maxwell's equations
4 theories and 3 videos tagged with this topic.
Theories (4)
Four-Dimensional Energy Conservation
Nature conserves energy in 4D spacetime, not 3D space - allowing extraction when 3-symmetry is broken
Fusion for Energy Extraction
Utilizing plasma to manipulate the lattice structure and extract usable energy, potentially tapping into zero point energy.
Schrödinger Equation Engineering
By creating 'zero systems' with opposing vectors, probabilities in quantum mechanics can be deliberately manipulated
Superfluid Vacuum Model
Spacetime is a superfluid medium (the ether) composed of zero-point energy, not empty vacuum
Videos (3)
The Superfluid Vacuum and the Limits of Modern Science
Ashton Forbes explores the theoretical foundations of free energy through the superfluid vacuum model and scalar electromagnetics. Starting with a Veritasium video demonstrating that electrical energy flows through fields rather than wires, he connects this to Maxwell's original quaternion formulation versus the simplified vector version taught today. The video discusses the ether as zero-point energy/spacetime itself, explaining that energy enters from a fourth dimension and flows into three-dimensional reality. Key concepts include the Aharonov-Bohm effect (showing potentials affect particles even when fields are zero), scalar wave generation through phase cancellation, and engineering the Schrödinger equation. Forbes argues that nature conserves energy in four dimensions, not three, and that 'breaking three-symmetry' allows access to vacuum energy. The discussion covers how crossed scalar beams can produce energy at distance and how Bose-Einstein condensates can be manipulated through frequency scalar potentials to engineer physical reality.
Fusion Is a Tap Into the Spacetime Lattice
The video discusses the concept of zero point energy and its potential applications in energy production, particularly through fusion. It delves into the scientific theories and equations related to a five-dimensional framework proposed by Ferris Williams, exploring how adding an extra dimension affects Maxwell's equations and the physics of high-energy densities. The video also touches on the historical and theoretical implications of these ideas, including their potential connection to unIdentified Anomalous Phenomena (UAP) research and advanced propulsion technologies.
Five Dimensions Fix What Four Dimensions Cannot
The video explores advanced theoretical physics concepts, focusing on the integration of five-dimensional theories to explain and modify fundamental physical laws. The speaker delves into the implications of these theories on various phenomena, including electromagnetism, fusion, and mass-energy conversion, while referencing specific scientific works and figures.
Tag Stats
- Theories
- 4
- Videos
- 3
- Total items
- 7