…In a generalized sense, energy is an abstraction of the orientation of a system in a vector space and the magnitude required to displace something from its reference frame. For example, rotation around a unit circle provides periodic functions. In the sense of displacement, energy is a differential. You are not using an energy model, because energy models are systems of differentials, periodic functions, and harmonics. You are using a sci-fi plot device. In the sense of Physics, physical energy is a property of sinusoidal waves. Specifically, energy is associated with wavelength. Valid models have consistent definitions and a theory, Read More
Gaffluence wrote: Is magick even real?… Isn’t it just shifting ones focus and subconscious expectations, invoking parts of ones own psyche and enacting archtypes? Or does the woo-woo such as “sit on a rock on the second saturday of the month while holding lavendar from yosemite” have tangible effects? And what about what Tesla said about energy, frequency and vibration; how does that play into it?… I wrote: Gaffluence wrote: And what about what Tesla said about energy, frequency and vibration; how does that play into it? Energy is not a “thing”. It is a scalar value for the relationship Read More
Spacellama117 wrote: Is teleportation in any form real? If so, resources on it. I Wrote: …It is. To say it very simply, there are harmonics of probability that say you could be somewhere else; however, the probability waves are so spread out you don’t randomly teleport. If you compress those waves, you can make it so the probability of an object being somewhere else is so likely it teleports. Via looking into the future of a thing and manipulating its future, you can teleport it. The mechanics are no different from any other application of magic that shifts future probability… Read More
My fiancé is a genius! He used his intuitive knowledge as a singer to help me figure out how to make manipulation of reality through manipulation of probable futures consistent. Temporal histories and probabilities are basically a set of harmonics, according to Physics. Time is less like a line and more like a collection of superimposed sinusoidal waves. You can see this if you look at how you can use Fourier Transformation (FT) to turn instances of time-dependent objects into frequency spectrums. Since the intervals of edges of concepts are “like” time in a lot of ways, you can apply Read More
In this episode we dive deeper into the relationship between space and time and explore how we can geometrically map the causality of the universe and increase our understanding of how time and distance relate to one another.
But this intuitive, mechanical reality is emergent from underlying reality in which the particles that form matter arise from of the combination of an infinity of possible properties. And forget matter – the vacuum itself is the sum of infinite possible particles. If we fully unravel this idea we’ll be on the verge of tackling things like Hawking radiation. But as you’ll see today, in that unraveling we are led, unavoidably, to Heisenberg’s uncertainty principle.
There are some pretty out-there explanations for the processes at work behind the incredibly successful mathematics of quantum mechanics – things are both waves and particles at the same time, the act of observation defines reality, cats are alive and dead, or even: the universe is constantly splitting into infinite alternate realities. The weird results of quantum experiments seem to demand weird explanations of the nature of reality.