In a major finding, scientists from Space Physics Laboratory, VSSC, analysing radio signals from India’s Chandrayaan-2 (CH-2) orbiter – which ...

High plasma densities can influence radio communications, surface charging effects, and interactions with lunar dust, all of which are important for the upcoming robotic and crewed missions near lunar ...

Image for representation purpose only. In a remarkable scientific breakthrough, researchers from the Space Physics Laboratory (SPL) at the Vikram Sarabhai Space Centre (VSSC) have unveiled surprising ...

The simulations showed that to sustain such high plasma densities, the ionosphere must be in photochemical equilibrium, a condition only achievable in the geotail when crustal magnetic fields are ...

High plasma densities can influence radio communications, surface charging effects, and interactions with lunar dust, all of which are important for the upcoming robotic and crewed missions near lunar ...

The new study revealed that the Moon’s ionosphere exhibits unexpectedly high electron densities when it enters the Earth’s geomagnetic tail. This finding sheds new light on how plasma behaves ...

(MENAFN- Daily News Egypt) India's Chandrayaan-2 mission has revealed the Earth's geomagnetic tail has a significant impact on the Moon's ionosphere, challenging prior assumptions about plasma ...

Revolutionary research by scientists at the Vikram Sarabhai Space Centre, utilizing radio signals from Chandrayaan-2, has demonstrated that the Moon's ionosphere exhibits unusually high electron ...