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A mission to launch 23 Starlink internet satellites is set to be carried out by SpaceX from Cape Canaveral Space Force Station in Florida during the early hours of Monday, November 25, 2024. The Falcon 9 rocket is scheduled for liftoff at 4:35 a.m. EST within a 3.5-hour launch window according to several reports. Among the satellites, 12 are equipped with direct-to-smartphone technology, marking a notable enhancement to the Starlink network.

Live Coverage and Booster Recovery

The event will be live-streamed by SpaceX on X, commencing approximately five minutes before the scheduled launch. Should the mission proceed as planned, the Falcon 9 rocket’s first stage will successfully return to Earth around eight minutes post-liftoff, landing on the droneship Just Read the Instructions stationed in the Atlantic Ocean. This mission will mark the 13th flight and landing for the booster, with six of its previous flights also dedicated to Starlink launches, according to SpaceX’s mission briefing.

Deployment of Satellites

The upper stage of the Falcon 9 will continue its journey to deploy the 23 satellites into low Earth orbit. Deployment is expected to occur approximately 65 minutes after launch. These additions will contribute to the rapidly expanding Starlink constellation, which currently comprises over 6,600 active satellites.

Starlink, developed by SpaceX, is regarded as the largest satellite constellation ever assembled. According to various sources, its growth remains continuous, with nearly 70 percent of SpaceX’s 115 Falcon 9 launches in 2024 dedicated to expanding this network. Starlink aims to provide high-speed internet access globally, including in remote regions.

As SpaceX continues its ambitious deployment schedule, the mission underscores the company’s commitment to advancing global connectivity through satellite technology.

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Astronomers Predict 90 Percent Chance of Spotting an Exploding Black Hole in Next Decade

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Astronomers now predict a 90% chance of detecting an exploding primordial black hole within a decade. Such an event would confirm Stephen Hawking’s theory that black holes evaporate, releasing a flash of radiation and exotic particles. Detecting one would revolutionize physics and rewrite our understanding of the universe.

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DNA Cassette Tapes Could Transform the Future of Digital Storage

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Researchers in China have developed a DNA “cassette tape” that stores data at densities far beyond current drives. By encoding digital files into DNA strands embedded on tape, the system allows compact, sustainable archival storage. A 100-meter DNA tape could hold 36 petabytes, reshaping the future of data centers.

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Researchers Create Metal That Resists Cracking in Deep Space Cold

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Researchers have engineered a cobalt-nickel-vanadium alloy that stays tough even at –186°C, resisting the brittleness that plagues most metals in extreme cold. Using atomic-scale design, the team created dual structural patterns inside the alloy that block cracks and preserve ductility. In lab tests, the metal absorbed far more strain than conventional steels.

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