Friedberg says nuclear plant regulatory costs rose from $100 million to $10 billion over two decades.
“And now it is so cost prohibitive. It's something like $10,000,000,000 now from maybe, you know, a 100,000,000, you know, two decades ago.”
Friedberg states that producing 100 calories of animal protein requires 3,000 calories of energy and three years.
“To make a gram of animal protein, or let's say like 100 calories of animal protein, it takes 3,000 calories of energy into a system to make that animal protein.”
Friedberg claims a 10-meter cube of ocean water could provide all of Earth's electricity via plasma fusion.
“if you look at the amount of electricity that humans consume on planet Earth today, it would take about a 10 meter by 10 meter by 10 meter cube of ocean water to make all the electricity that we consume today if we could put that into a plasma fusion system”
Friedberg explains inflation moves through economy in stages, starting with commodities before becoming sticky in services.
“So the first thing we saw inflate was sort of hard commodities and soft commodities, things like energy and agricultural products and metals and so on.”
Friedberg reports venture-funded fusion companies grew from 7 three years ago to 70 today.
“So a couple of years ago, three years ago, was about seven venture funded fusion companies. As of the end of last year, Q3 of last year, count was 47.”
Friedberg argues for a portfolio approach to energy, noting fusion's physics is proven by the sun's existence.
“So we have to have a portfolio of stuff. Fusion, from a first principles perspective, as you know, works because we see it working in the sky. So we know that this physics is real.”
Friedberg argues renewables cannot replace everything and a portfolio of energy sources including fusion is needed.
“Great. But they're not going to kind of replace everything. Fission has this regulatory. So we have to have a portfolio of stuff.”
Friedberg predicts energy production should increase 100-fold over the next century versus 20-fold in the last.
“So we've increased energy production by about 20 fold in the last hundred years on earth. I think in the next hundred years, we can and should increase energy production by over a 100 fold.”
Friedberg redefines founder as whoever drives innovation through persistent failure, not necessarily the original starter.
“The founder is the person who, from whom the energy to drive, to innovate and change the business comes from. And that could be a different person.”
Friedberg says true potato seed replaces warehouses of chopped potato, reducing cost and environmental impact.
“eventually, a handful of seed replaces warehouses of potato chopped up potato that are being put in the ground. So you can move to an, you know, a low cost, more energy, more environmentally friendly,”
Friedberg argues industrialization of agriculture solved food crises but increased carbon, energy and land footprints.
“So the industrialization of agriculture has largely supported these crises and and resolved these crises for humanity, but the industrialization of agriculture has also driven us into a higher carbon footprint, a higher energy footprint, a higher land footprint.”
Friedberg reports Chinese researchers produced stem cells making 854 times normal mitochondria levels, 5.7 times more energy-efficient.
“And those mitochondria were on average 5.7 times more efficient at making energy, ATP. So they created highly energetic mitochondria and they made a lot of them.”
Friedberg says dysfunctional mitochondria may be a key driver for cancers, Alzheimer's, Parkinson's, ALS, and autism.
“So every cell in our body gets its energy, which is what it uses to function from the mitochondria.”
Friedberg notes we could theoretically synthesize any element using heavy ion beams if energy costs dropped sufficiently low.
“So theoretically, we could make any element we want if energy costs were low enough.”
Friedberg argues once robots automate labor, cost becomes purely a function of electricity at 3500 calories per person globally.
“So, you know, we have if robots are making all of our stuff, we could get robots to make housing for us, make roads for us.”
Friedberg states new architecture reduces AI energy consumption by 70,000x compared to H100 chips.
“And the energy was reduced by 40,000 x compared to Jetson Nano, 90,000 x compared to RDX forty ninety, and a 70,000 x energy reduction for the same outcome over an h 100.”
Friedberg reports new German AI architecture achieved 7000x speedup over Jetson Nano and 100x over H100.
“Their architecture led to a speed up of 7,000 x compared to the NVIDIA Jetson Nano, 300 x compared with NVIDIA RTX forty ninety, and then a 100 x compared to the NVIDIA h 100.”
Friedberg explains 100 mega electron volt protons can shred DNA and circuits at microscopic level during solar storms.
“The green one is actually 100 mega electron volts. This is a massive amount of energy in a proton that can cause serious damage on a microscopic level. So it can shred DNA, for example.”
Friedberg says China has 400 nuclear reactor sites under construction, representing 60% of total US power production capacity.
“Suddenly, that's 60% of The US power production capacity being built right now in just nuclear by China.”
Friedberg reports maritime insurance premiums spiked five-fold from 0.25% to 1.25% after IRGC announced Strait of Hormuz shutdown.
“The insurance premium spiked initially from a quarter percent, so point 25% of the value of the ship to 1.25%. So it went up by like five x.”
Friedberg calculates 500 square meters of solar panels can ship one ton from moon every ten to fifteen minutes.
“It's like 500 square meters of solar panels will let you run a four kilometer mass driver to ship material back to the Earth every ten to fifteen minutes.”
Friedberg explains moon's one-sixth gravity and lack of atmosphere enable frictionless, low-energy material transport.
“It's about one sixth the gravity and the complete lack of an atmosphere, meaning that it's frictionless to move material off of the moon and very low energy to move it off of the moon.”
Friedberg claims energy costs dropping to one cent per kilowatt hour would expand every economy.
“if you get the cost of energy down to 1¢ a kilowatt hour, it absolutely expands every economy. Like, everything blows up. Like, imagine if you”
Friedberg claims a swimming pool of ocean water could power Earth for a year via fusion.
“Basically, you could use a a swimming pool sized amount of ocean water to make all the electricity needed for an entire year for the planet Earth. That's what this can do.”
Friedberg says a swimming pool of ocean water could power Earth for a year through fusion.
“you could use a a swimming pool sized amount of ocean water to make all the electricity needed for an entire year for the planet Earth.”
Friedberg claims fusion could produce Earth's annual electricity from a swimming pool of ocean water.
“Basically, you could use a a swimming pool sized amount of ocean water to make all the electricity needed for an entire year for the planet Earth.”
Friedberg reports AI has increased fusion plasma stability from seventeen seconds to thirty minutes in three years.
“AI seems to be solving that problem because they're now using AI to train the control of the magnetic fields in a way that's working.”
Friedberg describes Koch Industries as a family business founded in 1940 with 120,000 employees across diverse sectors in 60 countries.
“It's a family owned business based out of Wichita founded in 1940 by Fred Koch with businesses ranging from energy, agriculture, chemicals, building products, consumer products, even cloud computing, and a very active minority investment portfolio a 120,000 plus employees, that statistic might be off across 60 countries.”
Friedberg argues China's open source AI models may deflate model value, shifting it to compute infrastructure.
“Yeah. Perhaps the application layer, but fundamentally, this model energy being shifted to China and deflated and commoditized puts a real wrinkle.”
“So China's got this massive amount of of energy that they can use to power electrified things. They've got 20 times the manufacturing square footage of The US, and much of it is automated.”