NASA Antarctic Balloon Flights End with Key Findings
NASA successfully completed a series of high-altitude balloon flights over Antarctica, deploying instruments to study antimatter and high-energy particles for weeks.
NASA successfully completed a series of high-altitude balloon flights over Antarctica, deploying instruments to study antimatter and high-energy particles for weeks.
ISRO's DEX instrument on Chandrayaan-2 has detected a significant flux of tiny interplanetary dust particles bombarding Earth. This discovery aids in understanding space weather and planetary formation. Read more about this breakthrough.
India's DEX instrument records interplanetary dust particles in Earth's upper atmosphere, providing crucial data for protecting satellites and planning deep-space missions to Moon and Mars.
New research reveals everyday appliances like toasters and hair dryers release trillions of ultrafine particles laden with metals into your home's air. Learn the risks and simple fixes to protect your family's health.
New research reveals common appliances like toasters and hair dryers release ultrafine particles, polluting indoor air. Learn the risks and simple steps to protect your family's health.
When AQI crosses 400, your lungs face a severe health crisis. Learn what happens inside and how to protect yourself from dangerous air pollution.
New research reveals air pollution contributes to 30% of India's type 2 diabetes cases. Learn how toxic air damages insulin production and increases diabetes risk across all age groups.
Discover the fascinating science behind Aurora Australis, the Southern Lights. Learn how solar particles create this spectacular natural light show in Antarctica and southern regions.
India's Chandrayaan-2 mission detects first-ever evidence of solar storms generating lunar atmosphere, revolutionizing our understanding of Moon's environment and space weather.
In a groundbreaking revelation, India's Chandrayaan-2 orbiter detects how solar storms directly strike the Moon's surface, creating crucial implications for future lunar missions and astronaut safety.