August 2025

Astronomers have long speculated about a hidden planet—Planet Nine—lurking beyond Neptune. First proposed in 2016, the theory explains the strange orbits of distant Kuiper Belt objects through the gravitational pull of a massive, unseen world. Caltech researchers remain confident, while others suggest alternatives like debris rings or even a black hole. Recent discoveries such as 2023 KQ14 deepen the mystery. Despite limited data, the search continues with advanced telescopes, pushing the boundaries of our knowledge of the solar system’s remote edges.

SpaceX and NASA scrubbed the Crew-11 astronaut launch on July 31 due to unsafe cumulus clouds. The next launch attempt is now set for August 1. The mission will send four astronauts to the ISS aboard the reused Crew Dragon Endeavour spacecraft.

The Telugu web series is a story of a group of fishermen who end up crossing international waters. They are caught and imprisoned for this, leading to serious issues and conflicts. Through this, the series covers friendships, relationships and takes teh viewers through an emotional impact. It will release on Prime Video on August 8, 2025.

Perfect Match Season 3 is a popular dating reality show that revolves around couples indulging in tasks and facing challenges, only to prove their compatibility. The contestants, this season, will include a blend of familiar and some fresh faces. The show is currently streaming on Netflix.

Gold has amazed scientists by remaining solid under extreme temperatures—14 times its standard melting point—due to superheating. The study highlights how conventional physics may not fully explain ultra-fast reactions. These groundbreaking results, published in collaboration with international labs, have far-reaching implications for high-energy environments like asteroid impacts and nuclear systems.

A new study from Brazil proposes an inelastic dark matter model using a massive vector mediator, potentially explaining the correct abundance of dark matter while evading existing detection limits. This fresh approach could revive interest in previously ruled-out models and offers experimental pathways to test these elusive particles through the intensity frontier in future particle physics experiments.