Introduction on Geosynchronous Orbit A geosynchronous orbit is a special type of orbit where a satellite revolves around Earth at […]
A Comprehensive Guide on Geosynchronous Orbit Equations, Radius and Mechanics Read More »
Discover the geostationary orbit equation and how it calculates the exact radius satellites need to match Earth’s rotation for stable positioning.
A Comprehensive Guide on Geostationary Orbit Equation, Radius, and Applications Read More »
Introduction on Earth Orbit What does it mean to be in orbit around Earth? From space stations to GPS networks,
A Comprehensive Guide Earth Orbit: How Satellites Move in Space Read More »
What is G, the gravitational constant? Learn how it shapes gravity, from falling apples to galaxies, in this clear and fascinating overview.
The Gravitational Constant: The Magic that Rules Universe Read More »
Gravity is the fundamental principle of orbits and Universe itself. But is it enough to explain the beautiful behavior of the celestial bodies? This article explains the fundamental principles of gravity, centripetal force and how they work together to keep satellites in orbit. Using clear, beginner-friendly language, it breaks down how Earth’s gravity pulls satellites inward while their forward motion creates a balanced centripetal force—resulting in stable orbits.
How Do Satellites Stay in Orbit? A Quick and Easy Guide Read More »
Humanity has long dreamed of setting foot on Mars—and staying there. In recent years, that dream has moved closer to reality, with major space agencies and private companies developing the technologies needed to send humans to the Red Planet. But while milestones like NASA’s Perseverance rover and SpaceX’s Starship prototype mark real progress, colonizing Mars remains a monumental challenge. From surviving deadly radiation to producing food and oxygen on a distant world, the path to a self-sustaining Martian settlement is still filled with technical, biological, and logistical hurdles. So, how close are we, really?
Mars Colonization: How Close Are We? Read More »
Rocket propulsion has come a long way since its earliest military applications. From the terrifying V-2 rockets of World War II to SpaceX’s reusable Falcon rockets, the technology behind space travel has evolved dramatically. In this article, we will trace the key milestones that shaped modern rocketry and explore where the future is headed.
The Evolution of Rocket Propulsion: From V-2 to SpaceX Read More »
Have you ever wondered why planets keep spinning and orbiting endlessly through space?
In this article, we uncover the cosmic forces set in motion billions of years ago — from the swirling birth of the solar system to the invisible rules of physics that still govern planetary motion today.
Discover the hidden principle that keeps worlds turning, the elegant simplicity behind their endless dance.
Why do Planets keep spinning? Read More »
NASA’s Artemis program aims to return humans to the Moon and prepare for future missions to Mars. Using the Space Launch System (SLS) rocket and Orion capsule, Artemis will land the first woman and the next man on the lunar surface. Artemis is not just about revisiting the Moon—it’s about building a sustainable presence and paving the way for deep space exploration.
Artemis: the Future of Space Engineering Exploration Read More »
On November 16, 2022, NASA successfully launched the Artemis I mission, officially marking the beginning of a new era in space exploration. This was the first integrated test of the Space Launch System (SLS) rocket and the Orion capsule, designed to return humans to the Moon and, in the future, venture even farther—to Mars.
Artemis I: The Greatest Engineering Challenge Of Our Era Read More »