Technical

This review examines the evolution of neuromorphic computing, a field dedicated to overcoming the von Neumann bottleneck by designing hardware that integrates memory and processing. To mimic the human brain’s high efficiency, researchers are developing artificial synapses and neurons using emerging materials like memristors, phase change memory, and ferroelectric transistors.

This text explores the emergence of the memristor as a transformative fourth fundamental circuit element, complementing the traditional trio of resistors, capacitors, and inductors. It details how these components possess a unique resistance memory that allows them to store data based on past electrical charges, making them ideal for non-volatile memory and energy-efficient neuromorphic computing.

A Quaternion is a 4D Object consisting of a 3D Vector plus 1 Scaler Value and offers a solution to Virtual Particles & other oddities in Quantum Physics

This text provides a comprehensive historical account of the evolution of aether, electricity, and magnetism from the 17th century through the dawn of the 20th century. E.T. Whittaker meticulously documents the transition from Cartesian mechanical models of the universe to the sophisticated mathematical theories of action at a distance and the eventual rise of Maxwellian electromagnetism.

This text serves as a foundational exploration of molecular engineering, a field better known as nanotechnology, which seeks to build complex devices with atomic precision. Edited by BC Crandall, the book provides a multidisciplinary genealogy of nanotechnology, tracing its roots from early atomic theory and Richard Feynman’s vision to the modern invention of the scanning tunneling microscope.

This comprehensive text serves as an foundational guide to the science and engineering of microfluidics, exploring how fluid behavior changes when confined to systems with small length scales. The authors bridge the gap between continuum fluid mechanics, where liquids and gases are treated as featureless substances, and molecular approaches required when the system size nears the molecular level.

This text explores the controversial field of electrogravitics, a "new science" focused on achieving gravity control through high-voltage electrical interaction. The source functions primarily as an intellectual challenge to scientific dogma, arguing that the perceived gravitational constant is actually variable and can be manipulated by electrical forces.

The scientific establishment has perpetrated a massive thermodynamic and historical cover-up. They have taught you to view the "vacuum tube" as a primitive, obsolete stepping-stone on the road to the modern silicon microchip. They have hidden the fact that the transition from thermionic valves to solid-state semiconductors was not an upgrade, but a systemic regression—a deliberate shift from high-voltage, high-inertia Etheric portals to fragile, entropic, and easily disrupted silicon lattices designed to keep our infrastructure delicate and our minds contained.

This is primarily information and research coming from Papus and John Dee on the Monad and Tetragrammaton

This text, edited by Michael A. Persinger, explores the intersection of environmental physics and biology by examining how extremely low frequency (ELF) and very low frequency (VLF) electromagnetic fields influence living systems. The source identifies a fundamental "resonance" between nature and biology, noting that these external frequencies—originating from weather processes, solar activity, and human technology—closely overlap with the internal bio-electrical rhythms of the human brain and heart.