Jits Doomen Research Document

Magnets

theoretical Construction

The Magnetic Moon Highway is a project of eighteen Magnetic Rings flying in Orbit around the Earth constantly aligned to launch cargo towards the moon quickly and effiently. Everything is calculated below. But to take care of the power issue, we will use (What I decided to call) a Terran Sphere. The smaller Earth Version of a dyson swarm that includes a lot of magnets shining light onto the magnets to power them.

For that we need Photovoltaic Capacitors.
Concentration: Area of Mirrors / Area of Receiver

C = 122051 / 10 C = 12205.1

The Problem: The heat of this will melt the magnet the second it is used.

For this project we will make the receiver out of Tungsten.

Delta T/s = (16611141 * 10) / (1000 * 130) Delta T/s = 1277.78007692 K/s

That means the receiver will go from 0 K to 3695 K in nothing short of 2.8 seconds.

Constants

Permeability of Free Space = 4 * Pi * 10^-7 g = 9.80665 m/s2 Stefan Boltzmann Constant = 5.67 * 10^-8 LEO = 7800 m/s Lunar Escape Velocity = 2400 m/s Earth Mass = 5.97 * 10^24 kg s = 50 m Earth Gravitational Parameter = 3.986 * 10^14 Moon Orbit Distance = 384,400,000 m r = 6,771,000 m LEO Park Altitude = 400,000 m Radius Earth = 6,371,000 m LEO Orbit Radius = 6,771,000 m Vacuum (Permeability) = 1.256 * 10^-6

Calculations

Vi = sqrt((3.986 * 10^14) / 6771000) Vi = 7672.6 m/s Vtli (target v) = sqrt(3.986e14 * (2/6771000 - 2/(6771000 + 384400000))) Vtli = 10756.3667729 m/s Delta Vtotal = 10756.4 - 7672.6 Delta Vtotal = 3083.8 m/s SPM (Speed Per Magnet) = 3083.8 / 18 SPM = 171.3 m/s EVG1 (Exit velocity gate 1) = 7672.6 + 171.3 EVG1 = 7843.9 m/s a = (7843.9^2 - 7672.6^2) / (2 * 50) a = 26583 m/s2 Gforce = 26583 / 9.81 Gforce = 2710 g t = 100 / (7672.6 + 7843.9) t = 0.0064 s f (thrust force needed) = 25000 * 26583 f = 664,575,000 N E (energy per pulse) = 0.5 * 25000 * (7843.9^2 - 7672.6^2) E = 33,224,705,625 J Max P (Maximum power output) = 33228550000 / 0.0064 Max P = 5.1919609e+12 Watt B (Magnetic field strength) = sqrt((2 * 1.256e-6 * 664575000) / 78.5) B = 4.61155071532 Tesla GFV (Gate Flyback Velocity) = (25000 * 171.3) / 50000 GFV = 8.565 m/s

Dyson Swarm

Most efficient starting position: Mercury.
Mercury?: Closest to sun. No atmosphere, easily mineable without major impact on the gravitational balance of the solar system.

Growth Curve: Exponential growth using Positive Feedback Loops and an S-Curve (As suggested by Mr. Seiler at the ESA ACT).

Orbital Dynamics: Using Keplers Third Law to determine the orbital period and the required Delta-V to reach the destination. (In the code this is 1 AU).

Thermal Equilibrium: using the Stefan-Boltzmann Law we can calculate the distance where a satellite keeps a specific operating temperature so the swarm does not freeze or melt.

The satellites will contain the energy then continue to send it to Earth. This way we will have enough energy to build theoretical mega concepts to save mankind (like the Pill).

The code takes care of how long it takes. But always do it * 1.7 to take into account of Human error. Nothing we have ever done, or will ever do. Will be perfect.

https://github.com/Jits-Doomen/Dyson-Swarm-Calculator

Cryogenic Study

The optimal temperature for cryogenic freezing is -196 degrees Celsius. Here molecular motion gets close enough to stopping. By staying at this temperature you create a safe window of 72 degrees. If the cooling system fails, the crew has enough time to fix it before the bodies warm up enough to die

Problem: When taking a human body from 37 degrees Celsius to -196 degrees Celsius. The tissues shrink. Between 0 degrees and -40 degrees water in the cells try to turn into ice crystals. If you go through this temperature zone too slow the person inside turns into shredded cells

Constants

Human body water: (approx) 60% Latent heat of fusion: 334 kJ/kg Glass trans point: -124 degrees celsius Expansion coefficient of ice: 9% m = 187500 c: 3500 Delta-T = 40 t = 60

Primary Calculations

Q = 187500 * 3500 * 40 Q = 2.625e10 Ql = (187500 * 0.60) * 334000 Ql = 3.7575e10 Q-Total = 2.625e10 + 3.7575e10 Q-Total = 6.3825e10 P = 6.3825e10 / 60 P = 1.06375e9

J Accel Equation

delta_J = m3 * v_entry * R * sin(theta)

m3: Mass of your star

v_entry: The velocity of passing star as it exits the 3-Body Gateway

R: The Radius of the Black Hole's edge where passing Star impacts

sin(theta): The Angle of Impact

Den Equation

J = J_Initial + Delta_J

Doomen Equation

a = (J * c) / (G * M2)

To get a Naked Singularity A > 1.

a: The Dimensionless Spin Parameter

J: Total Angular Momentum (Initial Spin + The J Accel from the passing star).

M: Total Mass (Initial Mass + the added Mass of passing star)

G: Gravitational Constant

c: Speed of Light