/sci/ - Science & Math

>>12771591
No it is not.

From an given point in time A a mirror horizon emerges from observer B. Nothing can escape that horizon because nothing can travel faster than the speed of light. If observer B starts to move after the given point A in any direction the mirror horizon contracts. Reflecting all energy stored at the mirror horizon inward towards observer B.
This leads directly to an ever increasing thermal energy on any given observer.

Planks shock-freeze effect. It its given as true that the substructure of time of the universe is quantized in the way Plank used to describe it then: A certain amount of time has to pass for an certain amount of time to pass. In other words we would be frozen in time.

>>12106048

>>12003184
>>12003191
>>12003209


I have not much knowledge abut EU. But i can help you debunk the standard model.

The relativistic mirror malfunction:

A observer A creates at an given point in time B, an mirror horizon. Expanding outward with the speed of light. Nothing can escape that mirror horizon because nothing can travel faster as the speed of light.
If observer A starts to move after the point in time B the mirror horizon has to contract in the direction of the movement vector of the movement of the observer A.

There for all energy stored at the mirror-horizon facing the direction of the movement vector of observer A, has to be reflected inward towards observer A.
Because nothing can travel faster as the speed of light.

>>11910869
The relativistic mirror malfunction. From an Observer A at a
given point in time B, a mirror horizon emerges, expanding outward with the speed of light. Nothing can escape this horizon because nothing can travel faster as the speed of light. At the moment observer A start to move, after the point in time B, the mirror horizon starts to contract along the movement vector of observers A movement, (with the given fraction of his velocity of the speed of light). There for all energy stored at the mirror horizon, facing in the direction of Observers A movement vector, gets now reflected inward to observers A current location. With every Object the mirror horizon passes a new Horizon emerges, acting like a focus lens, reflecting more energy inward towards Observer A's current location.

I was convinced that Einstein is a fagg
before i even realized he is no Atheist.

>>11903691
There is a very old experiment they showed me in school. Which shows the effect of electric current in soil. I saw this 20 years back and never ever they talk about this again.

EU likes to talk about how scalable electric phenomenons are.

But the never talk about there scalability in time. I think this would be my biggest critique point.

But this would answer your question, low voltage ova a very large area ova a very long time also can form this structures.

I dont know why EU is missing this completely.

Additionally there is ofc not enough matter in the vacuum of space that a current could heat up the matter to an plasma, cause there is non.
So you dont see any lighting strikes.

>>11904386
>>11903995
>>11904312


Relativistic mirror malfunction.

From an Observer A at an given point in time B a mirror horizon emerges. Expanding outward with the speed of light. Nothing can escape this mirror horizon because nothing can travel faster as the speed of light. If observer A moves at an given point in time B, the mirror horizon starts to contract along the vector of the movement of observer B. Forcing in this progress all energy stored at the mirror horizon, at the opposite side of the movement direction of observer A, to be reflected inward to the location of observer A. Leading to an increase in energy at the Location of Observer A. (0,5 degree per year with one mirror horizon if earth is the observer)

With every object the horizon passes, an new mirror horizon emerges acting like an focus lens, and starts to reflect even more energy inward.

This is the RELATIVISTIC MIRROR MALFUNCTION!

>>11853060
I have 3 very simple non shizo questions 4 you.

1.If i accelerate 2 particles at 99% the speed of light, and i let theme collide, with which speed will the collision happen?

2. How fast can 2 particles move in opposite directions?

3 Is it true that nothing can move faster then the speed of light from any given Observer?

If your answer's are "speed of light" "speed of light" and "yes"

you are maybe dealing with an relativistic mirror malfunction.

>>11805550
Critical-reflection-malfunction.

An energy packet, emitted from an observer A, traveling at the speed of light, creates at an given moment B, an inward directed mirror horizon. All energy with in this mirror horizon since B, has to be contained with in this horizon.

The reason is nothing is faster as light.

Any relative movement of Object A, with in the Horizon, contracts the horizon in the direction of the movement vector.

There for all energy at the horizon has to be reflected inward towards observer A.

As more time passes since moment B, as bigger the horizon get and as more object it contains, and as more energy gets stored at the event horizon. As more energy get reflected inward should observer A move.

Leading inevitably to an massive energy spike wave at the point where A is located.

As more objects an given system has as more mirror-spheres get created at an given moment B. All energy charging away from the center gets faster and faster reflected back to the center of the location of observer A.

Critical-reflection-malfunction.

An energy packet, emitted from an observer A, traveling at the speed of light, creates at an given moment B, an inward directed mirror horizon. All energy with in this mirror horizon since B, has to be contained with in this horizon.

The reason is nothing is faster as light.

Any relative movement of Object A, with in the Horizon, contracts the horizon in the direction of the movement vector.

There for all energy at the horizon has to be reflected inward towards observer A.

As more time passes since moment B, as bigger the horizon get and as more object it contains, and as more energy gets stored at the event horizon. As more energy get reflected inward should observer A move.

Leading inevitably to an massive energy spike wave at the point where A is located.

As more objects an given system has as more mirror-spheres get created at an given moment B. All energy charging away from the center gets faster and faster reflected back to the center of the location of observer A.

Critical-reflection-malfunction.

An energy packet, emitted from an observer A, traveling at the speed of light, creates at an given moment B, an inward directed mirror horizon. All energy with in this mirror horizon since B, has to be contained with in this horizon.

The reason is nothing is faster as light.

Any relative movement of Object A, with in the Horizon, contracts the horizon in the direction of the movement vector.

There for all energy at the horizon has to be reflected inward towards observer A.

As more time passes since moment B, as bigger the horizon get and as more object it contains, and as more energy gets stored at the event horizon. As more energy get reflected inward should observer A move.

Leading inevitably to an massive energy spike wave at the point where A is located.

As more objects an given system has as more mirror-spheres get created at an given moment B. All energy charging away from the center gets faster and faster reflected back to the center of the location of observer A.

>>11800652
Yes. With an critical-mirror cascade failure.

>>11800336


The critical-mirror-cascade-catastrophe.

Any relative observer creates at the moment of his existence, or at any given moment where he emit rays, a sphere which expanding outward with the speed of light.

Because a particle, ray, energy-packet or even quantum fluctuation, cant escape this sphere, this event-horizon, with out breaking the fundamental laws of relativity, we can imagine it as hyper-reflective-mirror-sphere. Because all energy no matter what, needs to stay with in this event horizon.

If our Observer on position A, moves relative to an Object on position B, with in the mirror horizon, it creates an critical reflection.

Because the observe, starts to shift the mirror horizon, along the vector of his relative movement to Object on position B. In case of the earth sun relation the shift would accrue with an speed of 108000 km/h. All energy trapped on the opposite side of the moving vector, of the observer, relative to object b, has to be reflected inward to the original observer.

There are only 2 options, A:The speed of light is not the limit.
B: there is a mirror horizon cascade failure.

This problem gets even worse if you observe multiple objects or multiple observers. Cause the inward directed energy, the reflection of observer A could easy be reflected from an second observer C. This would intensive the the magnitude with which all energy gets reflected inward, and not only this, the random distribution with in the mirror sphere, would be more and more focused to the first observer.

With one observe most of reflected energy would be evenly distributed with in the mirror sphere, and only a part would fall directly on the first observer. But every additional observer would act like a lens glass for the first observer.

Now i have a Question 4 you all.

Did you emit rays at the moment?

>>11794441

no you cant use words like you want, i am writer and i say you cant. model is not theory.

>Did the EU people? No.

Yes and the overall pattern fits what i see in nature much better. Please notice how Saturn has no vortexes, around the hexagonal structure. And in your experiment they are necessary to stabilize the pattern.


Also plz notice how one of the wealthiest university of the planet, has lower a quality as my handy cam. (to make it more trendy and nerdy?!)

Also why i hear a crt. in the background? Cheating? I dont hear very well but this sounds like a crt.

i have a picture for you.

On the axis away from the observer in opposite directions, lets call it the vector a and b, energy cant escape in a direction from an energy quantum, or energy packet already travel with the speed of light, in the same direction.

From the moment of the existence of any observe, a mirror horizon is created expanding outward with the speed of light. As more energy resources this mirror horizon passes as more energy has to be reflected inward. The energy has to be reflected, cause the energy cant under any circumstances pass this horizon, and energy has to be contained. (thermodynamic)

This doenst represent an problem because the energy can escape with the expanding horizon outward into space. But as soon as the observer (like earth which rotates around the sun) is in motion to any object with in this horizon, the horizon gets contracted in the direction of the movement.

This is where the reflection starts, all energy stored at the mirror horizon, gets now reflected back to the relative position of the observer.

>>11786904
On the axis away from the observer in opposite direction, lets call it the vector a and b, energy cant escape in a direction from an energy quantum, or energy packet already travel with the speed of light.

From the moment of the existence of any observe, a mirror horizon is created expanding outward with the speed of light. As more energy resources this mirror horizon passes as more energy has to be reflected inward. The energy has to be reflected, cause the energy cant under any circumstances pass this horizon, and energy has to be contained. (thermodynamic)

This doenst represent an problem because the energy can escape with the expanding horizon outward into space. But as soon as the observer (like earth which rotates around the sun) is in motion to any object with in this horizon, the horizon gets contracted in the direction of the movement.

This is where the reflection starts, all energy stored at the mirror horizon, gets now reflected back to the relative position of the observer.