For the first time, scientists have detected what they believe to be a radio signal from an exoplanet, Beta Pictoris b. The signal, which has not yet been peer-reviewed, is thought to originate from powerful auroras—similar to Earth's northern lights—caused by interactions between the planet's magnetic field and charged particles. This discovery could offer new insights into the atmospheres and magnetic fields of planets outside our solar system. Further analysis is needed to confirm the findings and rule out other possible sources of the signal. Meanwhile, astronaut Sophie Adenot is preparing to return to Earth after a long stay in space. She is currently in the process of handing over her duties to the incoming crew aboard the International Space Station (ISS). Her return will depend on the launch of Crew-13, scheduled for early October. If this mission proceeds as planned, Adenot is expected to return to Earth in the first half of the month. Her upcoming return will bring her total time in orbit to approximately eight months, following the completion of the Epsilon mission. Delays have affected the timeline for crew changes on the ISS. A leak in the Dragon capsule, used for transporting astronauts, caused the departure of Crew-12 to be postponed. As a result, the handover of responsibilities on the station has been shifted. These delays highlight the challenges of maintaining continuous human presence in space and the importance of reliable spacecraft for crew rotations. On Mars, the Curiosity rover has reached a significant milestone: 5,000 days, or "Martian days," on the Red Planet. To mark this achievement, NASA released a panoramic image that combines views of the Martian landscape at dawn and dusk. The image, colorized for clarity, showcases the rover's long journey since it landed in the Gale crater in August 2012. This milestone underscores the durability and scientific contributions of the Curiosity mission, which has been exploring Mars for nearly 14 years.