Japan's Super-Kamiokande Telescope Hunts 'Ghost Particles' to Unravel Black Hole Birth

• Japan's Super-Kamiokande telescope is upgraded to detect 'ghost particles' (neutrinos) from ancient supernovae.
• Neutrinos, carrying 99% of supernova energy, pass through everything, including billions through our bodies every second.
• Detecting these 10-billion-year-old signals could reveal how black holes and neutron stars form.
• Scientists hope to capture the Diffuse Supernova Neutrino Background, offering insights into the universe's earliest events.
• A clear signal, possibly by 2026, would mark a historic turning point in astronomy, studying events before Earth's formation.