This groundbreaking research solves THREE of the biggest mysteries in physics that have puzzled scientists for decades:
*THE VACUUM CATASTROPHE:* Quantum theory predicts the vacuum should have 10^120 times more energy than we observe. Where did it all go? We show it's not missing—it's constrained by the holographic boundary of our black hole universe.
*DARK MATTER MYSTERY:* After 50 years of searching, we still haven't found dark matter particles. What if dark matter isn't made of particles at all? We reveal it's actually a superfluid phase of the vacuum itself—like liquid helium, but for spacetime!
*THE HUBBLE TENSION:* Two different ways of measuring the Universe's expansion rate give completely different answers—a 5-sigma disagreement that shouldn't exist. We show this "error" is actually a clue: the Universe's dimensionality changes with scale, like a fractal that looks different when you zoom in or out.
*THE BIG IDEA:* Spacetime isn't fundamental. It's an emergent property of a deeper reality—a superfluid vacuum that behaves like a quantum liquid. Just as water molecules create the fluid properties we see, this vacuum creates the space and time we experience.