Please support this podcast by checking out our sponsors: - Effortless AI design for presentations, websites, and more with Gamma - https://try.gamma.app/tad - KrispCall: Agentic Cloud Telephony - https://try.krispcall.com/tad - Prezi: Create AI presentations fast - https://try.prezi.com/automated_daily Support The Automated Daily directly: Buy me a coffee: https://buymeacoffee.com/theautomateddaily Today's topics: Wandering black hole shreds star - Astronomers analyzed a rare tidal disruption event from a supermassive black hole sitting far from its galaxy's center. The discovery could help reveal how wandering black holes are created by mergers, kicks, and galactic interactions. ALMA expands high-frequency SETI search - A new study used archival ALMA data to search for technosignatures at millimeter wavelengths, an unusual region for SETI. No alien signals were found, but the work opens a largely unexplored part of the radio spectrum. New exoplanet methods gain momentum - Late July brought a notable exoplanet update with Gaia23braL b, the first microlensing planet confirmed in TESS data. The story highlights how transit, microlensing, astrometry, and infrared imaging are increasingly working together. Roman telescope nears August launch - NASA's Nancy Grace Roman Space Telescope is approaching its planned August 30 launch. Roman promises major advances in dark energy research, exoplanet microlensing, and wide-field infrared surveys. Launches, astronauts, and skywatching ahead - The space operations beat stayed busy with the NROL-95 Falcon 9 launch, upcoming ISS activity, and NASA outreach on meteor showers and a total solar eclipse. These stories show how exploration, infrastructure, and public skywatching now move in parallel. Episode Transcript Wandering black hole shreds star Our top story is a dramatic one: astronomers have analyzed a tidal disruption event caused by a supermassive black hole that appears to be wandering far from the center of its host galaxy. First flagged by the Zwicky Transient Facility and followed up by NASA's Swift mission, the flare came from a black hole about a million times the Sun's mass and more than 30,000 light-years off-center. That matters because supermassive black holes are usually expected to live in galactic nuclei, so this off-nuclear event could be evidence of past galaxy mergers, gravitational-wave recoil, or some other dynamical displacement. ALMA expands high-frequency SETI search Another intriguing late-July report comes from SETI research. Scientists used archival observations from ALMA in Chile to carry out a high-frequency search for narrowband signals that might indicate extraterrestrial technology. They did not find any candidate alien transmissions, but the bigger point is that this search explored millimeter and submillimeter wavelengths that traditional SETI programs often ignore. In other words, astronomers may have been listening to only part of the possible cosmic radio dial, and this work shows how existing observatory archives can expand that search efficiently. New exoplanet methods gain momentum Exoplanet science also had a notable update with Gaia23braL b entering the conversation as the first microlensing planet confirmed using TESS data. TESS was built mainly to find transiting planets, but this result shows its light curves can help validate worlds discovered through gravitational microlensing as well. It is a good example of how modern planet hunting is becoming more interconnected, with TESS, Gaia, and ground-based surveys combining their strengths to find planets that would be hard to detect by any single method alone. Roman telescope nears August launch That broader exoplanet trend keeps building. Microlensing discoveries in 2026 continue to add distant planets, circumbinary systems, and even rogue planet candidates to the census, filling gaps left by transit and radial-velocity searches. And in nearby planetary systems, a late-July astronomy roundup pointed to JWST spotting a new planet around Beta Pictoris, a young star with a famous debris disk. Together, these stories show exoplanet science working on two scales at once: detailed studies of nearby systems, and statistical surveys of far more distant planetary populations. Launches, astronauts, and skywatching ahead Black holes stayed in the headlines beyond the wandering event. A popular astronomy update highlighted what is being described as the most distant known quasar found by Euclid, along with evidence for a long-sought black hole in a Milky Way star cluster. Even without all the technical details in hand, the message is clear: different observatories are uncovering black holes across the full cosmic range, from the dense environments of local star clusters to the bright accreting giants of the early universe. Story 6 On the mission side, NASA's Nancy Grace Roman Space Telescope is nearing its planned August 30 launch, and that makes it one of the most important near-term stories in space science. Roman is designed to combine Hubble-like sharpness with a much wider field of view, allowing major surveys of dark energy, galaxy evolution, and exoplanets through microlensing. In a week when Gaia23braL b highlighted the power of microlensing, Roman's upcoming role feels especially timely, because it is expected to turn that technique into a planet-finding powerhouse. Story 7 Human and robotic exploration also remain busy. NASA previewed upcoming ISS spacewalks, and astronaut Deniz Burnham is preparing for her first mission to the International Space Station, a reminder that low-Earth orbit operations continue to blend routine maintenance with major human milestones. On Mars, Curiosity and Perseverance are still delivering long-duration science, with Curiosity climbing Mount Sharp and Perseverance continuing the search for ancient biosignatures in Jezero Crater. These are not one-off headline moments so much as steady, cumulative exploration campaigns. Story 8 Meanwhile, launch activity underscored the industrial backbone of modern spaceflight. SpaceX launched the classified NROL-95 mission for the National Reconnaissance Office on a reused Falcon 9, continuing the pattern of commercial rockets supporting national security payloads. At the same time, routine Starlink missions and booster reuse records show how launch cadence has shifted from exceptional to infrastructural. That growing cadence supports science and exploration, but it also raises wider questions about orbital congestion, interference, and the changing economics of access to space. Story 9 And finally, the public sky has its own late-summer highlights. NASA is calling attention to the Southern Delta Aquariids and alpha Capricornids meteor showers peaking around July 30 and 31, as well as the total solar eclipse coming on August 12 for parts of Greenland, Iceland, and Spain. Add in NASA's striking feature on globular cluster NGC 4372 beside the dark nebula nicknamed the Dark Doodad, and you get a good reminder that space news is not just about missions and papers. It is also about helping people look up and connect with the universe directly. 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