School: Crosby Heights Public School
Teacher: Tansuree Das
City: Richmond Hill, Ontario
"The cantaloupe-like surface with geysers all over. One of the coldest places in the solar system. Triton is a whole world brimming with opportunities waiting to happen. This unique moon can teach scientists various ways in which planets or moons form. Out of the three moons in the far reaches of the solar system: Uranus’ Miranda, Neptune’s Triton; and Pluto’s Charon, Triton stands out. The evident choice is Triton, with the key features it already possesses: its past as a dwarf planet; the cantaloupe-like terrain thought to be a result of tidal heating; and its state as geologically active.
According to many studies by major space companies like NASA, Triton was once a dwarf planet. The moon is predicted to have been part of a binary system; where two planets revolve around each other. Triton was pulled out of its system by Neptune and brought into orbit, which imbalanced all of Neptune's moons’ gravitational orbits and forced them to either crash into Neptune or fly out of orbit. As a result, Triton has a retrograde orbit; an orbit that spins the opposite way of Neptune, which is unique to Triton in the solar system. This distinct past could help researchers discover more about how moons and gravity work and are formed.
Triton is currently geologically active, with geysers still erupting on its surface. These geysers are supplied by nitrogen instead of water and release dark plumes into Triton’s atmosphere. There are many similarities between these geysers and geysers present on Mars. If both Triton and Mars are explored and examined, scientists will be able to learn about geysers in space, including those on Io and Enceladus, which would benefit space exploration. The geysers on Triton would be a compelling event to explore, with many benefits.
Neptune’s biggest moon has features that prove it to have the most potential out of the three moons. It can help explain more about how different moons are formed with its past as a dwarf planet. The tidal heating present on Triton over many years can teach about the gradual changes in space over several centuries. Cryogenic geysers on the moon make it both geologically active and uncommon. Scientists can unearth a lot from this moon about space."