Elon Musk has released photos of the Tesla Roadster he plans to send to space via a Falcon Heavy rocket. "The series of photos, posted to Instagram, show the Roadster attached to a fitting and placed between the two halves of the payload fairing that caps the rocket," reports The Verge. "The photos were posted just hours after a picture leaked on Reddit that showed a grainy view of the car being readied for its final ride." From the report: This will be the inaugural flight of the Falcon Heavy, a rocket that SpaceX has been planning for years. The successor to the Falcon 9 , it's essentially (and simply put) three boosters strapped together, all of which will add enough thrust to make it the most powerful rocket in the world. It will give SpaceX the ability to send bigger payloads to space while also helping the company push farther out into the Solar System. But SpaceX doesn't want to put a valuable payload on the very first flight, which even Musk has admitted could end (or begin) with an explosion. So the company plans to use a "dummy payload" instead. "Test flights of new rockets usually contain mass simulators in the form of concrete or steel blocks. That seemed extremely boring," Musk wrote on Instagram today. "Of course, anything boring is terrible, especially companies, so we decided to send something unusual, something that made us feel."

Eloking quotes a report from New Atlas: SpaceX's Falcon Heavy rocket has been a long time coming. The successor to its Falcon 9 and the vehicle hoped to carry humans to Mars, this booster will be one of the most powerful ever. And we've just gotten our best look at it yet, with CEO Elon Musk tweeting out photos of an almost complete Falcon 9 Heavy in the hangar ahead of a planned maiden launch next month. The Falcon Heavy is essentially three Falcon 9 first stages rolled into one, with a second stage sat atop the middle one. The nine engine cores in each first stage work together to provide thrust equal to eighteen 747 aircraft, making it the most powerful rocket currently in operation and the most powerful since the Saturn V rocket last lifted off in 1973. In a series of tweets, Musk revealed that when the Falcon Heavy does lift off for the first time, it will do so from the same pad used by the Saturn V rocket at NASA's Kennedy Space Center. Musk has said recently that the Falcon Heavy will carry his own cherry-red Tesla Roadster as its first payload, but as an earlier tweet professing his love for floors has shown, it's not always easy to tell how serious he is about such matters.

An anonymous reader shares an Axios report: In the beginning, Mars was a water world. But at some point in Mars' distant past, much of that water disappeared, leaving behind polar ice caps and a complex geology. Figuring out just where it went has been a major priority for scientists -- life as we know it can't exist without water, and any future settlers would need a steady supply. A new study, published Wednesday in Nature, suggests that much of what remains might in inaccessible. Some went into space, but even more of it may have sunk into the ground like a sponge, only to become bound up in minerals deep within the planet. "Mars, by virtue of its chemistry, was doomed from the start," study author Jon Wade, of Oxford University, tells Axios.

An anonymous reader quotes the New York Post: SpaceX racked up another first on Friday, launching a recycled rocket with a recycled capsule on a grocery run for NASA. The unmanned Falcon rocket blasted off with a just-in-time-for-Christmas delivery for the International Space Station, taking flight again after a six-month turnaround. On board was a Dragon supply ship, also a second-time flier. It was NASA's first use of a reused Falcon rocket and only the second of a previously flown Dragon.

Within 10 minutes of liftoff, the first-stage booster was back at Cape Canaveral Air Force Station, standing upright on the giant X at SpaceX's landing zone. That's where it landed back in June following its first launch. Double sonic booms thundered across the area. At SpaceX headquarters in Hawthorne, California, cheers erupted outside the company's glassed-in Mission Control, where chief executive Elon Musk joined his employees.

The Dragon reaches the space station Sunday. The capsule last visited the 250-mile-high outpost in 2015. This time, the capsule is hauling nearly 5,000 pounds of goods, including 40 mice for a muscle-wasting study, a first-of-its-kind impact sensor for measuring space debris as minuscule as a grain of sand and barley seeds for a germination experiment by Budweiser, already angling to serve the first beer on Mars.
Also onboard were several hundred Star Wars mission patches created by a partnership between Lucasfilm and the Center for the Advancement of Science in Space (the non-profit organization managing the ISS National Lab). Space.com reports that Elon Musk named the Falcon X after the original Millennium Falcon in Star Wars.

An anonymous reader shares an article: When President Kennedy announced the Apollo Program, he famously argued that we should go to the moon because it is hard. Solving the technical challenges of space travel is a kind of civilizational achievement on its own, like resolving an interplanetary Rubik's Cube. The argument worked, perhaps all too well. As soon as we landed on the moon, humanity's expansion into the cosmos slowed and then stopped (not counting robots). If you were to draw a graph charting the farthest distance a human being has ever been from the surface of Earth, the peak was in 1970 with Apollo 13. With the successful moon landings, we solved all of the fundamental challenges involved in launching humans into orbit and bringing them back safely. The people watching those early feats of exploration imagined we would soon be sending astronauts to Mars and beyond, but something has held us back. Not know-how, or even money, but a certain lack of imagination. Getting to space isn't the hard part -- the hard part is figuring out why we're there. Sure, we can celebrate the human spirit and the first person to do this or that, but that kind of achievement never moves beyond the symbolic. It doesn't build industries, establish settlements and scientific research stations, or scale up solutions from expensive one-offs to mass production. Furthermore, as five decades of failing to go farther than our own moon have demonstrated, that kind of symbolism can't even sustain itself, much less energize new activity.

Boeing's CEO says the megarocket his company is helping to build for NASA will deliver astronauts to the Red Planet before billionaire Elon Musk's SpaceX. Space.com reports: According to Fortune, Boeing CEO Dennis Muilenburg was speaking on CNBC today when host Jim Cramer asked whether Boeing or SpaceX would "get a man on Mars first." "Eventually we're going to go to Mars, and I firmly believe the first person that sets foot on Mars will get there on a Boeing rocket," Muilenburg said, according to Fortune. Boeing is the main contractor for the first stage of NASA's giant Space Launch System , which is designed to launch astronauts on deep-space missions using the space agency's new Orion spacecraft. (United Launch Alliance, Orbital ATK and Aerojet Rocketdyne are also SLS contractors.) NASA hopes to build a "Deep Space Gateway" near the moon before using SLS and Orion vehicles to send explorers to Mars. The first test launch is scheduled for 2019. "Do it," Musk tweeted.

Thousands of species have colonized the International Space Station -- and only one of them is Homo sapiens. From a report: According to a new study in the journal PeerJ, the interior surfaces of the 17-year-old, 250-mile-high, airtight space station harbor at least 1,000 and perhaps more than 4,000 microbe species (Editor's note: the link could be paywalled; alternative source ) -- a finding that is actually "reassuring," according to co-author David Coil. "Diversity is generally associated with a healthy ecosystem," said the University of California at Davis microbiologist. A varied population of microscopic inhabitants is probably a signature of a healthy spacecraft, he added. And as humanity considers even longer ventures in space -- such as an 18-month voyage to Mars -- scientists must understand who these microbes are. The samples for Coil's paper were collected in 2014 as part of the citizen science program Project MERCCURI. The initiative, conceived by a group of National Football League and National Basketball Association cheerleaders who are also scientists and engineers, involved swabbing down dozens of professional sports stadiums, identifying the microbes in the samples, and sending those species to the ISS to see whether they would thrive. (Bacillus aryabhatti, collected from a practice football field used by the Oakland Raiders, grew fastest.)

An anonymous reader quotes Ars Technica: Previously, SpaceX founder Elon Musk has said he intends to launch the "silliest thing we can imagine" on the maiden launch of the Falcon Heavy. This is partly because the rocket is experimental -- there is a non-trivial chance the rocket will explode on the launch pad, or shortly after launch. It is also partly because Musk is a master showman who knows how to grab attention. On Friday evening, Musk tweeted what that payload would be -- his "midnight cherry Tesla Roadster."

And the car will be playing Space Oddity, by David Bowie; the song which begins, "Ground Control to Major Tom." Oh, and the powerful Falcon Heavy rocket will send the Tesla into orbit around Mars. "Will be in deep space for a billion years or so if it doesn't blow up on ascent," Musk added. Ars was able to confirm Friday night from a company source that this is definitely a legitimate payload. Earlier on Friday, Musk also said the Falcon Heavy launch would come "next month" from Launch Pad 39A at Kennedy Space Center in Florida, meaning in January.
"No private company has ever launched a spacecraft beyond low-Earth orbit, let alone to another planet," according to the article, adding that SpaceX's new rocket "could play a major role in any plans the agency has to send humans to the Moon." In addition, Musk added on Twitter, "Red car for a red planet."

UPDATE (12/2/17): Saturday Elon Musk told The Verge that he "totally made it up" about sending a Tesla Roadster to Mars. Then in "multiple emails" to Ars Technica --- sent Saturday afternoon -- "Musk confirmed that this plan is, indeed, real."

The launch of SpaceX's Falcon Heavy rocket has been delayed to 2018. In an email to Aviation Week, SpaceX President Gwynne Shotwell said, "We wanted to fly Heavy this year. We should be able to static fire this year and fly a couple of weeks right after that." Engadget reports: The static fire test will be the first time that all of Heavy's 27 Merlin engines will be fired at once. And if all goes well there, Falcon Heavy should be ready for launch within the first few weeks of 2018. There have been multiple launch delays with Heavy, which Elon Musk has attributed to the development of such a large and powerful rocket being "way, way more difficult" than SpaceX expected. "Falcon Heavy requires the simultaneous ignition of 27 orbit-class engines," Musk said at the ISS R&D conference in July. "There's a lot that can go wrong there." And because of that, Musk has been very clear about where everyone's expectations should be going into Falcon Heavy's first launch. "There's a real good chance that it does not make it to orbit. I hope it gets far enough away from the launch pad that it does not cause pad damage -- I would consider that a win," he said.

An anonymous reader quotes CryptoCoinsNews: It should be no surprise that the elusive hunt for Satoshi, often referred to as the father of Bitcoin, has led to the theory that Elon Musk has been hiding a big secret from all of us. Sahil Gupta, a computer science student at Yale University and former intern at SpaceX, believes just this... Bitcoin was written by someone with mastery of C++, a language Musk has utilized heavily at SpaceX. Musk's 2013 Hyperloop paper also provided insight into his deep understanding of cryptography and economics...

One week before Gupta's Medium post on Musk, another Medium blog was published with a theory that Musk invented Bitcoin for future use on Mars. As radical as this may sounds, the point around Paypal in this article was relevant. Musk has already revolutionized digital currency with his founding role in Paypal, which he sold to eBay in 2002. The author claims Musk is under a non-compete from this deal, leaving him to secrecy about his role in Bitcoin.
Gupta's article cites other clues that suport his theory, including Musk's interest in solving global problems, his unusual silence on the topic of cryptocurrencies, and the fact that "Elon has said publicly he doesn't own any bitcoin, which is consistent with a 'Good Satoshi' who deleted his private keys. This means Satoshi's one million coins (worth about $8 billion) are gone for good." And of course, with a net worth of $19.7 billion, Elon Musk is one of the few people who wouldn't need the money.

UPDATE (11/28/17): On Twitter, Elon Musk has responded, saying the rumors that he created Bitcoin are "not true."

An anonymous reader shares a report: Lidl, Cadbury maker Mondelez, Mars and other companies have pulled advertising from YouTube after the Times newspaper found the video sharing site was showing clips of scantily clad children alongside the ads of major brands. Comments from hundreds of pedophiles were posted alongside the videos, which appeared to have been uploaded by the children themselves, according to a Times investigation. One clip of a pre-teenage girl in a nightie drew 6.5 million views. The paper said YouTube, a unit of Alphabet subsidiary Google, had allowed sexualized imagery of children to be easily searchable and not lived up to promises to better monitor and police its services to protect children. In response, a YouTube spokesman said: "There shouldn't be any ads running on this content and we are working urgently to fix this."

Two years ago, NASA made a big splash when it announced the discovery of flowing water on the surface of Mars. Unfortunately, according to new research from the U.S. Geological Survey, the surface features that NASA thought were made up of liquid water may actually be flowing grains of sand instead. The Verge reports: The features in question are dark streaks that show up periodically on Martian hills, known as recurring slope lineae, or RSLs. When one of NASA's spacecraft, the Mars Reconnaissance Orbiter, studied these lines more closely, it found that the RSLs were made up of hydrated salts -- meaning they were mixed with water molecules. At the time, NASA thought that was significant evidence that flowing liquid water caused these bizarre streaks. But researchers at the USGS say these features look identical to certain types of slopes found on sand dunes here on Earth. Those slopes are caused by dry grains of sand flowing downhill, without the help of any water. It's possible the same thing is happening on Mars, too. Since liquid water is key for life here on Earth, many thought these strange lines of flowing water may help support life on the Martian surface. But now these RSLs may not be the best place to look for life anymore.

"Dangerous radiation. Overstuffed pantries. Cabin fever. NASA could sidestep many of the impediments to a Mars mission if they could just get there faster," writes Space.com, which reports NASA is now exploring an alternative to chemical rockets. In August, NASA announced an $18.8-million-dollar contract with nuclear company BWXT to design fuel and a reactor suitable for nuclear thermal propulsion (NTP), a rocket technology that could jumpstart a new era of space exploration. "The strengths with NTP are the ability to do the very fast round trip [to Mars], the ability to abort even if you're 2 to 3 months into the missions, the overall architectural robustness, and also the growth potential to even more advanced systems," Michael Houts, principal investigator for the NTP project at NASA's Marshall Space Flight Center, told Space.com. NTP rockets would pull all that off by offering about twice the bang for the buck that chemical rockets do... "Nuclear thermal propulsion can enable you to get to Mars faster, on the order of twice as fast," said Vishal Patel, a researcher involved in subcontract work for BWXT at the Ultra Safe Nuclear Corp. in Los Alamos, New Mexico. "We're looking at nice 3- to 4-month transit times."

sciencehabit shares a report from Science Magazine: Five previously unknown asteroids in our solar system have photobombed new Hubble Space Telescope images. Astronomers spotted the space rocks -- plus another two that had been previously catalogued in images collected as part of the Frontier Fields project, which observed six clusters of galaxies billions of light-years away. When multiple exposures obtained at different times were stacked together to produce the image above, the asteroids showed up as trails because they had moved between exposures, and some of the asteroids were spotted more than once. The five new asteroids orbit within the asteroid belt between Mars and Jupiter. Previous studies missed them because they're extremely faint

schwit1 shares an article from UPI: India will make its second mission to the moon in 2018, the Indian Space Research Organization (ISRO) announced this week. The Chandrayaan 2 spacecraft consists of an orbiter, lander and rover configuration "to perform mineralogical and elemental studies of the lunar surface," the ISRO said... Several other countries, including China and Japan, are planning lunar expeditions in the coming years -- partly to better understand the moon's environmental conditions for the potential of human settlements...

According to Popular Mechanics, the ISRO is attempting to make the lunar landing on a budget of $93 million, which is about the same cost of SpaceX's Falcon Heavy rocket that's scheduled for launch by the end of this year. The Falcon rocket, though, is only going into orbit -- and a $93 million price tag for a lunar landing could have impact on other countries' space plans.
India landed a spacecraft on the moon in 2008, and plans to complete this second lunar landing by March.

turkeydance shares a report from RTV6, which cites a new editorial in the journal Science that explores the question, "Could VR field trips replace the real thing?" Virtual field trips have been around for a while, but they used to be pretty boring: some photos, some text -- basically a Wikipedia entry. But they've come a long way. Nearpod and Google Expeditions let students immerse themselves in places they couldn't normally visit, like Antarctica or even Mars. These virtual field trips are safer and easier to organize than real outings, and they might soon be cheaper, too. Douglas McCauley, assistant professor of ecology at the University of California, Santa Barbara, says traditional field trips have already declined under budget constraints, so schools might be tempted to simply make a switch. McCauley says he's excited about the possibilities of VR. Taking students back to prehistoric times or forward to witness the results of climate change could be a powerful teaching tool.

Long-time Slashdot reader Rei writes: On Saturday evening, Elon Musk took questions in a Reddit AMA (Ask-Me-Anything) concerning SpaceX's new design for the BFR (Big F* Rocket). But unlike the 2016 IAC conference where many audience questions seemed to be trolling Musk, this time the tables were turned. Asked why Raptor thrust was reduced from 300 tons to 170, Musk replied, "We chickened out." He responded to a statement about landing on the moon by quoting Bob the Builder, while responding to a user's suggestion about caching internet data from Mars by writing simply "Nerd." A question as to whether BFR autogenous pressurization would be heat-exchanger based, Musk replied that they planned to utilize the Incendio spell from Harry Potter -- helpfully providing a Wikipedia link for the spell.

A technical question about the lack of a tail? "Tails are lame." A question about why the number of landing legs was increased from 3 to 4? "Because 4." After one Redditor observed "This is one bizarre AMA so far," Musk replied "Just wait..." While Musk ultimately did follow up some of the trolling with some actual responses, the overall event could be best described as "surreal".
To be fair, Musk provided some serious answers. (And his final comment ended with "Great questions nk!!") But one Redditor suggested Musk's stranger answers were like a threat, along the lines of "Just wait. It will get way more bizarre than that. Let me finish my whiskey."

Musk replied, "How did you know? I am actually drinking whiskey right now. Really."

Long-time Slashdot reader troublemaker_23 quotes ITWire: German Linux company SUSE Linux is well-known for its Linux and other open source solutions. It is also known for producing videos for geeks and debuting them at its annual SUSECon conference. This year, in Prague, was no different. The company, which marked its 25th year on 2 September, came up with two videos, one to mark the occasion and the other all about Linux and open source. Both videos are parodies of well-known songs: the video Linus Said is based on "Momma Said", while 25 Years is a parody of "7 Years". Some of the lyrics in both SUSE videos would be meaningless to the average person -- but every word will ring a bell, sometimes a very poignant one, with geeks. And that's the primary audience it targets.
The article embeds both videos -- and also links to the music videos they're parodying. And it includes links to SUSE's two previous annual music video parodies -- Uptime Funk (based on Bruno Mars' blockbuster hit "Uptown Funk"), and Can't Stop the SUSE, a parody of Justin Timberlake's "Can't Stop the Feeling".

An anonymous reader shares a report: Entrepreneur Elon Musk's announcement late last month accelerating plans for manned flights to Mars ratchets up political and public relations pressure on NASA's efforts to reach the same goal. With Musk publicly laying out a much faster schedule than NASA -- while contending his vision is less expensive and could be financed primarily with private funds -- a debate unlike any before is shaping up over the direction of U.S. space policy. Industry officials and space experts consider the proposal by Musk's Space Exploration to land people on the red planet around the middle of the next decade extremely optimistic. Some supporters concede the deadline appears ambitious even for reaching the moon, while Musk himself acknowledged some of his projected dates are merely "aspirational." But the National Aeronautics and Space Administration doesn't envision getting astronauts to Mars until at least a decade later, a timeline NASA is finding increasingly hard to defend in the face of criticism that it is too slow.

53-year-old astronaut Scott Kelly shared a dramatic excerpt from his new book Endurance: A Year in Space, A Lifetime of Discovery in the Brisbane Times, describing his first 48 hours back on earth and what he'd learned on the mission: I push back from the table and struggle to stand up, feeling like a very old man getting out of a recliner... I make it to my bedroom without incident and close the door behind me. Every part of my body hurts. All my joints and all of my muscles are protesting the crushing pressure of gravity. I'm also nauseated, though I haven't thrown up... When I'm finally vertical, the pain in my legs is awful, and on top of that pain I feel a sensation that's even more alarming: it feels as though all the blood in my body is rushing to my legs, like the sensation of the blood rushing to your head when you do a handstand, but in reverse. I can feel the tissue in my legs swelling... Normally if I woke up feeling like this, I would go to the emergency room. But no one at the hospital will have seen symptoms of having been in space for a year...

Our space agencies won't be able to push out farther into space, to a destination like Mars, until we can learn more about how to strengthen the weakest links in the chain that make space flight possible: the human body and mind... [V]ery little is known about what occurs after month six. The symptoms may get precipitously worse in the ninth month, for instance, or they may level off. We don't know, and there is only one way to find out... On my previous flight to the space station, a mission of 159 days, I lost bone mass, my muscles atrophied, and my blood redistributed itself in my body, which strained and shrank the walls of my heart. More troubling, I experienced problems with my vision, as many other astronauts had. I had been exposed to more than 30 times the radiation of a person on Earth, equivalent to about 10 chest X-rays every day. This exposure would increase my risk of a fatal cancer for the rest of my life.
Kelly says the Space Station crew performed more than 400 experiments, though about 25% of his time went to tracking his own health. "If we could learn how to counteract the devastating impact of bone loss in microgravity, the solutions could well be applied to osteoporosis and other bone diseases. If we could learn how to keep our hearts healthy in space, that knowledge could be useful on Earth." Kelly says he felt better a few months after returning to earth, adding "It's gratifying to see how curious people are about my mission, how much children instinctively feel the excitement and wonder of space flight, and how many people think, as I do, that Mars is the next step... I know now that if we decide to do it, we can."