In the silence of her observatory, Dr. Laura Ray stood before a glowing monitor where a faint graph vibrated. This was it — the signal she had waited for all her life. Tiny spikes, a peculiar curve, and background noise, like the breath of the Universe itself, had just whispered something astonishing. '225 solar masses,' murmured her colleague from Tokyo, Professor Masao Hirayama, over the video link. 'We’ve never seen anything like this.' LIGO, Virgo, and KAGRA — these three gravitational giants from different corners of the planet had just recorded the merger of two black holes so massive they shouldn't exist. One — 140, the other — 100 solar masses. According to all models, stars of such mass should explode without leaving anything behind. But they existed. They merged. And they sent a call across space-time that, after billions of years, reached humanity. For Laura, this signal wasn’t just a scientific sensation. It was a challenge. She had argued for years at conferences that massive black holes could exist beyond theoretical limits. Now she had proof. 'If these black holes weren’t formed from stars, then…' Laura began thoughtfully. 'Then they might be relics of the primordial cosmos,' Masao concluded. 'Or products of cascade mergers in stellar cluster cores.' The idea was staggering. Humanity may have received a message from objects born in the first moments after the Big Bang. Or perhaps it was the result of an ancient gravitational dance in the heart of an unknown galaxy. Whatever it was, their discovery would change our understanding of the Universe’s origin. The next morning, the news spread across the globe. CNN, BBC, NHK — all reported on the 'gravitational roar of the Universe.' Scientists rushed to their models. Some sought to rewrite the foundations of astrophysics. Others to find a way to observe such mergers in real-time. Laura and Masao began working on a paper that might become a new chapter in cosmology. Meanwhile, observatories started recording other anomalies. Another signal from the same region. A hint of a third participant? Or something more? That night, Laura sat alone again in silence. Behind her shimmered space, filled with radio waves and myriad galaxies. She wondered: could the Universe be more than matter and energy — a conscious structure sending us signals? Or maybe… this was just the beginning.