Things on Earth are a mess, but it's fun watching these NASA Astronauts at work on a 24/7 live feed from the International Space Station.
You can see Earth from the International Space Station in these videos, and it looks so calm from up there. Read the rest
From the Moving Beyond Earth exhibition at the National Air and Space Museum in Washington, DC: a Pepsi can designed for astronauts!
In 1984, researchers for Coca Cola had an idea about dispensing carbonated beverages in space to give astronauts more choices to drink and also to create a stellar advertising opportunity. The company developed a can that would work in weightlessness to keep the cola fizzy without spewing out of the can. NASA agreed to let the astronauts try the Coke device on a Shuttle flight. When Pepsi learned of this project, it also wanted to participate and developed its own container. Both Coke and Pepsi products were flown on the STS 51-F mission in 1985 so crew members could evaluate the dispensers and do a taste test. Results were mixed and NASA did not add either company's product to the Shuttle food pantry; the mid-1980s "Cola Wars" continued on earth but not in space. NASA gave the Museum this extra Pepsi can that was modified for spaceflight.
Image: Moving Beyond Earth exhibition at the National Air and Space Museum in Washington, DC.
In 1969, astronaut Richard Gordon used this hand controller to steer the Apollo 12 command and service module Yankee Clipper around the moon while his colleagues frolicked on the lunar surface. The controller, complete with trigger switch, just sold at auction for $56,000. I hope the buyer is using it to mod a vintage Lunar Lander arcade machine. From the RR Auction "Space and Aviation Auction":
...Measuring 2.75″ x 4.75″ x 2.5″ overall, with affixed “Class III, Not For Flight” label and underside of base marked with part numbers: “S/N 16, 10022865-101, 94580.” The controller, with trigger switch, is secured to a walnut 4.75″ x 8″ x 1″ base with upper and lower plaques, “Apollo 12, Nov. 14-24, 1969” and “Rotational Hand Controller,” with handwritten notation to underside: “RG, 93-002b.” This spring-loaded hand controller was used to control pitch, roll, and yaw while Gordon navigated in lunar orbit. In fine condition.
I had the privilege of interviewing Buzz Aldrin a few years ago. The second man to step foot on the moon (and first to pee on it) had just released a new book, and won his first ever March Madness bracket, and the first thing he told me over the phone was how he'd spent his 80th birthday scuba diving in the Galapagos with his son, but got in trouble when he broke away from the group and grabbed a whale shark by the dorsal fin just so he could ride it.
Buzz Aldrin is a god damn national treasure and a real American badass. (I'd also love to see the look on that scuba instructor's face if/when they realized that the old man they were scolding was in fact Buzz Aldrin.)
Now, Aldrin is 90 years old, which puts him at particularly high risk for infection by the novel coronavirus. But this national treasure has a solid plan to stay safe, as detailed to Eric Berger at Ars Technica: "Lying on my ass and locking the door."
Aldrin is a survivor — of outer space, of shitty jobs, and of alcoholism and depression — so I tend to trust his advice. But if you're looking for something more substantial, Forbes spoke with several other astronauts about their time in isolation, including NASA’s Human Research Program Director Bill Paloski, Ph.D.; John Grunsfeld PhD, a retired NASA astronaut and Hubble Space Telescope repairman who spent over 59 days in space; and Dr. Read the rest
Twenty-four human beings have traveled from Earth to the moon. Fewer than half of them remain.
Astronaut Al Worden, who flew to the moon in 1971 as a member of the Apollo 15 crew, has died. The retired astronaut was 88.
Worden circled the moon alone on that mission, while his two crewmates test-drove the first lunar rover. Read the rest
Helen Sharman was the first British astronaut and in 1991 became the first woman to visit the Soviet Mir space station. In an interview published in The Guardian yesterday, she made a comment about extraterrestrials, the latter part of which is an eyebrow raiser:
Read the rest"Aliens exist, there’s no two ways about it. There are so many billions of stars out there in the universe that there must be all sorts of different forms of life. Will they be like you and me, made up of carbon and nitrogen? Maybe not. It’s possible they’re here right now and we simply can’t see them."
On Christmas Eve, 1968, astronauts Frank Borman, Jim Lovell and Bill Anders, the first humans to orbit another world, delivered a Christmas Eve message from above the lunar surface. From NASA:
"We were told that on Christmas Eve we would have the largest audience that had ever listened to a human voice," recalled Borman during 40th anniversary celebrations in 2008. "And the only instructions that we got from NASA was to do something appropriate." "The firs
t ten verses of Genesis is the foundation of many of the world's religions, not just the Christian religion," added Lovell. "There are more people in other religions than the Christian religion around the world, and so this would be appropriate to that and so that's how it came to pass."
The mission was also famous for the iconic "Earthrise" image, snapped by Anders, which would give humankind a new perspective on their home planet. Anders has said that despite all the training and preparation for an exploration of the moon, the astronauts ended up discovering Earth.
Snoopy has been a NASA mascot for more than 50 years going back to the Apollo missions. Now, Snoopy is headed to the International Space Station for a new cartoon series, Snoopy In Space, launching November 1 on Apple TV+.
NASA image below: "Headed for the launch pad, Apollo 10 Commander Tom Stafford pats the nose of a stuffed Snoopy held by Jamye Flowers (Coplin), astronaut Gordon Cooper’s secretary."
Some folks can sleep anywhere. Others, while traveling, need the comfort of a pillow brought with them from home in order get a bit of shut eye. For the privileged handful that have journeyed into space, taking a snooze is, well, like nothing else on earth.
In this video, former NASA astronaut Mike Massimino provides some insider insight on what it takes to catch a few Z's in zero-gravity. Read the rest
Cue "Yakety Sax."
NASA astronaut Anne McClain captured this astonishing image of the SpaceX Crew Dragon capsule approaching her temporary residence, the International Space Station. "The dawn of a new era in human spaceflight," McClain tweeted with the photo.
The SpaceX Crew Dragon, containing supplies rather than humans for this test, docked at the ISS yesterday morning and the hatch was opened a few hours ago. From NASA:
Read the rest(The mission, called) Demo-1 is the first flight test of a space system designed for humans built and operated by a commercial company through a public-private partnership. The mission also marks a significant step toward returning to the nation the capability to launch astronauts on a U.S.-built spacecraft from U.S. soil.
“It’s an exciting evening,” NASA Administrator Jim Bridenstine said after the launch. “What today really represents is a new era in spaceflight. We’re looking forward to being one of many customers in a robust commercial marketplace in low-Earth orbit.”
(They are) paying tribute to the first human in space — Yuri Gagarin. The cosmonaut, who launched April 12, 1961, from the same cosmodrome, had to "go" on the way to the rocket … and the rest is history.
Various other Gagarin tributes also come into play for launch crews — they also visit Gagarin's grave in the Kremlin Wall Necropolis in Moscow. And after arriving in Baikonur, they plant a tree in the same grove where Gagarin planted his; and they visit his office, which has been preserved since his death in 1968.
"Why Cosmonauts Pee on the Bus That Picks Them Up for Launches" (Space.com) Read the rest
On Tested's Offworld, Boing Boing pals Ariel Waldman and Adam Savage talk with astronaut Jim Newman about the 1983 film The Right Stuff, early NASA missions, and how "astronaut culture" has changed over the years.
Alan Shepard: Dear Lord, please don't let me fuck up.
Gordon Cooper: I didn't quite copy that. Say again, please.
Alan Shepard: I said everything's A-OK.
Space is no stranger to beer. Astronauts have farted about with beer fermentation, in orbit, in the past. The Russians have tried their hand at growing barley and hops in the International Space Station's Zvezda module and, during the early years of their space program, the USSR attempted to crank out freeze-dried beer that was halfway palatable for their cosmonauts to enjoy in the vacuum of space – but it wasn't, so they didn't. Fast forward to the present day: a pair of companies are doing their damnedest to create a beer and bottle that'll let astronauts get their drank on in the inky depths of the vacuum that surrounds our home.
From Space.com
Australian beer company 4 Pines Brewing and space-engineering firm Saber Astronautics Australia are building a special bottle for their pioneering "Vostok Space Beer, which was named after the vehicle that cosmonaut Yuri Gagarin rode to orbit in April 1961. The companies are asking for $1 million on Indiegogo to make the design a reality. (As of Wednesday, May 9, just 3 percent of that total had been raised, with 23 days to go.)
Participants in the Indiegogo campaign can buy a prototype of the beer bottle for themselves; the two companies are using the fundraising campaign to market the bottle and to let the public join the research effort. The funds will be used to complete the industrial design of the bottle and to fund people researching it in flight...
In order to test how the bottle and the beer, which should more accurately be described as a stout, perform in zero gravity, Saber Astronautics and 4 Pines plan on enlisting the not-for-profit space research company, Astronauts4Hire, to chug-a-lug the brew during parabolic flights. Read the rest
Gravity isn't always your friend, even when you're on the Moon.
Watch as a series of Apollo mission astronauts fall down on the job in this compilation video by YouTuber Martian Archaeology. The footage is originally from NASA's archive.
Scientists have been working on a way to turn poop into an edible which, even if it winds up tasting like French fries, will never let you entirely forget about the fact that you're eating poop.
According to Penn State News, researchers at the university's College of Earth and Mineral Sciences have been puttering about their lab, looking for a way to turn human waste into a viable food source for astronauts on deep space missions.
As most people don't want to play with their own brand, the researchers turned to an artificial human waste analog, commonly used for testing purposes in waste treatment plants. The waste was placed inside of a closed cylinder and treated with microbes. These microbes broke down their faux-feces through a process called anaerobic digestion. This breakdown of the waste results in a discharge of methane, which can be used to produce a microbe called Methylococcus capsulatus. Methylococcus capsulatus is currently used in animal feed, and since humans are animals, BOOM: astronaut food. By growing the microbes at a temperature that kills harmful bacteria, the research team was able to produce a bio mass consisting of 61% protein and 7% animal fats.
According to Penn State professor of Geosciences, Christopher House, the resulting foodstuff would have the consistency of Vegemite or Marmite.
With this being the case, there could be a large contingent of future astronauts that would prefer to eat their own crap, instead.
Photo via Flikr, courtesy of Dave Young
Read the rest
A German start-up has prototyped a bread oven that operated in microgravity that may someday enable astronauts to enjoy fresh-baked goods in space. Currently, astronauts eat tortillas because they aren't crumbly and have a long shelf-life. (See the below photo of a rather unappetizing tortilla cheeseburger on the International Space Station.) From Space.com:
Read the rest
On Earth, bread needs to be baked at a temperature of about 400 degrees F (200 degrees C). Once it’s done, the bakers remove it from the heated oven. But that would not be possible in space. Processes such as thermal convection, which helps to mix up air on Earth, don't work in space. If a bubble of air that hot were to escape from the oven in orbit, it could stay floating inside the station for quite a while, posing a serious health risk to the astronauts, (Bake In Space CEO Sebastian) Marcu said.
Marcu said the team has found a way to overcome this challenge.
"We basically put the baking product, the dough, inside the cold oven and start heating it up," he said. "Once it's almost done, we start cooling it down. But at that time, any product will start to get dry, and that's why we need to design the oven so that some water is added during the baking process."
The oven also needs to be able to operate with only 270 watts of power — about one-tenth the power used by conventional ovens on Earth. Marcu said the team hopes to have a prototype ready by the end of this year.
