change in particle spectrums at extremely high energies.

So what does physics have to do with computers? Computers are able to make computation at high speeds that reduce the time physicist need to process data. 
Computer are not big calculators they since they can be programmable with multiple languages . 
"The fundamental difference between a calculator and computer is that a computer can be programmed in a way that allows the program to take different branches according to intermediate results, while calculators are pre-designed with specific functions (such as addition, multiplication, and logarithms) built in. The distinction is not clear-cut: some devices classed as programmable calculators have programming functions, sometimes with support for programming languages (such as RPL or TI-BASIC)."(1).
Currently in physics we have a lot of non-contradictions where computers can help us decipher some of this paradoxes. 
The Strong force paradox(unstoppable force.)
"The unstoppable force paradox, also called the irresistible force paradox, shield and spear paradox, is a classic paradox formulated as "What happens when an unstoppable force meets an immovable object?" The immovable object and the unstoppable force are both implicitly assumed to be indestructible, or else the question would have a trivial resolution. Furthermore, it is assumed that they are two entities.

The paradox arises because it rests on two incompatible premises—that there can exist simultaneously such things as unstoppable forces and immovable objects. The "paradox" is flawed because if there exists an unstoppable force, it follows logically that there cannot be any such thing as an immovable object and vice versa."
Parity (P), mirror image respect parity.
In physics, parity is a transformation in which the mirror image of a system (meaning experiment) is considered. If the system behaves in the mirror image as it normally would, it is said to respect parity symmetry, usually shortened to "P symmetry." Most types of physics respects P symmetry. One type of interaction that often does not respect this symmetry is the weak interaction.
The weak interaction does not respect parity, but what about the strong?
"A symmetry transformation between the two is called parity transformation. A chiral phenomenon (violation of contradiction) is one that is not identical to its mirror image (see the article on mathematical chirality). The spin of a particle may be used to define a handedness, or helicity, for that particle, which, in the case of a massless particle, is the same as chirality."  
![image.png](https://qiita-image-store.s3.ap-northeast-1.amazonaws.com/0/950107/ba362f89-4c90-1ad1-2770-42e06717e8e4.png)
"For massless particles – photons, gluons, and (hypothetical) gravitons – chirality is the same as helicity; a given massless particle appears to spin in the same direction along its axis of motion regardless of point of view of the observer."
We only know of two particles that are massless, one is the photon and the other is "Gluons are also expected to be massless, although the assumption that they are has not been conclusively tested."

"For a nonzero choice of the θ angle and the chiral phase of the quark mass θ′ one expects the CP-symmetry to be violated. One usually assumes that the chiral quark mass phase can be converted to a contribution to the total effective (0 theta) angle, but it remains to be explained why this angle is extremely small instead of being of order one; the particular value of the θ angle that must be very close to zero (in this case) is an example of a fine-tuning problem in physics, and is typically solved by physics beyond the Standard Model."
What that this mean? The fine tuning of the world is so precise we have no explanation beyond the stand model- In other words we do not know but we can really bull crap.   
Lets us remember that light is a spectrum which can be visible and invisible. The bible declares:
"By faith we understand that the universe was created by the word of God, so that what is seen was not made out of things that are visible."
universe."Hebrews 11:3 
If we study the greek we can say:
"By faith we understand that the universe was created by the word of God, so that what is seen was not made out of things that are visible (light as short wave in the spectrum)." 
αἰῶνας (aiōnas)
Noun - Accusative Masculine Plural
Strong's Greek 165: From the same as aei; properly, an age; by extension, perpetuity; by implication, the world; specially a Messianic period.

is seen
βλεπόμενον (blepomenon)
Verb - Present Participle Middle or Passive - Accusative Neuter Singular
Strong's Greek 991: (primarily physical), I look, see, perceive, discern. A primary verb; to look at.

was visible.
φαινομένων (phainomenōn)
Verb - Present Participle Middle or Passive - Genitive Neuter Plural
Strong's Greek 5316: Prolongation for the base of phos; to lighten, i.e. Show.
There are several proposed solutions to solve the strong CP problem. The most well-known is Peccei–Quinn theory, involving new scalar particles called axions. A newer, more radical approach not requiring the axion is a theory involving two time dimensions first proposed in 1998 by Bars, Deliduman, and Andreev.[16]

"In theoretical physics, quantum chromodynamics (QCD) is the theory of the strong interaction between quarks and gluons."
Some of this interactions do not make sense. Take for example some some strong nuclei of the same type should repeal each other but they do not they cluster in groups or they stick together. why? 

"There is no experimentally known violation of the CP-symmetry in quantum chromodynamics. As there is no known reason for it to be conserved in QCD specifically, this is a "fine tuning" problem known as the strong CP problem.

The Nuclei: "In atomic nuclei, the state of each nucleon (proton or neutron) has even or odd parity, and nucleon configurations can be predicted using the nuclear shell model. As for electrons in atoms, the nucleon state has odd overall parity if and only if the number of nucleons in odd-parity states is odd. The parity is usually written as a + (even) or − (odd) following the nuclear spin value."

will continue later. 

Sources
https://en.wikipedia.org/wiki/Calculator#Calculators_compared_to_computers.
https://en.wikipedia.org/wiki/Chirality_(physics)
https://en.wikipedia.org/wiki/CP_violation#Strong_CP_problem
https://biblehub.com/hebrews/11-3.htm
http://searchforanswers.org/Documents/bible-and-origin-of-universe.pdf
https://en.wikipedia.org/wiki/Quantum_chromodynamics
https://sputniknews.com/science/202011191081192378-breakthrough-in-particle-physics-russia-develops-unique-detector-for-large-hadron-collider/
https://phys.org/news/2020-12-high-precision-strong-interaction-stable-unstable.html