Applications of QT PWF Theory

Main apps of QT PWF theory is in computing: specifically quantuters and QTers (names are a bit crap and subject to be changed if I think of something which sounds better).

1. Quantuter [Quantum Computer]. By containing a number of single-state (all the same quantum numbers) particles (the smaller the better) in a sealed environment decoherence effects can be used to build processing power.

2. QTer [Quantum Time Computer]. This offers immense processing power using a single particle. By utilising QT tree mode mapping each node acts like a bit-store. Since the number of nodes becomes close to infinite after a few thousand iterations so does the storage and processing capacity of the QTer. Drawback is that several hundred classical processors or a Quantutuer is required to access the QTer.

What is Quantum Time?

Quantum Time is a way of measuring choice and probability. Each decision (such as spin left, spin right) constitutes a 'tick' on the Quantum Clock. Remember that quantum merely means 'package' - it has become science parlance that quantum means 'small unit' - QT measures the smallest choices possible.

Some definition

The smallest elementary particles are really, really minute - the Planck length (10E-43) or thereabouts. My hypothesis is that there are only three really fundamental entities, and from these everything in the universe, from sunlight to stardust to toenail is made up. These entities are:
particleino - making up all matter
energino - making up all forces/energy fields
gluino - holding the other two together.

What you think of as a particle, say an electon (e) is, according to my theory, actually composed of billions of particleinos, held together by a field of gluinos. The nature of the three entities (pino, eino and glino) is such that they are interchangeable with each other to a degree, and by converting a glino to a pino the particle loses its cohesion and begins to disperse into a rapidly growing sphere of pino's. Waves can propogate through this ball of particleinos, hence particleino wave field theory.

When two pwf's come into contact they can exchange energy by moving eino's from one wave field to another. This is how photons transmit the electromagnetic force between particles.

Another way to think of the entities is as 'solidified energy signatures'; basically at this tiny level of existence matter and energy are interchangeable, as are all three entities.

Circum-Christmas Musings

I'm reading John Gribbin's 'Schroedinger's Kittens' at the moment, which is giving me plenty to think about. For instance; at the moment of the Big Bang every piece of matter and energy in the universe was gathered in the same spot, was condensed into a quantum soup the size of the Plank volume before being thrown outward to form the universe as we see it today. Therefore it is easy to assume that every single electron in the universe is entangled with every other electron in the universe, and indeed with every other piece of matter/energy that exists. I've been pondering this in between binging on food and alcohol during the Christmas.
Einstein thought of 'spooky action at a distance' when he began to unravel the mysteries of four-dimensional spacetime - the Einstein Podsky Rosen paradox shows how two particles, no matter how far apart can communicate with each other; I think that particles at the far side of the universe can influence each other simply because they were once in the same place. The PWF theory will explain this further if I ever get to it.

The Nature of Choice

A quantity of radioactive material has a Choice to decay or not to decay. The more time that goes by without it decaying the less Choice it has - like the more time you spend doodling instead of studying reduces the choices of colleges you can go to - and the more likely it is to decay. External 'pressure' influences Choice. The fact that you're on a diet means you will choose an apple over chocolate; this is 'pressure'. A more accurate name for this pressure is Influence (in). Time influences the Choice of Uranium to decay or not, weight influences the Choice of fruity or fatty snack. Whenever there is a Choice, there is an Influence.
in is quantifiable; for Uranium: as time increases, Choice decreases. Weight up, choice down. Doodles up, choice down. Influence is inversely proportional to Choice.
This type of Influence is, of course, weighted. If chocolate and apples were equal in fat the Choice would not become easier. If the nature of radioactive materials meant that they didn't have a half-life the Choice to decay or not would not change.
This has relevance to the QT thing, but I'm going home in 25 minutes and wanna post another pic instead. More later.

That Starlit Splendour

I gave this book to my friend for her 30th birthday - she has the first draft. Its also currently the only draft until I fix my laptop (silly me). It's my first attempt at gay pron - check that spelling again, I did not err: Pron is short for prose-fiction. Its basically writing something with beauty and not just functionality. Like those detective novels; they're the popcorn of literature - you read them and half an hour later your brain's hungry again. Not saying they're not good, but I believe in literature and the beauty of language more than just telling a story. Maybe that's why I have to invent so many new words? Anyhoo, That Starlit Splendour is a silly story, but I like to think it has some nice prose in there as well.
My main dude inherits some land from his grandad. This land has a lake with an island. My dude and his friends decided to set up a nation on the island, which they're allowed to do due to a loophole (which does not really exist!!) in Irish maritime law. Of course because my characters are gay they decide to set up a gaytopia if you like, legalising gay marraige and generally creating a party town. Its all in the name of fun and subverting the proleteriat :-) I hope at some stage to put up some of this on the net.

Time for a demonstration

The central tenet of QT PWF is choice. Not conscious choice, not decision making, not probability. QT PWF does away with probability - simply choice. Chocolate or vanilla ice-cream? Salad or baked potato? Kiss or don't kiss? Choice exists at every level of existence; probability is what we use to measure choice on large scales (go supernova, don't go supernova), logic is what we use to measure choice at human scales (drive or walk) and Quantum Time is what we use to measure choice at sub-microscopic scales.
Imagine a particle flying through space. It can either rotate clockwise or anti-clockwise (until we look at it it does neither according to quantum theory) - it has a choice. According to QT theory it makes both choices, and reality diverges. Every time a choice is made reality branches. We (by we, I mean me) call this the QTree. We're travelling on a single branch and so we measure the particle to spin one way only - the other you in the other reality sees it going the other way.
More later.

What is the Cutie Poof Theory?

Hey, I'm new to this so give me time to get used to this whole internet thing (!)
First step; Cutie Poof - also known as QT PWF Theory (If you pronounce 'W' in Welsh you get an 'oo' sound - and no, i'm not Welsh, I'm Irish)
QT PWF stands for Quantum Time - Particleino Wave Field Theory. It is a way to visualise (and maybe explain) the quantum-classical duality.
No, no please don't run away. This is my first post, and I don't want to scare anyone. It's fun, it's science cool, not science school.
So stay tuned for fun pics, fun science and general nerdy joyous items