Enhancing space activities and solar system exploration using spacecraft tracking

Electromagnetic radio waves are a vital way of communication with spacecrafts in our solar system. The key component in this being the transmission and reception of radio signals. These radio signals are affected by interplanetary media and planetary bodies which provide us an insight into the physics of solar wind mechanisms, planetary atmospheres, planetary gravity, and ionospheric effects too. While looking to unravel more science within the solar system, I am also looking to provide a technical overview of the telescopes for spacecraft tracking which helps work towards the aim of precision tracking of spacecrafts using the VLBI technique.

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