SN2024gy imaged on 01/11/2024 by Luis Velasquez is from 2.25 hours of LRGB data from Insight Observatory's affiliate remote telescope AFIL-3 located in Hakos, Namibia. In the vast expanse of the cosmos, an extraordinary event unfolded on January 4, 2024 – the discovery of Supernova 2024gy in the galaxy NGC 4216. This celestial marvel was unveiled to the world by the keen eyes of Koichi Itagaki, a passionate Japanese amateur astronomer. SN2024gy belongs to the exclusive category of Type Ia supernovae, a type that originates in binary star systems. What makes these stellar explosions particularly captivating is their role as "standard candles" in the cosmic distance measurement toolkit. The consistent brightness exhibited by Type Ia supernovae allows astronomers to precisely calculate their distance from Earth, offering a unique window into the mysteries of the universe. The significance of this discovery extends beyond the cosmic spectacle itself; it signifies the c

Messier 101 - Pinwheel Galaxy with Supernova SN 2023ixf imaged and processed by Craig Stocks at Utah Desert Remote Observatories. One of the most notable ways amateur astronomers contribute is through extragalactic supernova searches. Supernovae are crucial for understanding the evolution of galaxies, and amateur astronomers often participate in systematic monitoring of distant galaxies to detect these brilliant cosmic explosions. Their unique advantage lies in the time and dedication they can commit, often using their own equipment. The observations and data collected by amateur astronomers provide a wealth of information that can complement professional research, aiding in the study of supernova properties and their impact on galactic ecosystems. Exoplanet research is another field where amateurs can play a pivotal role. While professionals have access to state-of-the-art telescopes and instruments, amateur astronomers can contribute by regularly monitoring stars for the telltale