“Abstract: Following the structural design of the Starfish Bioship established in Part I, this paper elucidates the Quantum Electrodynamic (QED) mechanisms required for macroscopic displacement. By modulating the local vacuum stress-energy tensor through an anisotropic metamaterial hull, the Starfish interacts directly with vacuum fluctuations to generate an asymmetric pressure gradient. This paper demonstrates that theContinue reading “The Starfish Bioship, QED Propulsion Physics Pt II: Asymmetric Vacuum Stress and Macroscopic Tunneling in Toroidal Manifolds”
Category Archives: math
Plastic-To-Water Lab Notes: Testing A Desktop UV Reactor With Sound
As the popular quotation goes, “do what you can with what you have.” The exploration of science and life is open to many pathways. In this continued series of experiments, the overall goal is to transmute or catalyze plastic into water with light, and possibly the addition of sound. So, using what amounts to molecularContinue reading “Plastic-To-Water Lab Notes: Testing A Desktop UV Reactor With Sound”
From Plastic To Water With Data: Charting A Course Of Light
In designing a photocatalytic plastic waste to water receptacle, the light array for the inside is the crucial component, and to determine what lights, in addition to ultraviolet, may be effective and complementary in expediently transmuting PET, for example. The included data table compares the nanometer equivalencies of ionization potentials (in eV) for Hydrogen, Carbon,Continue reading “From Plastic To Water With Data: Charting A Course Of Light”
Measures Of Intelligence: Efficiency, Density & Magnitude
Logarithmic mathematical scales represent orders of Magnitude or proportional relationships. A measure like IQ however is linear and only applies to humans, though. And while some of life is linear— Intelligence is a complex and multifaceted emergence, and not unique to humans. IQ has been more of a shorthand for convenience anyway, not capturing theContinue reading “Measures Of Intelligence: Efficiency, Density & Magnitude”
Nature, Math, Computer Science, Harmony: 3 Patterns Of Morphogenesis
Nature indeed has favorite patterns of propagation, from sound waves to cell division — and the reproductive foundation is “self-similarity,” copying and varying the self, which encapsulates logarithms, fractals, spirals/chirals and the exemplary patterns described below. Understanding and being able to analyze the patterns that repeat across different orders of magnitude and scale will helpContinue reading “Nature, Math, Computer Science, Harmony: 3 Patterns Of Morphogenesis”