Conveyor belt going both directions at the same time No movement ? Direction goes to greater force How are waves, particles and atoms changed from entering to leaving the center of gravity What goes straight through, what is absorbed and what is emitted Center of gravity a point of both directions occurring at the same time Stand on the north pole every direction is south, where did east and west go, a single point Two points, distance between, what fills the area/volume between, energy needed for mass made, force out (+) Infinite amount of ways to define something but only one way to make a certain path

Trying to find the one small equation that defines everything, the equation that makes zero Not zero but the equation makes or is equal to the area of observation

If your at the north pole, which equation gives you east and west?

How do you find the explanation of the formula/equation of which route of numbers, 1/0, what, how does the zero influence, infinite

Quantum entanglement... What is going in which direction How long the particles stay entangled. What is made from which entanglement

Which actions will make zero, use of time? The point at n with time t will be zero. Never in the same place. Drop of dye in water, how does the dye move through the water, rel to gravitational influence Gravity the acceleration of the universe

What is at the point of action? In a collision what is the last forward momentum of a mass. Has to be the average of the mass and the waves of that gravity Points of the cat, gravity The blinking light, both on and off, distance and acceleration to the light. If you could travel at c the light would either be on or off, depending on the area you were traveling in. What happens at the point of where the light is on and off, that makes an area that is both on and off Dimensional usage, relative size comparisons

A ball of iron, perfect sphere traveling through open space with minimal gravity effects. Temp to fluctuate with ambient area No gravity no pull or push, or push and pull The force of the energy compared to the surrounding area, what is it doing to the area of observation

The arrangements of numbers of the infinitely small to make the infinitely big.

0=0, 0^2=|8 or , so 0^3=-0 direction the field is moving? Point where there is two movements. Absolute end of one direction and the beginning of another new direction, Wave functions at center of gravity, what goes straight through and what is reflected at the speed of light |8=infinity 0^4=+|8

How to effect or influence the two split experiment. Depends on what is around it. How does the orbit around the sun effect it. Left for a year with filters to slow the observation of photons, maybe a few stations hooked up at once, center room pointing outwards or how does moving the two split experiment around leave a trail of photons Where do the wave functions go with expansion(entropy +), Going away from a gravity Goes straight through, what is reflected, what is absorbed, what is emitted Going into a gravity What is left after collision One original action everything after is a copy of the original plus or minus the observation Communication around a gravity. You can't say something at a point and then wait for another person to get to that point from spin to hear what was said Sound is a plus to the gravity of the mass Sound waves, the concentration goes straight out, is there a point behind that will never observe the waves Energy pushing up to point of action, how much is released and how much keeps going

The use of graphs and angles to make lines of absolute Probability down the lines of absolute at c, looking for the variations or changes of the absolute at c Emitted straight out from mass

Using a wire with a light bulb attached in the center, the light will stay at a certain brightness until there is an interruption from the power source or the light burns out. Where ever you move the light and power source the light will stay the same but now change the length of the wires to the light bulb. Where is gravity? Shouldn't matter until a bigger mass comes along. A result of gravity What is emitted where from a gravity, what is the distance to center Shorten the wires or move the light along the wire

Dimensions

Compressing down to a single point Symmetry Which arrangements of numbers make what The Feds, how small of a change from them influence how big of a change to everything else.

Inverse wave functions

Separation of photons over a greater distance, how far can you stretch a trampoline Re-normalization of photons over distances between stars and galaxies. The greatest area an energy-mass can hold, less gravity bigger volume, how much does the energy in an area react to the next bigger force?, levels or dimensions from center of gravity, areas

What is the conserved out to the force in To make a Mass to the energy conserved (Blackbody For it to be seen it must have reflected a photon or particle, made a particle in the reaction to the action, what particle would go away at what angle?, Shrink the dimensions and the numbers with the wave size, counting with Planck lengths How much does the energy emitted from stars(solar wind) put a push out on the rest of the galaxy Does a star burn quicker as the distance between the local stars is increased, So where do the particles and waves bounce straight back, what happens if it is the center of gravity Entropy A drop of dye in a clear glass of water, a place of no gravity what happens, how does the reaction of the original action, what is the first reaction Space is black because the photons have not reflected off of anything ? Where are they expanding to

The earth is not a perfect sphere but the perfect sphere would be a greater average the larger it became Use the perfect sphere with absolute distances? What are the variations to the known with the unknown Using grids to find averages of the probable What does what make at which depth of gravity make, what are the energy levels

C traveling with c will not influence the other c traveling with it unless there is a change to the size of the photons in transit.

Waves of light? Limits of the high and low as to observable parts of the universe, planck to c, but tachyon, could there be a hypothetical mass less than absolute zero, does the energy of the mass being prevent it from getting to absolute zero? Absolute with greater separation, how far can you expand a field

Action at c then the variations as you decelerate c-v, use of time?

How big is the center of gravity? Is it one single point at a Planck length or an accumulation of points in a general area? The amount of energy in to one point Push out of particles(solar wind)

I was watching a plane fly over head once at night and the blinking of the light made me to start thinking of when that light is on and when the light is off. If you could travel at c the light would either be on or off dependent upon when the acceleration occurred. The changes would come from a slower velocity. Would have to be in the range of when the light was on or off Photons traveling through space, the field lines ahead of the photon influencing the fields ahead of it around it. Comparisons from an absolute collision to absolute no collision. Energy against energy What is the area of the effected area The area of the absolute opposite, How far out does the area of the opposite go What happens at the center of any mass? How is the size of the area effected? What happens when a force from a spherical compression is compressed to the center? What can go straight through and what is reflected or refracted back to which angle? What happens when c stops?

Begin

I am 36 years old and have entered college to work towards a degree in theoretical physics. The last ten years or so I have been reading and studying theories, not to an extensive amount until the last year or so. I found audio books and podcasts about a year ago and the multiple resources have some what accelerated my want to know more about the subject with so much ready at the finger tip. I have a little over 20 audio books, only a couple are of another subject other than physics, but I have listened to them all at least twice. I think I am writing and putting this out there because I know I have something to add to the thoughts and equations of this pursuit to understand this universe we live in.

I have multiple thoughts written, typed and photographed that I will post on to here. This is going to be a work in progress as I am I guess trying to figure out my thoughts on physics with the classes and knowledge that I shall be learning. I have a theory, just can't figure it out yet. I can feel my mind with the thoughts circling around A lot of my thoughts will be coming through my work offshore for the past 18 years or so. Started in the Navy and then found my way onto a fishing boat up off the coast of Alaska for a few years. Now I work offshore in commercial diving as a Sat Tech, maintain and operate a dive system. There will also be many dead end sentences or sentences that just stop, guess I didn't type fast enough for the thought, I don't know.

Listening to "Einstein's Dice and Schrodinger's Cat" and the subject of the Cat come up where the cat is both dead and alive. The center of gravity comes to mind when I think of the Cat and the field lines surrounding a mass We use waves to measure a mass, sensors are actuated by a disturbance in their field lines, some Also coming to mind is our senses, the foods we taste, the sounds we hear all made possible from the vibration or distrubance of field lines The Cat at center of gravity and also the field lines or e-levels of a mass

What emits a wave like a star and what lays with a less, black body...black hole, a mass not emitting only breaking off pieces as energy is used, the energy is used by breaking off, attracted to another field

A satellite looking down, which wave length does it need to look at to see which size (or dimension?(which mass is making which wave)) What would be the volume of the mass over the distance traveled. With the expansion from an emission from a gravitational force the further away from the source (and vice for a wave or mass going towards a gravity) the more the particle can expand,(expanding to the relative temp/energy level.) The paper expanding through time at 'c' stretching the trampoline. Stretching out to the next smaller rel to the bigger that made it and vice What is the energy going towards

Relativity curvature the emission of hf out pushing the waves and masses along their corresponding e-levels Probability for how far a wave or particle gets into a star/bh.(finding a perfect line, an infinite, pi)

I will repeat many of the words and thoughts I type multiple times or I will randomly start working on another subject. I think I use single words some time until I figure out the sentence I am trying to type or write.

Most of the blogs I post will be far from professional but learning as I go here on this. Oh my name is Bryan