NASA’s Parker Solar Probe 24th flyby recently marked another milestone. On Thursday, June 19, the spacecraft reached 3.8 million miles (6.2 million kilometers) from the Sun’s surface, matching its record for closest approach. This flyby concluded the original mission timeline. However, Parker will continue orbiting the Sun and collecting valuable data until NASA reviews the…
At 2:31 a.m. EDT, the crew of Axiom Mission 4 launched aboard SpaceX’s Falcon 9 rocket and Dragon spacecraft from Launch Complex 39A at NASA’s Kennedy Space Center in Florida, en route to the International Space Station (ISS). Leading the commercial mission is Peggy Whitson, a former NASA astronaut and now Axiom Space’s director of…
Have you ever stared at the Moon and wondered if it’s just a beautiful lamp in the sky? In truth, that pale orb is so much more than decoration — it’s a guardian, a stabilizer, a rhythm-maker, and perhaps one of the biggest reasons life on Earth still exists. Let’s explore how this ancient companion…
Long before satellites scanned the stars and black holes were more than just theory, a few curious eyes turned to the night sky and asked a simple question:“What are those lights above us?” Thus began the incredible human journey we now call astrophysics — a voyage not through space alone, but through centuries of thought,…
NASA’s Parker Solar Probe completed its 24th close dive toward the Sun on Thursday, June 19. It flew just 3.8 million miles (6.2 million kilometers) above the solar surface, once again matching its record for closest approach. This milestone marked the final close flyby in the mission’s baseline plan. From this point forward, Parker will…
Why does everything in the universe spin?Rotational motion plays a fundamental role in shaping the cosmos-from planets and stars to galaxies and black holes. This paper explores the physics behind rotational motion, including the principles of angular momentum conservation and the influence of collisions and cosmic explosions in generating spin. Drawing from personal experiences in…
Do we truly need the Moon in our night sky? What role does it actually play?If the Moon were to suddenly vanish, the consequences would be severe—triggering a chain of irreversible changes that could dramatically impact life on Earth. What would happen to Earth’s oceans if the Moon disappeared?Without the Moon, our oceans would experience…
Time travel is one of the most fascinating ideas in both science and science fiction. But did you know that physics actually allows time travel—at least in theory? Based on Einstein’s Theory of Relativity, time doesn’t tick the same for everyone. Gravity and speed can change the way time flows, opening the door to real…
The mysteries of space have fascinated scientists and dreamers alike. Among the most mind-bending phenomena in the cosmos are black holes, wormholes, and the concept of time loops. These aren’t just science fiction—they are rooted in the mathematics of Einstein’s relativity and the latest frontiers of astrophysics. Let’s explore how these cosmic concepts may shape…
Over the weekend, Curiosity successfully wrapped up its science activities at the “Altadena” drill site and resumed driving. After completing a 48-meter (157-foot) drive, the rover entered a new exploration zone—informally called a mapping “quad.” To give some context: Curiosity’s team divides the exploration area into square regions, each 1.5 kilometers wide. The team names…
