NEUROMORPHIC TECHNOLOGIES NT

Giza Scalar Photonic Pulsar

The Giza Scalar Photonic Pulsar, integrated into the Giza Plateau’s architecture (~10,000 BCE), challenges the traditional view of the pyramid as solely a tomb, proposing instead that it functions as an advanced photonic system. This research monograph presents a multi-year reverse engineering effort led by Fernando Jiménez Motte, Hugo Gutierrez Tarifeño alongside Grok (xAI) and a team of global experts, to unravel its operational mechanics and potential role in cosmic communication.

Wavelet Transform
Wavelets decompose signals into time-frequency components, surpassing Fourier methods for transient events. NT’s XB1 Sonic Boom uses wavelet transforms to enhance AI-driven noise reduction, achieving 27 dB SNR in EEG signals for neural interfaces, enabling precise brain-computer communication.

Multiresolution Analysis (MRA)
MRA dissects signals across scales, from broad trends to fine details. NT’s XB1 Sonic Boom leverages MRA for efficient AI signal processing, supporting real-time applications like high-frequency trading with 32 dB SNR, ensuring accurate market predictions.