Do we live on a simulation?

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The Age of Responsibility-Sheet 1

por hussein hussein

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por Wendy Liu

ORGANIZATIONAL

por ahmed mahmoud

Organigrama arbol

por Harold shumager

Do we live on a simulation?

NO

Zohar Ringel and Dmitry L. Kovrizhin

CONCLUSION require more atoms than there are in the universe

According to the research team’s best approximations, it would require 1 terabyte of RAM to store just 20 spins of a single particle on the quantum level

“In order to simulate a quantum mechanical system, one would, in general, have to diagonalize this matrix on a computer, which is a computationally difficult task when the size of the matrix becomes large.”

Quantized gravitational responses, the sign problem, and quantum complexity

thermal Hall conductance

spontaneously broken time-reversal (TR)

fractional quantum Hall effects

University of Hampshire

Silas Beane

Constraints on the Universe as a Numerical Simulation

Conclusion The spectrum of the highest energy cosmic rays provides the most stringent constraint that we have found on the lattice spacing of a universe simulation,

Constraints

We dont know if Universe is finite

We dont know all Physics laws

if we have enough computer power in the future we know the classical limit for quantum computer. but, we dont know the future algoritms, or hardware used in the future,

fundamental energy scale defined by the lattice spacing can be orders of magnitude smaller than the Planck scale, in which case the conflict between quantum mechanics and gravity should be absent

Terms

CRR computational resource requirements to CQD

Lattice Algebraic structure , partialy ordered set in which every 2 elements have a unique supremum (upper bound or joint), and a unique infimum (lower bound or meet)

(QCD) Quantum Chromodynamics the fundamental force in nature that gives rise to the strong nuclear force among protons and neutrons,

(HPC) high-performance computing

Moore's law Exponential grouth of raw computer power in time,

University of Washington

Martin Savage

if YES, we find present constraints on actual simulations, and find analog limitations evidences on our universe

underlying lattice if one is used to model the space-time continuum.

Those computers, divide space into a four dimension grid, that allows researchers to examine what is called, the strong force, (1/4 fundamental forces of nature ) this binds subatomic particles called quarks, to stick together, until atoms.

Supercomputers lattice quantum chromodynamics, starting from the fundamental physical laws that govern the universe can simulate only a very small portion of the universe, on the scale of one 100-trillionth of a meter, a little larger than the nucleus of an atom, But in the future a molecule, an atom, a body.

Media

The Truman Show

Ready Player One

SIMS

Paprika

Inception

Matrix

Black Mirror

Playtest (Season 3, Episode 2)

Hang the DJ (Season 4, Episode 4)

San Junipero (Season 3, Episode 4)

Rick & Morty

Subtopic

Closing

Recommended Review material

https://www.popsci.com/stephen-hawking-neil-degrasse-tyson-big-bang/

David Chalmers

The Matrix as Metaphysics

The paradoxes that sit at the very core of physics | Aeon Essays

René Descartes 1637 Phylosoper

You have to question everything you know

Cogito ergo sum

YES

Mandela effect

if we find constraints that can not be avoided on VR that persist on reality .we can asume we are on a simmulation

double slid experiment. if you see it it behaves a sa particle . if you dont see it it behaves as a wave. maybe.. it saves some calculations if you are not observing it . then simmulation will avoid expensive calculus on processing

we can not travel higher than speed of light . maybe this is the possiblility of rendering a scene. because it is not rendering all the universe, just the parts that we reach

George Smoot Astrophysicist Novel Prize

You are a simulation, physics can prove it!

Physics have contradictions

Quantum Mechanical Paradoxes

Schrödinger's cat paradox,

Quantum superposition

the cat in a locked steel chamber, remains both alive and dead until the state has been observed state known as a quantum superposition

double-slit experiment

Quantum mechanics "The Double Slit Experiment " atoms exist both as particles and waves

we are actually on a simulation

We are not good at solving things

EPR paradox Einstein–Podolsky–Rosen paradox

Quantum entanglement

a pair or group of particles is generated, interact, or share spatial proximity in a way such that the quantum state of each particle of the pair or group cannot be described independently of the state of the others

Quantum Mechanic description is incomplete wave function does not contain complete information about physical reality

Physical Paradox

Brain Mappings on MRI are so good you can map to the individual neuron level,

We have limitations of computer power.

Compromises in our algorithms

Difficulty with complex desitions

Systematic errors in judgement

Suceptible to optical ilutions

in 30 years you will can download you brain into a computer

Ant the size of simulated porn isnt so good in the real world

you will think 1 million times faster

Experience life 1 million times faster

if you are an antropologyst and want to know rise and fall causes of a civilization, you will run with some billions of people, and many simulations

Cosmology

even People running our simulation, doesnt know if they are a simulation

We know there is at least of a billion or more habitable planets in our galaxy, and about 100 billion galaxies What are the chances our civilization is the most computationally powerful

Antrophic Principle

Weak ostensible fine tuning of the universe for life ins necessary

this is a simulation

cristianity or design

Strong Universe is compelled for conscious live to emerge

Nick Bostrom´´s Trilema

Philosophical Zombies

World includes 2 kind of things

Physical

mental

NPC

Moore´s law

Tech Improvement

Neil deGrasse Tyson Astrophysicist Stephen Hawking Medal

It doesn't make any difference if we know we are on a simulation

If this is true, how can we escape? if you are just a program, there is nothing that you can do

Imagine Creating a world for your own entertainment, and every time something weird happens in the world.. some disruptive leader takes charge, i wonder if that programmer just got bored. and has to throw somebody there for his entertainment, cause this happens every time , when peace reaches the world

Elon Musk Creative, Inventor , millionaire, philanthropist

Maybe we are on a simulation Right Now

Because we are able to create world on a computer, and if that simulation creates a simulation, if you have that power, you can fractal thinking. somebody already did it.

How do we know this havent passed on the past and we are not a game ourselves

40 years ago we have pong, now we have photo-realistic, multiplayer, VR, AR, if you assume any rate of improvement at all. the game will came indistinguishable from the reality, think 10,000 years in the future

Nick Bostrom Swedish philosopher

Trillemma Simulation Argument Realistic Simulations on Future

We are already on a simulation

Corollary, “Unless we are now living in a simulation,our descendants will almost certainly never run an ancestor simulation”

we lost interest on simulations, cause BORING, or ethical issues

we die before achieve that level