Blockchain Enhanced Distributed Computational Fluid Dynamics Supercomputing Network

1. Scientists/engineers submit work to our job server and pay CFD Tokens.
2. Miners get jobs from the job server.
3. We verify their results (computationally easy) and pay them ERC223 CFD tokens.
4. Miners get paid in proportion to their percentage of the total network’s power.

As token value increases, mining power increases and cost of computation to scientists/engineers decreases. (network power should track token value).

Most of mankind's greatest achievements were modeled in a computer before they could be made in the real world. Computer modeling is key to the revolution that will bring mankind into the future we've seen only in science fiction.

	Nuclear Fusion Limitless free energy from nuclear fusion will only be possible through modelling plasma fusion containment geometries.
	Traditional power generation Oil and gas, where is the best spot to drill? How deep? Reactor vessels, cooling towers, steam turbines.
	Rockets Those rockets that will be taking us to mars; they don't get built until they're modelled in the computer first. The fuel cryo-storage, the reactor, the nozzles, the descent flaps, all get modelled in computer first.
	Space Travel Even the space suit needs modelling due to the pressure differential of space's vacuum.
	Aeronautical More efficient aircraft that transport passengers where they want to go, faster, and at greater fuel savings.
	Nautical More efficient hull geometries, skin texture, sail geometry, propeller geometry. The bubbles tankers blow underwater to reduce water friction, and the cylindrical wind turbines for power deck side.
	Biotech Artificial hearts, joint replacements, breathing machines, and nanobots all must be modelled for efficacy and safety before the first prototype is built.
	Drones Better rotor geometries, more aerodynamic hull structure, foul weather optimization, vastly easier in the computer than in prototyping.
	Extinction Level Events How can we prevent Yellowstone having a volcanic eruption and causing an ice age? How will the volcano react to different measured interactions such as cooling or gradual pressure release through controlled eruptions.
	Climate Change How much of it is caused by humans, were we already headed for an ice age or a greenhouse? What interventions can have the greatest impact at the lowest cost.
	Natural Disasters Storms have been more powerful recently than in recorded history. What affect does this new activity have on rainfall patterns, and crop growth?

Basically, if you want to make anything in the real world that has air, water, steam, gas, aerosols, droplets or plasmas flowing around or through it, you need to model it in the computer first, before you spend tons of money building it.

Here's some of the problems super computers face right now:

• Slow: Jobs take days to run.
• Jobs fail often: After you've waited days for the job to complete, you find out you didn't ask the question of the computer properly.
• Inaccurate software: They're not using the best software for the job. Too many shortcuts are taken, making estimates for things like boundary density, viscosity, etc.
• Monopoly control of the ecosystem. One company has 90% market share, and barely updates it's product for the last 15 years. The faster you want your simulation to run, the more they charge you.

The world's fastest, most accurate, powerful yet flexible blockchain enabled Computational Fluid Dynamics Super Computer. Tokenized for maximum scale. Scientists and engineers will benefit from the scale of computing power that cryptocurrencies have shown the world is possible. Enter your email in the form above and get early access to the whitepaper!

Download the CFDtoken Whitepaper for phsycists, engineers, scientists If you're a scientist or engineer, you might appreciate the very in depth overview of the actual CFD technology that the miners run. Be warned, this is a 121 page pdf.