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NASA · Moon — South Pole
Artemis III
First crewed lunar landing since Apollo 17. Targets the Shackleton crater rim at the lunar south pole, carrying the first woman and first person of colour to the Moon.

NASA · Jupiter — Europa
Europa Clipper
Investigating the habitability of Jupiter's moon Europa and its subsurface ocean. Will conduct 49 close flybys. Arrives at Jupiter in 2030.

NASA · L2 Lagrange Point
James Webb Space Telescope
The most powerful space telescope ever built, observing the universe in infrared. Studying exoplanet atmospheres, earliest galaxies, and star formation.

NASA · Interstellar Space
Voyager 1
The most distant human-made object, now travelling through interstellar space. Launched in 1977, transmitting data from over 23 billion km away.

ISRO · Moon — South Pole
Chandrayaan-4
India's first lunar sample return mission. Will collect approximately 3 kg of regolith from the lunar south pole and return it to Earth.

NASA · Mars
Mars Sample Return
The Mars Sample Return (MSR) campaign is an ambitious joint initiative by NASA and the European Space Agency (ESA) designed to bring pristine Martian soil, rock cores, and atmospheric samples back to Earth for the first time in human history. Building upon the groundwork laid by the Perseverance rover—which has been collecting and sealing scientifically valuable samples in Jezero Crater—this multi-vehicle mission involves complex robotics, a launch from the surface of another planet, and an orbital rendezvous to deliver the samples safely back to terrestrial laboratories for advanced, in-depth analysis.
Learn Space Science
Knowledge layerIntermediate
Orbital Mechanics — The Mathematics of Spaceflight
Kepler's laws, escape velocity, Hohmann transfers, and the equations that guide every spacecraft ever launched.
Intermediate
Black Holes — From Theory to Observation
Schwarzschild radius, event horizons, Hawking radiation, and how the Event Horizon Telescope captured the first image of a black hole.
Beginner
The James Webb Space Telescope — Infrared Astronomy & Deep Time
How JWST peers 13.5 billion years into the past using infrared optics, a sunshield the size of a tennis court, and L2 positioning.
Advanced
Relativity & Spacetime — Einstein's Framework
Special and general relativity, gravitational time dilation, length contraction, and why GPS satellites must correct for Einsteinian effects.
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