– Massive stars appear with six-point diffraction spikes.
– Smaller cluster members display white, yellow, or red hues depending on their stellar type and dust enshrouding.
Image credit: NASA, ESA (European Space Agency), CSA (Canadian Space agency), STScI.
India’s growing interest in space exploration makes findings like the James Webb Telescope’s observation highly relevant for academic research and scientific inspiration. While India has ambitious goals with projects like ISRO’s Aditya-L1 solar study mission or lunar probes such as Chandrayaan missions to deepen understanding about celestial phenomena closer to Earth or its immediate vicinity-studies such as those enabled by NASA open broader windows into distant cosmic nurseries like Pismis 24.This can foster an expanding knowledge base for Indian researchers collaborating globally.
Observations surrounding star formation may also hold indirect value for India over time: deepening astrophysical insights could enhance aerospace innovation or encourage astronomy-focused policy initiatives. However-as current space leans increasingly multi-coalitional;; technical cooperative edges/global partnerships evolve