Message from @Citizen Z

Discord ID: 499201839573499909


2018-10-09 10:48:19 UTC  
2018-10-09 11:21:03 UTC  

https://cdn.discordapp.com/attachments/484514023698726912/499179483937636352/GunGrab.png

2018-10-09 11:33:53 UTC  
2018-10-09 11:46:19 UTC  

The first law of Kepler formula looks like this: r = p/(1 + ecosθ) The second law looks like this: r2dθ/dt = h
Both of those are grouped with Newtonian Mechanics and only can be predicted with two bodies interacting. The Mathematician Henri Poincare has realized this and pointed out that a gravitation pull by a third body will give an unstable orbit.
As Miles Mathis has pointed out, differentials show a variation in the tangential velocity of an orbiting body in an orbiting system that has three or more bodies. This cannot happen.
Nothing pertaining to the heliocentric solar system based on Newtonian description of the orbit of the planets using a set of nonlinear differential equations can be predicted.
It is an intrinsically flawed model, that succeeded by a combination of errors with a barycenter on the sun and a rotating sphere. The elliptical orbits were required to get it to work.

https://cdn.discordapp.com/attachments/484514023698726912/499185841634017300/3-1.jpg

https://cdn.discordapp.com/attachments/484514023698726912/499185841634017302/2-2.jpg

2018-10-09 11:48:50 UTC  
2018-10-09 11:50:42 UTC  
2018-10-09 12:42:46 UTC  

@Citizen Z This is complete nonsense. I've simulated the solar system with n-body Newtonian gravity myself, as have plenty of people.

2018-10-09 12:48:20 UTC  

Sure

2018-10-09 12:48:29 UTC  

👍

2018-10-09 12:48:33 UTC  

Keyword

2018-10-09 12:48:36 UTC  

Simulated.

2018-10-09 12:48:39 UTC  

Lol

2018-10-09 12:48:49 UTC  

... What do you think what you are saying means?

2018-10-09 12:49:04 UTC  

Its a model

2018-10-09 12:49:13 UTC  

... What do you think what you are saying means?

2018-10-09 12:49:21 UTC  

Its not what we actually experience

2018-10-09 12:49:36 UTC  

What you are saying is the model of newtonian gravity when simulated can not produce a stable orbit with more than 2 objects.

2018-10-09 12:49:53 UTC  

Poor baby

2018-10-09 12:50:05 UTC  

You can't say that then when someone says that no, this can be simulated with newtonian gravity perfectly, that "no that's a simulation"

2018-10-09 12:50:06 UTC  

Where did flat earth hurt you?

2018-10-09 12:50:19 UTC  

..?

2018-10-09 12:50:26 UTC  

Its a simulation

2018-10-09 12:50:31 UTC  

Not reality

2018-10-09 12:50:32 UTC  

Yes. Yes it is.

2018-10-09 12:50:35 UTC  

A simulation.

2018-10-09 12:50:40 UTC  

There is no orbits

2018-10-09 12:50:41 UTC  

What you are arguing, is this simulation cannot be done.

2018-10-09 12:50:43 UTC  

It can.

2018-10-09 12:50:52 UTC  

Your argument, is completely and utterly wrong.

2018-10-09 12:51:01 UTC  

I didnt argue anyting

2018-10-09 12:51:02 UTC  

(It also matches reality to incredibly high precision)

2018-10-09 12:51:05 UTC  

Lol

2018-10-09 12:51:15 UTC  

Sure thing

2018-10-09 12:51:19 UTC  

In your mind

2018-10-09 12:51:27 UTC  

Nope, in reality

2018-10-09 12:51:40 UTC  

Nopenin your indoctrinated brain

2018-10-09 12:51:44 UTC  

I've literally done it

2018-10-09 12:52:10 UTC  

You orbited planets. Well done.
Lol