Supernovae

SN 2024hig

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Konojedy, 2024-04-30T23:00:00+02:00, Nikon D5600 mod, SW 100ED APO / 900mm x 0.85, ISO 800, Optolong UV/IR cut, 11 x 300s

SN 2024bch

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Konojedy, 2024-04-12T22:52:00+02:00, Nikon D5600 mod, SW 100ED APO / 900mm x 0.85, ISO 800, Optolong UV/IR cut, 19 x 300s

SN 2024exw

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Konojedy, 2024-03-30T23:00:00+01:00, Nikon D5600 mod, SW 100ED APO / 900mm x 0.85, ISO 800, Optolong UV/IR cut, 19 x 300s

SN 2023ixf

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Konojedy, 2023-06-17T23:30:00+02:00, Nikon D5600, SW 100ED APO / 900mm, ISO 800 8 x 500s

Supernovae are among the most powerful events in the universe – the explosive deaths of massive stars that briefly outshine entire galaxies. In a single moment, a star that has burned for millions of years collapses, detonates, and sends shockwaves racing across space, reshaping everything in their path. These explosions forge many of the heavy elements that make planets, oceans, and even life itself possible, scattering them into the cosmos to seed future generations of stars. The remnants they leave behind — expanding shells of glowing gas, neutron stars, or even black holes – are monuments to the immense forces that shaped them. To observe a supernova or its aftermath is to witness cosmic transformation at its most dramatic, a reminder that destruction and creation are deeply intertwined in the life cycle of the universe.