We don’t have to choose between progress and preserving what we love.
We can power our homes, protect our land, and build opportunity —
without losing the small-town spirit that makes the 14th special.
For decades, Georgia’s 14th Congressional District has powered this state.
We’ve grown food.
We’ve built industry.
We’ve worked hard
But when it came time for real investment — real innovation — real future planning — we were left behind.
Atlanta didn’t prioritize us.
Washington didn’t prioritize us.
And the industries that were placed here often came with pollution, environmental damage, and limited long-term growth.
It doesn’t have to be that way.
The world is moving toward electrification.
Transportation is electrifying.
Manufacturing is electrifying.
Data infrastructure is electrifying.
And the next frontier is fusion energy — clean, stable, scalable power.
Fusion is not coal.
It is not gas.
It is not pollution.
It represents:
• High-tech jobs
• Infrastructure investment
• Grid modernization
• Long-term economic stability
And Georgia’s 14th is positioned perfectly to prepare for that future.
Progress does not mean urban sprawl.
Progress does not mean tearing down small towns.
Progress does not mean replacing farmland with concrete.
What it means is:
• Modernized electrical infrastructure
• Local microgrids
• Cleaner manufacturing standards
• Regenerative farming support
• Cleaning up PFAS contamination
• Reducing glyphosate dependency
We can protect our rivers.
We can protect our soil.
We can protect our rural identity.
And we can step confidently into the 21st century — without losing our soul.
• Investment in grid modernization across rural counties
• Support for clean electrification industries
• Attracting advanced energy research partnerships
• Federal support for PFAS remediation
• Incentives for regenerative agriculture
• Workforce training for next-generation energy careers
This is not about replacing people.
It’s about expanding opportunity.
We are not behind.
We are early.
We are not forgotten.
We are rising.
Fusion is the future — now — for the 14th.
And together, we will build it.
— Rob “Rush” Ruszkowski
Fusion is the process that powers the sun.
Instead of splitting heavy atoms (like nuclear fission plants do today), fusion combines light atoms — releasing enormous amounts of energy.
The most developed form of fusion uses two forms of hydrogen:
When they fuse:
Deuterium + Tritium → Helium + Neutron + Energy
That energy is captured as heat and converted into electricity.
.
There is enough deuterium in Earth’s oceans to power civilization for millions of years.
And the fuel required is astonishingly small:
A 400-megawatt fusion plant would consume less than a couple of tons of fuel per year — not millions of tons like coal.
In terms of burned fuel, the amount is measured in tens of kilograms per year.
That’s why you often hear the phrase:
“A year’s worth of fusion fuel could fit in the back of a pickup truck.”
That statement is essentially true.
Fusion requires three things:
Once the plasma is hot and dense enough, fusion reactions release energy. That energy becomes heat, which:
Early fusion plants will look similar to other large thermal power plants — except they won’t burn fuel or emit carbon.
Some companies are pursuing an advanced version called hydrogen-boron fusion.
Instead of producing high-energy neutrons, it produces mostly charged helium particles.
In theory, that energy could be converted directly into electricity without steam turbines — potentially increasing efficiency and reducing waste.
But hydrogen-boron fusion requires much more extreme conditions and is likely further from commercialization.
Fusion is not “free energy.”
To initiate and sustain fusion:
The challenge is achieving:
Net energy gain — where the reactor produces more energy than it consumes.
Major scientific milestones have already demonstrated net energy gain in experimental conditions.
The next step is engineering plants that can operate continuously and economically.
Here is what serious roadmaps suggest:
Fusion is no longer science fiction.
But it is also not an overnight solution.
It requires:
Fusion energy would provide:
It is one of the few technologies capable of powering an advanced society without fossil fuels while maintaining reliability.
Fusion should not be sold as magic.
It should be developed responsibly, transparently, and competitively.
America should lead in:
The fusion future is not about hype.
It is about disciplined engineering, national investment, and long-term thinking