SpaceX has hinted that flight tests of its Mars-bound Starship rocket system could begin to occur on a more frequent basis following a successful launch on Saturday. The tallest and most powerful rocket ever built lifted off from SpaceX’s Starbase facility in Boca Chica, Texas, on Saturday, seven months after the first launch attempt. Unlike the first attempt, both parts of the rocket were able to separate in mid-air without immediately exploding, while the newly-built launch pad was also able to withstand the force of the 33 Raptor engines firing simultaneously. “Just inspected the Starship launch pad and it is in great condition,” SpaceX boss Elon Musk posted on X on Sunday. “No refurbishment needed to the water-cooled steel plate for next launch. Congrats to SpaceX team and contractors for engineering and building such a robust system so rapidly!” The second flight test of the fully-stacked Starship rocket was beset by delays due to the high levels of debris from the destroyed launchpad and exploded rocket following the failed first attempt. Regulators said they would be working with SpaceX before a third flight test takes place, with the US Federal Aviation Administration confirming that no injuries or property damage was reported following Saturday’s launch. The fully-stacked Starship rocket system was the first to successfully perform a hot-stage separation, which saw the upper second stage launch away from the Super Heavy Booster mid-flight. Both parts of the rocket were destroyed shortly after they achieved separation, however SpaceX already has two Super Heavy boosters and three upper-stage vehicles currently undergoing preliminary testing, according to Next Spaceflight. Mr Musk has previously outlined his plans to build a fleet of hundreds of Starship rockets, with the hope of using them to establish a permanent human colony on Mars by 2050. SpaceX has already secured a multi-billion dollar contract with Nasa to develop Starship for the US space agency’s Artemis program, which will return humans to the surface of the Moon for the first time in 50 years. Read More SpaceX launches ‘zero fuel’ engine into space SpaceX Starship rocket loses contact after reaching space: Live updates Air Force officer breaks silence over ‘red, glowing’ UFO sighting: ‘Not a joke’

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Artificial intelligence is helping engineers build solar panels out of a “miracle material”. Scientists have long been excited about the possibility of new perovskite tandem solar cells, which could help bring the vastly improved efficiency of perovskite to mass production. They have an efficiency of more than 33 per cent, dramatically higher than conventional silicon solar cells. Those tandem solar cells come with a host of other benefits, too. They rely on inexpensive raw materials and can be made relatively easily. Engineers have faced a problem, however, in making them cheaply and at scale. To make them efficient, manufacturers need to make a very thin, high-grade layer of perovskite. Doing that is difficult. It relies on a complex process that varies significantly, seemingly with little explanation. Trying to improve that process has often relied on a gradual process of trying out new possibilities through trial and error. Now scientists have successfully built a new system that uses artificial intelligence to try and work out how to build those layers better. Instead of picking through video recordings to work out how different layers work, researchers were able to train a computer system to spot the hidden signs of good and bad coatings. After the system was built, it was able to be used better understand how to change the production to make it more efficient, researchers said. “These are extremely exciting results,” said Ulrich W Paetzold, a researcher from the Karlsruhe Institute of Technology, who worked on the new study. “Thanks to the combined use of AI, we have a solid clue and know which parameters need to be changed in the first place to improve production. “Now we are able to conduct our experiments in a more targeted way and are no longer forced to look blindfolded for the needle in a haystack. This is a blueprint for follow-up research that also applies to many other aspects of energy research and materials science.” An article describing the breakthrough, ‘Discovering Process Dynamics for Scalable Perovskite Solar Cell Manufacturing with Explainable AI’, is published in Advanced Materials. Read More Tiny solar-powered van unveiled in Japan Solar panel world record smashed with ‘miracle material’ ‘We let you down’: Peloton apologises for Thanksgiving ride

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