- Role
- Finalist
- Region
- Toronto
- Pronouns
- he/him/his
Aayaan Jain Singal
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Project
Quantum Levitation-Based Stabilization for Deep-Space Telescopes
Project #1302
Precision stabilization is critical for space telescopes like the James Webb and Euclid, as even a millionth of a degree of deviation can compromise image integrity. However, many modern systems—such as those employed in the Hubble—rely on gyroscopes, which are prone to mechanical wear & tear and vulnerable to astronomical disturbances. This project investigated the feasibility of using quantum levitation as a frictionless, lightweight, and highly precise alternative, utilizing the Meissner effect and flux pinning properties of Type-II superconductors. Through experiments with supercooled (-181.15°C) levitation models in the University of Toronto's cryogenic laboratory, my quantum levitation-based stabilization demonstrated up to 61.25% greater resistance to external disturbances compared to gyroscopes. If implemented in future space telescopes, this technology could significantly enhance their operational longevity, reduce both onboard mass and the need for redundant stabilization systems, and minimize reliance on costly and complex rocket repair missions.
- Challenge
- Aerospace
- Category
- Senior
- Type
- Discovery