Technology

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?

i.e., sound.

i.e., reusable chemical energy reactions. Is it only ‘heat’ that can boil liquid? If it is, then using other forms of energy to produce the heat. This could be used to research an idea that fuel in a car could be used to drive the motor without ‘burning’ it. (an example of a chemical reaction which does not generate ‘burn’ leading to CO2 fumes in the making of concrete…. ‘The key to fixing the climate was hiding in Mariupol’s concrete’, The Times newspaper, 27th March 2022).

You can use Membrane Gas Separation. i.e., H2O can be separated into O2 & H by running a current through it or separation caused by ‘pressure gradient’. The oxygen can then be breathed into the body.

To measure the ‘tension’ in a beam. i.e., measuring the physicality of energy.

Atoms do not age but they are dynamic, i.e., they form bonds or are able to change their mass composition (formation of isotopes). Their ‘lifetime’ is part of the ‘timed’ sequences which they are a part of. What ensures the holding pattern of a ‘life-time’? Is this holding pattern a time-varying electromagnetic field, a specific ‘pattern-evolution’ sequence i.e., for Total Energy, temperature, chemical accumulation….

i.e., to measure the discharge of a capacitor through the mass of an object which acts as a resistor.

i.e., weight found with reference to the ‘displacement’ of the object in an electromagnetic field.

Each object has its’ unique electromagnetic profile; a unique electromagnetic vector field.

To create an atomic ‘locking’ mechanism to build shaped objects in a required position along a seam or turned corner. To include the possibility that this mechanism contains an ‘unlock’.