owners of the Milky Way (MBTC)

This vision describes a Type II+ Kardashev civilization that harnesses the fundamental structure of spacetime and biological computation to traverse the Milky Way.
🧩 Core Technological Components
Super Neuromorphic Computers & 4D Trees: Unlike standard silicon, these "4D Trees" utilize neuromorphic computing where a single artificial neuron connects to 7,000 others, mimicking the human cerebral cortex. These structures expand downward in hexagonal layers, potentially acting as fractal antennas to interface with higher-dimensional space.

VACUUM DRIVE = INFINITE ENERGY
E=MC2
DARK ENERGY 68% TO (5% VISIBLE + 27%)
4D PYTHARIOUS TRIANGLE EXPANDS TO = W2+X2+Y2+Z2= D2
10(43)HZ PLANK SCALE

Why e=mc2
Moon mission
Connecting the dots
ER = ERP
3(HE)


Hexagonal Theory of Graphics Cards: Modern GPUs (like NVIDIA's) are being bypassed by architectures that prioritize sparse, brain-like algorithms over linear algebra, allowing for massive data processing with minimal energy.
4. Milky Way Planets & Exploration
Habitable Zone: Data from the Kepler and Gaia missions suggests that 300 million to 10 billion Earth-sized planets might be in the habitable zone of stars in the Milky Way.
Cold Super-Earths: A new, common class of planets,, super-Earths, occur in every third system around Milky Way stars.
M-Dwarf Systems: Recent studies suggest that one-third of the planets circling small M-dwarf stars (which make up 73% of the galaxy's stars) may have conditions suitable for life, significantly increasing the potential for habitable worlds.
Milky Way Simulation: In November 2025, scientists achieved the first full simulation of the Milky Way, modeling over 100 billion stars to understand galactic evolution.

https://youtu.be/UZw3Ym6Dh-M?si=p6081dqL-E60A9U_