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Science Behind Most Advance Telescope- Pradhuman Chahar

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Science Behind Most Advance Telescope - Pradhuman Chahar Hello Readers, Pradhuman here again to explain the most advanced tool for space exploration, the James Webb Space Telescope (JWST). This revolutionary instrument has officially entered full operational science mode, unveiling a universe of possibilities that extend far beyond the images we've all seen. From colliding galaxies to the atmospheres of exoplanets, JWST is set to revolutionize our understanding of the cosmos. But how can you, an aspiring astronomer or simply a curious mind, get involved with this incredible scientific instrument? Understanding the James Webb Space Telescope Before diving into how to use JWST, it’s essential to understand what makes this telescope so special. The JWST is not just an upgrade of the Hubble Space Telescope; it is a completely different instrument, designed primarily to observe infrared light. This focus allows it to see through cosmic dust and observe the earliest galaxies formed after...
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ISRO's SpaDeX Mission: A Leap into the Future of Space Exploration by Pradhuman

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  ISRO's SpaDeX Mission: A Leap into the Future of Space Exploration Hello Readers, Pradhuman Chahar here today we will talk about SpaDeX mission in detail On December 30, 2024, India launched a mission that is poised to become a historic milestone in our space journey—the SpaDeX Mission. Spearheaded by the Indian Space Research Organisation (ISRO), this groundbreaking endeavor is not just a technical achievement but a testament to India's growing prowess in space technology. The mission involves the docking of two satellites, the Chaser and the Target, an engineering marvel that showcases ISRO's advancements in orbital mechanics and space exploration. The Evolution of India's Space Capabilities Reflecting on India's progress in space exploration, it is remarkable to see how the nation has transitioned from focusing on rebuilding and addressing domestic needs to becoming a key player in the global space industry. While the United States, Russia, and China were pione...
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The Space Shuttle's Ascent: Pradhuman Chahar

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  The Space Shuttle's Ascent  Hey readers, Pradhuman here today we will learn about Space shuttle path to orbit As the Space Shuttle powers its way through the atmosphere, propelled by its massive solid rocket boosters and main engines, the astronauts inside the orbiter transition from an exhilarating thundering journey to a serene, silent cruise. The moment the engines power down, they become weightless, and the light of the shining blue Earth below floods through the windows of the crew cabin. The journey to orbit has ended, but their mission has just begun. The Space Shuttle was not just a rocket - it was a mobile laboratory, a home in space, equipped with all the tools the astronauts needed to not just survive, but to complete complicated tasks in space. The orbiter provided a secure haven, sustaining a breathable atmosphere, facilitating precise maneuvers, and housing a payload bay capable of carrying massive spacecraft like the Hubble Space Telescope. The Reaction Con...
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Unlocking the Secrets of Rocket Science:Pradhuman Chahar

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  Unlocking the Secrets of Rocket Science: An Explosive Journey to the Moon and Back by Pradhuman Chahar The Fundamental Principle Behind Every Rocket Hey there fellas Pradhuman here again I'm excited to take you on an explosive journey through the fascinating world of rocket science. Every rocket that has ever flown, whether it's a small firework rocket or a giant rocket carrying people to the moon, is based on one simple principle. Today, I'm going to demonstrate this fundamental principle and uncover the science that sends us into the vast expanse of space. Demonstrating the Power of Propulsion To begin, I'd like to showcase a beautiful reproduction of a Napoleonic cannon, which is a working model capable of firing a live round. Now, don't worry, we won't be firing a live round today. Instead, we'll be firing a blank round to illustrate the key principle behind rocket propulsion. The cannon is essentially a tube that is closed on one end and open on ...
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Rocket Propulsion and Celestial Navigation(ISRO dev in RSAP): by PRADHUMAN

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Rocket Propulsion and Celestial Navigation Hello Readers, Pradhuman here again, today we will discuss about ISRO's rides to space and understand their mechanics In the grand saga of human exploration, rockets stand as the epitome of technological prowess, transcending Earth's confines to unveil the mysteries of the cosmos. Delving into the intricate realm of advanced aerospace physics, we unravel the sublime ballet of forces and equations orchestrating the movement of these celestial chariots. The Dynamics of Space: Space, an ethereal canvas stretching to infinity, presents a complex tapestry of gravitational fields, electromagnetic radiation, and interstellar mediums. Mastering the intricacies of celestial mechanics demands a deep comprehension of Einstein's general relativity, which elucidates the curvature of spacetime and its interplay with celestial bodies. Furthermore, quantum field theory unveils the quantum vacuum fluctuations permeating even the void of space, sub...
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What are Space vehicles? by Pradhuman

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  What are space vehicles? An Inside Look at the Space Shuttle Hello readers, Pradhuman Here In this blog, we will take a close look at the interior of the space shuttle, examining its crew compartment, payload bay, and rear engines.  Introduction The space shuttle was a spacecraft used by NASA for 30 years and completed 135 missions. Its last flight took place in 2011. The space shuttle consisted of three main components: the orbiter vehicle, the orange external tank, and the two white solid rocket boosters (SRBs). While the orbiter and SRBs were reusable, the external tank was not and had to be replaced for each mission. It's worth noting that many people refer to the entire assembly as the space shuttle, even though technically it is just a part of it. So, the terms orbiter vehicle and space shuttle are sometimes used interchangeably. A Typical Mission Let's take a look at a typical space shuttle mission. The shuttle would launch from the Kennedy Space Center in Flori...
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INDIAN SPACE STATION:MARVEL OF ISRO BY PRADHUMAN

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  INDIAN SPACE STATION:MARVEL OF ISRO Unlocking the Potential of Indian Vehicles Greetings, everyone! Pradhuman here Today, I am thrilled to discuss the exciting advancements in the design of Indian space vehicles. As you may know, India has taken up the ambitious task of setting up an Indian Space Station by 2035, and ISRO has the responsibility of landing humans on the moon by 2040. But before we delve into these endeavors, let's address the crucial question of where we currently stand. Evaluating our Technological Capabilities In terms of technology, do our vehicles have the capabilities to fulfill these missions? Do our launch vehicles possess the power and efficiency required? Have we achieved engine clustering? Can our development and cryo engines make significant leaps? These are the questions we will explore in today's Blog. Within the designs presented here, we have the GSLV Mk-2, which we used in a test vehicle demonstration. It is equipped with the L40 booster s...
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