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Relativity Space raises $500 million as its sets sights on the industrialization of Mars

3D-printed rocket startup Relativity Space has closed $500 million in Series D funding (making official the earlier reported raise), the company announced today. This funding was led by Tiger Global Management, and included participation by a host of new investors including Fidelity Management & Research Company, Baillie Gifford, Iconiq Capital, General Catalist and more. This brings the company’s total raised so far to nearly $700 million, as the startup is poised to launch its first ever fully 3D-printed orbital rocket next year.

LA-based Relativity had a big 2020, completing work on a new 120,000 square-foot manufacturing facility in Long Beach. Its rocket construction technology, which is grounded in its development and use of the largest metal 3D printers in existence, suffered relatively few setbacks due to COVID-19-related shutdowns and work stoppages since it involves relatively few actual people on the factory floor managing the 3D printing process, which is handled in large part by autonomous robotic systems and software developed by the company.

Relativity also locked in a first official contract from the U.S. government this year, to launch a new experimental cryogenic fluid management system on behalf of client Lockheed Martin, as part of NASA’s suite of Tipping Point contracts to fund the development of new technologies for space exploration. It also put into service its third-generation Stargate 3D metal printers – the largest on Earth, as mentioned.

The company’s ambitions are big, so this new large funding round should provide it with fuel to grow even more aggressively in 2021. It’s got new planned initiatives underway, both terrestrial and space-related, but CEO and founder Tim Ellis specifically referred to Mars and sustainable operations on the red planet as one possible application of Relativity’s tech down the road.

In prior conversations, Ellis has alluded to the potential for Relativity’s printers when applied to other large-scale metal manufacturing – noting that the cost curve as it stands makes most sense for rocketry, but could apply to other industries easily as the technology matures. Whether on Mars or on Earth, large-scale 3D printing definitely has a promising future, and it looks like Relativity is well-positioned to take advantage.

We’ll be talking to Ellis at our forthcoming TC Sessions: Space event, so we’ll ask him more about this round and his company’s aspirations live there, too.

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SpaceX and NASA successfully launch four astronauts to space for first operational Dragon crew mission

SpaceX has become the first private company to launch astronauts to the International Space Station, marking the culmination of years of work in partnership with NASA on developing human spaceflight capabilities. At 7:27 PM EST (4:27 PM PST), NASA astronauts Shannon Walker, Victor Glover, and Michael Hopkins, and JAXA astronaut Soichi Noguchi left launch pad 39-A at Kennedy Space Center in Florida bound for the ISS.

SpaceX’s human launch program was developed under the Commercial Crew program, which saw NASA select two private companies to build astronaut launch systems for carrying astronauts to the ISS from U.S. soil. SpaceX was chosen alongside Boeing by NASA in 2014 to create their respective systems, and SpaceX’s Dragon capsule and Falcon 9 rocket became the first to achieve actual human flight certification from NASA earlier this year with the successful completion of its final, Demo-2 test mission, which flew to the ISS with two U.S. astronauts on board.

To get to this point, SpaceX had to complete a number of milestones successfully, including a fully automated uncrewed ISS rendez-vous mission, and a demonstration of both a launch pad abort and post-launch abort emergency safety system for the protection of the crew. During the Demo-1 mission, while all actual launch, docking and landing was handled by SpaceX’s fully autonomous software and navigation, astronauts also took over manual control briefly to demonstrate that this human-piloted backup would operate as intended, if required.

So far, Crew-1 is proceeding as expected, with a picture-perfect takeoff from Florida, and a successful recovery of the first-stage booster used on the Falcon 9 rocket used to launch Dragon. Crew Dragon ‘Resilience’ also departed from the second-stage of the Falcon 9 as planned at just after 10 minutes after liftoff, and there will be a 27 hour trip in orbit before the Dragon meets up with the ISS for its docking, which is scheduled to take place at around 11 PM EST (8 PM PST) on Monday night. Once fully docked, the astronauts will disembark and go over to the station to begin their active duty stay, which is set to last until next June.

From left, the crew of Crew-1: NASA’s Shannon Walker, Victor Glover and Michael Hopkins; JAXA’s Soichi Noguchi Image Credits: SpaceX

Three of the four astronauts on this mission have been to space previously, but for pilot Victor Glover, it’s his first time. These four will join NASA’s Kate Rubins, and Roscosmos cosmonauts Sergey Ryzhikov and Sergey Kud-Sverchkov on the station, bringing the total staff complement to seven (an increase from its usual six that NASA says will free up more time for the astronauts to perform experiments, as opposed to their tasks related to regular daily maintenance of the station).

This is the first time that astronauts have launched to space during a regular operational NASA mission since the end of the Shuttle program in 2011. It marks an official return of U.S. human spaceflight capabilities, and should hopefully become the first in many human flight missions undertaken by SpaceX and Dragon – across both NASA flights, and those organized by commercial customers.

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Cough-scrutinizing AI shows major promise as an early warning system for COVID-19

Asymptomatic spread of COVID-19 is a huge contributor to the pandemic, but of course if there are no symptoms, how can anyone tell they should isolate or get a test? MIT research has found that hidden in the sound of coughs is a pattern that subtly, but reliably, marks a person as likely to be in the early stages of infection. It could make for a much-needed early warning system for the virus.

The sound of one’s cough can be very revealing, as doctors have known for many years. AI models have been built to detect conditions like pneumonia, asthma and even neuromuscular diseases, all of which alter how a person coughs in different ways.

Before the pandemic, researcher Brian Subirana had shown that coughs may even help predict Alzheimer’s — mirroring results from IBM research published just a week ago. More recently, Subirana thought if the AI was capable of telling so much from so little, perhaps COVID-19 might be something it could suss out as well. In fact, he isn’t the first to think so.

He and his team set up a site where people could contribute coughs, and ended up assembling “the largest research cough dataset that we know of.” Thousands of samples were used to train up the AI model, which they document in an open access IEEE journal.

The model seems to have detected subtle patterns in vocal strength, sentiment, lung and respiratory performance, and muscular degradation, to the point where it was able to identify 100% of coughs by asymptomatic COVID-19 carriers and 98.5% of symptomatic ones, with a specificity of 83% and 94% respectively, meaning it doesn’t have large numbers of false positives or negatives.

“We think this shows that the way you produce sound, changes when you have COVID, even if you’re asymptomatic,” said Subirana of the surprising finding. However, he cautioned that although the system was good at detecting non-healthy coughs, it should not be used as a diagnosis tool for people with symptoms but unsure of the underlying cause.

I asked Subirana for a bit more clarity on this point.

“The tool is detecting features that allow it to discriminate the subjects that have COVID from the ones that don’t,” he wrote in an email. “Previous research has shown you can pick up other conditions too. One could design a system that would discriminate between many conditions but our focus was on picking out COVID from the rest.”

For the statistics-minded out there, the incredibly high success rate may raise some red flags. Machine learning models are great at a lot of things, but 100% isn’t a number you see a lot, and when you do you start thinking of other ways it might have been produced by accident. No doubt the findings will need to be proven on other data sets and verified by other researchers, but it’s also possible that there’s simply a reliable tell in COVID-induced coughs that a computer listening system can hear quite easily.

The team is collaborating with several hospitals to build a more diverse data set, but is also working with a private company to put together an app to distribute the tool for wider use, if it can get FDA approval.

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New Oxford machine learning-based COVID-19 test can provide results in under 5 minutes

Oxford scientists working out of the school’s Department of Physics have developed a new type of COVID-19 test that can detect SARS-CoV-2 with a high degree of accuracy, directly in samples taken from patients, using a machine learning-based approach that could help sidestep test supply limitations, and that also offers advantages when it comes to detecting actual virus particles, instead of antibodies or other signs of the presence of the virus which don’t necessarily correlate to an active, transmissible case.

The test created by the Oxford researchers also offer significant advantages in terms of speed, providing results in under five minutes, without any sample preparation required. That means it could be among the technologies that unlock mass testing – a crucial need not only for getting a handle on the current COVID-19 pandemic, but also on helping us deal with potential future global viral outbreaks, too. Oxford’s method is actually well-designed for that, too, since it can potentially be configured relatively easily to detect a number of viral threats.

The technology that makes this possible works by labelling any virus particles found in a sample collected by a patient using short, fluorescent DNA strands that act as markers. A microscope images the sample and the labelled viruses present, and then machine learning software takes over using algorithmic analysis developed by the team to automatically identify the virus, using differences that each one produces in terms of its fluorescent light emitted owing to their different physical surface makeup, size and individual chemical composition.

This technology, including the sample collection equipment, the microscopic imager and the flourescence insertion tools, as well as the compute capabilities, can be miniaturized to the point where it’s possible to be used just about anywhere, according to the researchers – including “businesses, music venues, airports,” and more. The focus now is to create a spinout company for the purposes of commercializing the device in a format that integrates all the components together.

The researchers anticipate being able to form the company, and start product development by early next year, with the potentially of having a device approved for use and ready for distribution around six months after that. It’s a tight timeline for development of a new diagnostic device, but timelines have changed already amply in the face of this pandemic, and will continue to do so as we’re unlikely to see if fade away anytime in the near future.

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NASA loads 14 companies with $370M for ‘tipping point’ technologies

NASA has announced more than a third of a billion dollars worth of “Tipping Point” contracts awarded to over a dozen companies pursuing potentially transformative space technologies. The projects range from in-space testing of cryogenic tech to a 4G LTE network for the Moon.

The space agency is almost always accepting applications for at least one of its many grant and contract programs, and Tipping Point is directly aimed at commercial space capabilities that need a bit of a boost. According to the program description, “a technology is considered at a tipping point if an investment in a demonstration will significantly mature the technology, increase the likelihood of infusion into a commercial space application, and bring the technology to market for both government and commercial applications.”

In this year’s awards, which take the form of multi-year contracts with multiple milestones, the focus was on two main areas: cryogenics and lunar surface tech. Note that the amounts provided are not necessarily the cost of developing the tech, but rather the sums deemed necessary to advance it to the next stage. Here’s a brief summary of each award:


  • Eta Space, $27M: In-space demonstration of a complete cryogenic oxygen management system
  • Lockheed Martin, $89.7M: In-space demonstration of liquid hydrogen in over a dozen cryogenic applications
  • SpaceX, $53.2M: Flight demonstration transferring 10 tons of liquid oxygen between tanks in Starship
  • ULA, $86.2M: Demonstration of a smart propulsion cryogenic system on a Vulcan Centaur upper stage

Lunar surface innovation

  • Alpha Space Test and Research Alliance, $22.1M: Develop a small tech and science platform for lunar surface testing
  • Astrobotic, $5.8M: “Mature” a fast wireless charging system for use on the lunar surface
  • Intuitive Machines, $41.6M: Develop a hopper lander with a 2.2-pound payload capacity and 1.5-mile range
  • Masten Space Systems, $2.8M: Demonstrate a universal chemical heat and power source for lunar nights and craters
  • Masten Space Systems, $10M: Demonstrate precision landing an hazard avoidance on its Xogdor vehicle (Separate award under “descent and landing” heading)
  • Nokia of America, $14.1M: Deploy the first LTE network in space for lunar surface communications
  • pH Matter, $3.4M: Demonstrate a fuel cell for producing and storing energy on the lunar surface
  • Precision Compustion, $2.4M: Advance a cheap oxide fuel stack to generate power from propellants
  • Sierra Nevada, $2.4M: Demonstrate a device using solar energy to extract oxygen from lunar regolith
  • SSL Robotics, $8.7M: Develop a lighter, cheaper robotic arm for surface, orbital, and “terrestrial defense” applications
  • Teledyne Energy Systems, $2.8M: Develop a hydrogen fuel cell power system with a 10,000-hour battery life

You can read more about the proposal process and NASA’s areas of interest at the Tipping Point solicitation page.

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Virgin Orbit aims for December for second attempt at orbital demonstration launch

Would-be small satellite launch service provider Virgin Orbit is aiming to redo its key orbital demonstration launch this December, which would be a remarkable turnaround after its attempt in March didn’t manage to reach orbit as the company had hoped. The company aims to offer low-cost launch services for small satellites, using its mid-air launch vehicle which is carried to a high altitude by a modified version of a traditional commercial jet.

This launch will hopefully mark a first for Virgin Orbit – the first time it has reached orbit, which is where it needs to be to provide the services it hopes to offer. CNBC spoke to Virgin Orbit CEO Dan Hart, who said that the December target is based on where they’re at right now with the construction of a new LauncherOne rocket to fly the test mission.

LauncherOne is docked with Virgin Orbit’s carrier craft for its launch model, which is a modified d747. The jet takes it up to around 45,000 feet, at which point it drops the rocket, which ignites its own engines after separation and then flies under its own power the rest of the way to space. A rocket has a much easier time leaving Earth’s atmosphere from that altitude, which is why Virgin hopes to be able to offer big cost benefits for dedicated small launch services vs. what’s available now.

In March, Virgin’s launch went smoothly up until just after the LauncherOne craft used on that mission fired up its engines. There was a failure that caused the engines to cut off because of a safety shutoff, and the rocket then fell back safely to Earth, but was obviously lost.

Such a mishap on a first orbital launch attempt is far from unusual – in fact, it’s almost the norm. Virgin Orbit said they gleaned a lot of great data from their attempt regardless of the outcome, and hopefully that will mean this next try goes to plan. If it does, that should put the company on track to begin offering commercial service next year.

Meanwhile, CNBC reports that the company is also in the process of tracking down up to $150 million in new funding, echoing an earlier report from the Wall Street Journal this week.

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Curly the curling robot throws stones like a pro

Robots have shown themselves to excel at any number of sports and activities, though they do best when they have a single task. Fortunately some sports, such as curling, consist mostly of one task, and Korean researchers have made a robot that throws the stone well enough to compete at a national level.

If you’ve never gone curling yourself — first of all, for shame, it’s basically ice bocce and it’s very fun. But you may not know then that the principal action in the game is a simple but subtle one of gauging the power and angle (and spin, if you’re good) with which to slide a heavy kettle-shaped stone in order to get it near the center of a target, knock an opponent’s stone out of the way, or nudge another of your own into position. And that’s exactly what Curly the robot does.

The researchers, from Korea University in Seoul and the Berlin Institute of Technology, devised Curly as a way to test “the interaction between an AI system and a highly nonstationary real-world scenario.” In other words: A robot that can observe the real world and act accordingly in a precise and strategic manner.

Curly is actually a team of two robots, one of which observes the position of the stones at the scoring end while the other does the actual throwing. There’s no robot that sweeps the ice in front of the moving stone or yells “hard, hard!” but no doubt that is forthcoming.

Image Credits: Korea University

The robots’ AI was trained entirely on computerized games, in which the stone and ice are physically simulated. One can see this type of training going well or poorly, depending on how accurate the simulation is. As it turns out, it works extremely well, giving Curly enough confidence that it only needs one throw at the beginning of each game in order to account for differing conditions like ice that’s more or less slick.

Image Credits: Korea University

Its play is similarly impressive: Up against some of the country’s leading women’s teams and the national wheelchair team, Curly won three out of four rounds. One wonders whether permitting sweepers would change the outcome, but sufficient for the day is the achievement thereof.

The researchers point out that this is an important achievement not just because robots have been shown to be competitive in yet another sport, but because that sport involves fairly dynamic observation and decision-making in the real world and in real-time — the team can’t go retrain the network to deal with an unexpected setup. So it’s a win for both AI and robots in general, but also for the prospect of training such robots in simulated environments, which until fairly recently simply weren’t good enough to provide a reasonable facsimile of such complex physics.

You can read more about Curly and the complex AI and engineering that underpin it in the latest issue of the journal Science Robotics.

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Contestants will compete for a SpaceX trip to the International Space Station in new reality TV show

There’s a reality TV competition show in the works that will feature a 2023 trip to the International Space Station as the grand prize, Deadline reports. The production company behind the show, which will be called “Space Hero,” has booked a seat on a SpaceX Dragon crew spacecraft set to make the trip to the ISS in 2023, and will make it the reward for whoever comes out the winner in a competition among “everyday people from any background who share a deep love for space exploration,” according to the report.

The competition will be an ersatz astronaut training program of sorts, including physical challenges, as well as puzzles and problem-solving tasks, as well as emotionally challenging scenarios, according to Deadline. That will lead up to what producers are currently planning will be a live episode featuring a global viewer vote about who ultimately will win. The show will also include documenting the winner’s ISS trip, including their launch and 10-day space station stay, as well as their return journey and landing.

To bring all these pieces together, the production team is working with Axiom Space, a private space travel services provider and mission operator, as well as NASA, with which it’s discussing what might be done in terms of STEM education add-ons for this planned programming.

Deadline says that “Survivor” creator and reality industry giant Mark Burnett has previously tried multiple times to create a reality show with a trip to space as the main component. One such effort, an NBC-based program called “Space Race,” was created in partnership with Richard Branson and focused on Virgin Galactic, but it was ended after that company’s fatal testing accident in 2015.

There’s also a movie production in the works that’s bound for the space station as a filming location, and those efforts are being spearheaded by Tom Cruise, who will star in the yet untitled project. NASA has repeatedly said it welcomes increased commercialization of low-Earth orbit and the ISS, and it also intentionally sought out private partners like SpaceX for its U.S.-based astronaut launch vehicles, in the hopes that they would be able to book other, private clients for flights to help defray mission costs.

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Elon Musk says Starship SN8 prototype will have a nosecone and attempt a 60,000-foot return flight

Elon Musk has shared some details about future testing of Starship, the SpaceX launch vehicle currently being developed by the company at its Boca Chica, Texas facility. Recently, SpaceX has completed short, 150 meter (just under 500 feet) test flights of two earlier Starship prototypes, SN5 and SN6 – and SN8, which is currently set to be done construction “in about a week” according to Musk will have “flaps & nosecone” and ultimately is intended for a much higher altitude test launch.

The prototypes that SpaceX has flown and landed for its so-called ‘short-hop’ tests over the past few weeks have been full-sized, but with a simulated weight installed on the top in place of the actual domed nosecone that will perch atop the final production Starship and protect any cargo on board. SN5 and SN6, which are often compared to grain silos, are also lacking the large control flaps on either side of the nosecone that will help control its flight. SN8 will have both, according to Musk.

This version of the prototype will also undergo the same early testing and its precursors, including a static fire and other ground checkouts, followed by another static fire before ultimately attempting to fly to an altitude of 60,000 feet – and then returning back to the ground for a controlled landing.

SpaceX is off pace when it comes to Starship development relative to Musk’s earliest, rosiest projections – but the CEO is known for overly optimistic estimates when it comes to timeframes, something he’s repeatedly copped to himself.

Rocket development is also notoriously difficult, so this first high-altitude flight attempt could just as easily go very poorly. SpaceX in particular has a development program that focuses on rapid iteration, and learning from earlier mistakes while building simultaneous development prototypes incorporating different lessons gleaned from various generations. And while it may not have made Musk’s crazy timelines, it is moving very quickly, especially now that the most recent prototypes have survived pressure testing and made it up into the air.

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Rocket startup Astra’s first orbital launch attempt ends early due to first-stage burn failure

Alameda-based rocket launch startup Astra finally got the chance to launch its first orbital test mission from its Alaska-based facility on Saturday, after the attempt had been delayed multiple times due to weather and other issues. The 8:19 PM PT lift-off of Astra’s ‘Rocket 3.1’ test vehicle went well – but the flight ended relatively shortly after that, during the first-stage engine burn and long before reaching orbit.

Astra wasn’t expecting to actually reach orbit on this particular flight – it has always said that its goal is to reach orbit within three test flights of Rocket, and prior to this first mission, said that the main goal was to have a good first-stage burn on this one specifically. This wasn’t a nominal first-stage burn, of course, since that’s when the failure occurred, but the company still noted in a blog post that “the rocket performed very well” according to their first reviews of the data.

The mission ended early because of what appears to be a bit of unwanted back-and-forth wobbling in the rocket as it ascended, Astra said, which caused an engine shutdown by the vehicle’s automated safety system. That’s actually also good news, since it means the steps Astra has taken to ensure safe failures are also working as designed. You can see in the video above that the light of the rocket’s engines simply go out during flight, and then some time later there’s a fireball from its impact on the ground.

It’s worth noting that most first flights of entirely new rockets don’t go entirely as planned – including those by SpaceX, whose founder and CEO Elon Musk expressed his encouragement to the Astra team on Twitter. Likewise, Rocket Lab’s Peter Beck also chimed in with support. Not to mention that Astra has been operating under extreme conditions, with just a six-person team on the ground in Alaska to deploy the launch system, which was set up in under a week, due to the COVID-19 crisis.

Astra will definitely be able to get a lot of valuable data out of this launch that it can use to put towards improving the chances of its next try going well. The company notes that it expects to review said data “over the next several weeks” as it proceeds towards the second flight in this series of three attempts. Rocket 3.2, the test article for that mission, is already completed and awaiting that try.

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