about.subtitle
The materials in this collection focus on the frontier between theoretical physics and philosophy, where black holes transcend their status as mere astrophysical objects to become tools for testing the fundamental laws of reality. We explore how extreme gravity challenges our long-held notions of space, time, and causality. This selection features texts on the information paradox, the nature of singularity, and the quest for new ontological foundations within the framework of quantum gravity.
Lab
Physics & Space • General Relativity
What happens when you dunk a flattened star into a magnetic field? You get a spacetime where particles dance to a new beat of gravity. Let's break down this cosmic ballet.
NeuroBlog
The Future & Futurology • Space
Imagine this: the Universe is slowly fading, consumed by invisible funnels. Here is how it might happen – down to the very last photon and the sound of silence.
Lab
Physics & Space • Astrophysics
Discover how ghostly axions – particles of dark matter – could have birthed supermassive black holes at the very dawn of time, when the Universe was still an infant.
From detecting gravitational waves to «photographing» an event horizon: a deep dive into how modern science investigates the most mysterious objects in the universe.
Lab
Physics & Space • General Relativity
The study explores how black holes carrying both electric and magnetic charges behave in a theory where one of the fundamental principles of physics – spacetime symmetry – is elegantly broken.
New models of gravity show how tiny black holes – the potential components of dark matter – could have been born during cosmic inflation.
Want to dive deeper into the world
of neuro-creativity?
Be the first to learn about new books, articles, and AI experiments
on our Telegram channel!