i.e., transmission without resistance. Are all objects/bodies transparent on some level?
Sound travels through different compositions at unique speeds and variable distortion. To provide not just an image (as in Ultrasound) but as a means to understand the composition of the image.
i.e., a function that maps a chemical/molecular structure onto a co-domain. Points on the domain taken from Spectroscopy profile, unique to the composition being investigated. Points on co-domain represent concentration, accumulation, composition….
Gas pressure can be used to generate a photo-electric current. (Stoletov’s law)
Can magnetic/electric fields be embedded into a light beam whose functions would act as capacitors, resistors, semiconductors, logic gates and transistors, depending on the vector composition of the magnetic/electric fields.
What do angles look like on a Klein-bottle which is edge-less and is composed of two Mobius bands of opposite chirality?
Can these be used to explain volume, size, weight, and composition?
As in fluorescence, photochemical, absorption, emission, transmission, and reflection. i.e., defined on 3-D topological conduction pathways; cylindrical, spherical, torus, Klein, projective, polygonal….how would a pathway shaped as a torus effect fluorescence?
Does this affect the image? It is also the case that magnetic fields influence ionic beams.
The next step of a random walk, through a network, can have multiple outcomes. If all outcomes were taken simultaneously would not this be equal to amplification? Can ‘absorption’ be amplified?
Frictionless superconductivity for current produces an accelerative force necessary for fusion and the generation of energy.
This has been researched. What is new is that it could be possible to find low energy x-rays which would be safer in medical situations. It is known that you can increase energy without changing frequency. ‘An electric field accelerates particles travelling in a Cyclotron … their energy increases but the Cyclotron frequency remains the same’. (Electromagnetism book, SMT359 Book 2 page 123, Level 3, Open University). Can you decrease energy without changing the frequency?