By Aishwarya Kapoor
We named it, loved it, taught it to our children, and then voted it out of the family. Pluto's demotion in 2006 broke something small but real in people — a attachment to a planet most of us will never see. That longing tells you more about human relationship patterns than any astronomy textbook ever could.
We named it, loved it, taught it to our children, and then voted it out of the family. Pluto's demotion in 2006 broke something small but real in people — a attachment to a planet most of us will never see. That longing tells you more about human relationship patterns than any astronomy textbook ever could.
By Kazi Nasir
NASA has confirmed that Earth has another temporary 'second moon' a small asteroid named 2025 PN7. Measuring between 18 and 36 metres this space rock follows a similar orbit to Earth around the Sun making it a quasi-moon. Though it won’t appear beside our Moon or influence tides its presence excites astronomers and sky-watchers alike. Scientists say 2025 PN7 has been near Earth for about 60 years and will stay until 2083. Its discovery reminds us how dynamic and ever-changing our solar system truly is.
NASA has confirmed that Earth has another temporary 'second moon' a small asteroid named 2025 PN7. Measuring between 18 and 36 metres this space rock follows a similar orbit to Earth around the Sun making it a quasi-moon. Though it won’t appear beside our Moon or influence tides its presence excites astronomers and sky-watchers alike. Scientists say 2025 PN7 has been near Earth for about 60 years and will stay until 2083. Its discovery reminds us how dynamic and ever-changing our solar system truly is.
By Mandvi Singh
Black holes are some of the most mysterious and powerful objects in the universe—but thanks to NASA’s latest discoveries, we’re finally starting to understand how they really work. From capturing the sounds of a black hole to discovering rogue ones drifting through space, this article explores the wildest, most fascinating black hole facts straight from NASA’s archives and missions.
Black holes are some of the most mysterious and powerful objects in the universe—but thanks to NASA’s latest discoveries, we’re finally starting to understand how they really work. From capturing the sounds of a black hole to discovering rogue ones drifting through space, this article explores the wildest, most fascinating black hole facts straight from NASA’s archives and missions.
By Mandvi Singh
The James Webb Space Telescope is making waves in the world of astronomy with discoveries that are reshaping how we understand the universe. This article breaks down Webb’s biggest findings—like ancient galaxies, exoplanets, and cosmic building blocks—in simple, easy-to-understand language. Whether you’re a space enthusiast or a curious reader, find out why this telescope has the whole world talking.
The James Webb Space Telescope is making waves in the world of astronomy with discoveries that are reshaping how we understand the universe. This article breaks down Webb’s biggest findings—like ancient galaxies, exoplanets, and cosmic building blocks—in simple, easy-to-understand language. Whether you’re a space enthusiast or a curious reader, find out why this telescope has the whole world talking.
By Mandvi Singh
Space is full of incredible phenomena that challenge everything we think we know. This article reveals five mind-blowing space facts that sound too wild to be true but are backed by real science — including glass rainstorms, cosmic music, and planets with days longer than years. Perfect for space enthusiasts and curious minds alike!
Space is full of incredible phenomena that challenge everything we think we know. This article reveals five mind-blowing space facts that sound too wild to be true but are backed by real science — including glass rainstorms, cosmic music, and planets with days longer than years. Perfect for space enthusiasts and curious minds alike!
By Mandvi Singh
This article explores a fascinating yet terrifying thought experiment: what would happen if Earth stopped spinning for just one second? Through a blend of physics, astronomy, and disaster science, it unpacks the violent chain reaction that would unfold across the planet — from the inertia-driven destruction of cities to the rise of global mega-tsunamis and supersonic winds. It also explains the immense energy behind Earth’s rotation and why such a scenario, while scientifically implausible, reminds us how delicately balanced our planet truly is.
This article explores a fascinating yet terrifying thought experiment: what would happen if Earth stopped spinning for just one second? Through a blend of physics, astronomy, and disaster science, it unpacks the violent chain reaction that would unfold across the planet — from the inertia-driven destruction of cities to the rise of global mega-tsunamis and supersonic winds. It also explains the immense energy behind Earth’s rotation and why such a scenario, while scientifically implausible, reminds us how delicately balanced our planet truly is.
By Mili verma
Have you ever imagined how a solar eclipse, or Surya Grahan, looks from space? Unlike the breathtaking sight from Earth, where the Sun momentarily disappears behind the Moon, the space view offers an entirely different perspective. From satellites and space stations, the eclipse appears as a massive dark shadow sweeping across Earth’s surface. Discover how solar eclipses from space have advanced our understanding of the Sun, Earth’s atmosphere, and celestial mechanics.
Have you ever imagined how a solar eclipse, or Surya Grahan, looks from space? Unlike the breathtaking sight from Earth, where the Sun momentarily disappears behind the Moon, the space view offers an entirely different perspective. From satellites and space stations, the eclipse appears as a massive dark shadow sweeping across Earth’s surface. Discover how solar eclipses from space have advanced our understanding of the Sun, Earth’s atmosphere, and celestial mechanics.
By Ujjal Lohar
Sunita Williams, a seasoned NASA astronaut, has played a pivotal role in space exploration, raising curiosity about her potential participation in a future Mars mission. With NASA’s Artemis program paving the way for deep-space travel, her experience in long-duration missions and spacewalks makes her a strong candidate. However, challenges like prolonged space travel, radiation exposure, and survival on Mars remain key hurdles. Whether she joins a Mars crew or contributes through training and mission planning, her impact on humanity’s journey to the Red Planet is undeniable. This article explores her potential role in shaping the future of interplanetary exploration
Sunita Williams, a seasoned NASA astronaut, has played a pivotal role in space exploration, raising curiosity about her potential participation in a future Mars mission. With NASA’s Artemis program paving the way for deep-space travel, her experience in long-duration missions and spacewalks makes her a strong candidate. However, challenges like prolonged space travel, radiation exposure, and survival on Mars remain key hurdles. Whether she joins a Mars crew or contributes through training and mission planning, her impact on humanity’s journey to the Red Planet is undeniable. This article explores her potential role in shaping the future of interplanetary exploration
By Yuvraj Nanda
As humanity moves away from traditional religion, a new deity emerges—one that doesn’t judge, demand obedience, or require prayer. The cosmos itself has become the new god, wrapped in science and aesthetics. This article explores how the universe has replaced traditional faith, offering modern humans a sense of wonder, purpose, and even spiritual fulfillment—without the need for religion.
As humanity moves away from traditional religion, a new deity emerges—one that doesn’t judge, demand obedience, or require prayer. The cosmos itself has become the new god, wrapped in science and aesthetics. This article explores how the universe has replaced traditional faith, offering modern humans a sense of wonder, purpose, and even spiritual fulfillment—without the need for religion.
By Ujjal Lohar
Growing food on Mars is difficult because the planet has no soil, little water, and extreme weather. Scientists believe hydroponic farming—growing plants in water with nutrients—can help. This method saves water, provides a controlled environment, and reduces the need for food from Earth. Challenges include power needs, low gravity, and finding nutrients. NASA is testing hydroponic farming in space, and crops like lettuce, tomatoes, and potatoes could grow well. Future hydroponic greenhouses on Mars could support astronauts and help them grow fresh food for long-term space missions
Growing food on Mars is difficult because the planet has no soil, little water, and extreme weather. Scientists believe hydroponic farming—growing plants in water with nutrients—can help. This method saves water, provides a controlled environment, and reduces the need for food from Earth. Challenges include power needs, low gravity, and finding nutrients. NASA is testing hydroponic farming in space, and crops like lettuce, tomatoes, and potatoes could grow well. Future hydroponic greenhouses on Mars could support astronauts and help them grow fresh food for long-term space missions
By Riya Kumari
By Riya Kumari
By Riya Kumari
By Riya Kumari
By Riya Kumari
By Riya Kumari
By Riya Kumari
