every application requires such high-level protection. And it’s also not possible to achieve this with every kind of computer memory, Morin adds. But for organisations that put planes and satellites above our heads, it is obviously an important consideration.

The technology upon which practically all of us now depend has varying levels of risk associated with it. But it’s important to note that, as the transistors in computer chips get smaller in newer, more advanced semiconductors, they get more susceptible to electromagnetic interference, too.

“The charge needed to reverse a state is smaller,” explains Rech. If only a very tiny charge is required, the chances of a subatomic particle inducing such a charge go up, in principle. Plus, there are growing numbers of computer chips out there, in devices from phones to washing machines. “The overall area that can be corrupted is actually significantly increasing,” says Rech. The subatomic rain falling down on our devices has ever more targets to strike.

The consequences of that could conceivably be dire but, so far, it’s hard to known to what extent this could harm us or the systems that power the modern world. For Marie Moe, the strange behaviour of her pacemaker on that flight to Amsterdam six years ago led to a heightened knowledge of the device that is so important for the healthy functioning of her heart. It even aided her research into the cyber-security vulnerabilities of pacemakers.

If a stray neutron really was behind it all, that’s quite a chain reaction. So at least there can be positive outcomes from bit flips, as well as scary ones.

“I’m really happy, actually,” she says, “that this happened to me.”

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I spent a year in outer space on the International Space Station. The experience still chokes me up — here’s what my days looked like.

Astronaut Mark Vande Hei trains for a spacewalk at the Johnson Space Center in March 2017.NASA

  • Mark T. Vande Hei, 55, is a NASA astronaut who spent a year in space orbiting Earth.

  • He just returned, and didn’t expect his term to last 355 days, but was prepared for it.

  • He said his days included meetings and experiments. On the weekends, they had movie night.

This as-told-to essay is based on a conversation with Mark T. Vande Hei, a 55-year-old NASA astronaut. It has been edited for length and clarity.

Before working at NASA, I graduated with a master’s in applied physics from Stanford and was a physics professor at West Point. One day during my long career in the US Army, a senior Army astronaut came to an Army Space Operations conference looking to find someone to work in the astronaut office as part of an agreement to broaden the experience base of space operations officers in the Army.

I completed my training to become a NASA astronaut in 2011. In March, I returned to Earth after spending 355 days in orbit aboard the International Space Station. I’m officially the American who’s spent the most consecutive days off of our planet.

Before our launch, there was a lot of uncertainty as to how long the spaceflight would be. At first, they told me that it could last up to 355 days, but that didn’t become official until about halfway through the flight. Since my wife and I knew it was a possibility, we planned on my being away that long. My previous spaceflight had lasted about six months, so I saw this longer, latest one as a unique type of challenge.

The journey up to the ISS in the Soyuz was surprisingly smooth. Even though watching a launch from the ground involves a lot of light and noise, on the spacecraft itself, you pass the speed of sound so quickly that you leave all of that noise behind. The predominant sound was that of the pumps whirring to push the fuel out the back end.

When you first get to the ISS, it takes some time to adapt to the fact that the room you’re in is constantly falling toward Earth 

(left to right) Vande Hei with Shane Kimbrough, Akihiko Hoshide, and Megan McArthur, pose with chile peppers grown in space for the first time aboard the International Space Station.

From left to right: Vande Hei with Shane Kimbrough, Akihiko Hoshide, and Megan McArthur, pose with chile peppers grown in space for the first time aboard the International Space Station.NASA

You quickly realize that, on Earth, there are a lot of things you do each day that don’t require conscious effort. So when you’re in orbit, you have to relearn how to do them. For example, if you don’t pay attention to the procedure on how to go to the bathroom, you could end up with a messy situation. When you sit down to go on your laptop, it’s important to always anchor your feet to the floor somehow, or else you’ll end up floating to the ceiling.

The ISS is about the size of a six-bedroom house, but you can go days without seeing one of your six or seven roommates. Basically, the ISS was built in parts, and each part, or module, can be isolated and closed off if an emergency were to occur. On this latest flight, the Russians added two new modules, so the ISS now seems closer to a seven-bedroom home.

Most weekdays start between 6 and 7 a.m. GMT

Vande Hei uses an electric razor with a vacuum attached that collects the hair he’s cutting off fellow NASA astronaut Thomas Marshburn.NASA

We’re scheduled to wake up and have breakfast before the 7:30 a.m. daily-planning conference. In these sessions, we check in with all of the ground-control teams in Japan, Russia, Europe, and the US. During the day, you have one hour for lunch, and then two-and-½ hours for exercise — on board, we have a resistive-exercise device, a stationary bike, and a treadmill. Our bodies adapt well to floating, so it’s important to exercise to keep our strength and bone density at a healthy level. We spend most of our days completing different tasks the teams on Earth set out for us.

On our team’s schedule, there’s a row with each astronaut’s name and a horizontal line that moves forward slowly throughout the day. It guides us on what we’re supposed to be working on and helps us stay on track. My favorite part is when I get to work with the other astronauts, but often we have separate tasks. If you happen to get ahead on your own work, you can go and help someone else, which is always nice.

During this latest flight, we helped conduct hundreds of experiments whether they happened behind the panels or on ourselves 

Vande Hei conducts operations for the Plant Habitat-5 space-agriculture experiment that is studying cotton genetics.

Vande Hei conducts operations for the Plant Habitat-5 space-agriculture experiment that is studying cotton genetics.NASA

I see my role more as the laboratory technician than the scientist because I facilitate the success of the experiments more than taking down data, analyzing it, or writing the reports.

Within the team on board, there are surprisingly few “specialists.” With the extended length of flight, we’ve realized that being a generalist is important because oftentimes the plan will change during our time up there. So you often need people who can do a variety of tasks effectively.

Other than meetings, experiments, and maintenance around the station, spacewalks take up the rest of the day

Vande Hei during a spacewalk to service components on the Canadarm2 robotic arm.

Vande Hei during a spacewalk to service components on the Canadarm2 robotic arm.NASA

For example, we’ve been upgrading and adding solar arrays, which are on the outside of the ISS. The ISS is solar-powered, so it’s important that we have consistent power. Though I didn’t go out on a spacewalk myself during this latest flight because of a pinched nerve in my neck, I have in the past.

Being in space is like an extended fall toward the planet, with you and everything around you falling at the same rate, and no interference from wind. That’s exactly what being in orbit is.

During the week, the workday goes on until about 7:15 p.m., when we finish with another planning meeting.

On the weekends, we usually had time off, other than about 3 hours of house cleaning — I love to tell school kids that

Every Friday or Saturday, we had an entire-crew dinner, and then on Sundays, we would all watch a movie together. Each week, a different astronaut got to choose whichever one they wanted: One of my choices was “Yesterday,” with all the Beatles songs.

Vande Hei peers at the Earth below from inside the seven-windowed cupola, the International Space Station’s window to the world.NASA

During the flight, I talked to my wife every day, and my kids usually every weekend. I got to reconnect with a lot of relatives, too. It’s a pretty cool situation when you call someone and they’re blown away by the fact that you’re talking to them from outer space. Also, I started to meditate every day, and often, I would do it sitting at the window looking out at planet Earth.

I still get pretty choked up thinking about it. It all really is a unique experience.

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Rare mystery diamonds came from outer space, scientists report

Around 4.5 billion years ago, an asteroid likely collided with a dwarf planet spewing meteorites into space including some that contain a strange kind of diamond. Called lonsdaleite, these space diamonds has a hexagonal structure rather than the cubic structure of a typical diamond. Researchers form Australia’s Monash University, RMIT University, and colleagues just confirmed the existence of the space diamonds in a meteorite and determined the natural process by which it formed. From RMIT University/EurekAlert!:

“This study proves categorically that lonsdaleite exists in nature,” said McCulloch, Director of the RMIT Microscopy and Microanalysis Facility.

“We have also discovered the largest lonsdaleite crystals known to date that are up to a micron in size – much, much thinner than a human hair.”

The team says the unusual structure of lonsdaleite could help inform new manufacturing techniques for ultra-hard materials in mining applications.

McCulloch and his RMIT team, PhD scholar Alan Salek and Dr Matthew Field, used advanced electron microscopy techniques to capture solid and intact slices from the meteorites to create snapshots of how lonsdaleite and regular diamonds formed.

“There’s strong evidence that there’s a newly discovered formation process for the lonsdaleite and regular diamond, which is like a supercritical chemical vapour deposition process that has taken place in these space rocks, probably in the dwarf planet shortly after a catastrophic collision,” McCulloch said.

“Chemical vapour deposition is one of the ways that people make diamonds in the lab, essentially by growing them in a specialised chamber.”



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