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01 / 05
The Liberating Power of Energy

Blog Post | Energy & Environment

The Liberating Power of Energy

Robert Zubrin shows the strong link between energy abundance and human freedom.

Summary: This article reviews The Case for Nukes by Robert Zubrin, a book that defends nuclear power as a clean and scalable energy source that can help humanity overcome the challenges of climate change and resource scarcity. The author also praises Zubrin’s broader argument that energy abundance is a liberating force that bolsters economic freedom and frees people, especially women, from grueling labor.


Refreshingly pragmatic and nonpartisan, The Case for Nukes: How We Can Beat Global Warming and Create a Free, Open, and Magnificent Future (Polaris Books, 2023) by Robert Zubrin offers a sweeping history of energy technology advances. It also provides a taxonomy of the enemies of nuclear power, including Malthusians and “degrowth” advocates who would, ironically, limit the world’s only scalable clean energy technology in the name of protecting the environment. The book launches a compelling and detailed defense of one of humanity’s most promising yet misunderstood sources of energy. Policy makers across the political spectrum would be wise to heed Zubrin’s call to reform and liberalize what he calls the “regulatory whipsawing and strangulation of the nuclear industry.”

Zubrin pulls no punches, refusing to play games of political tribalism (i.e., opining that climate change “has become politicized to the point where opposing parties have chosen to either deny it or grossly exaggerate it”). While he presents nuclear energy’s potential to lower emissions as a huge positive, he also notes, “The existential threat facing humanity is not climate change. It is the ideologies of despair.”

Specifically, when people see the world as a zero-sum battle over scarce energy and limited resources, such desperation can curtail freedoms and even produce unthinkable atrocities. As Zubrin writes, “If the belief persists that there is only so much to go around, then the haves and the want-to-haves are going to have to duke it out, the only question being when.” He frames producing ample energy as not only an economic but also a moral imperative.

Although the book’s main point may be to promote nuclear power as a solution to some of society’s problems, Zubrin’s most gripping insight lies not in the specifics of its case for nuclear energy but in its broader dual thesis about the relationship between energy abundance (regardless of the energy’s source) and freedom. He writes that energy technology “is the foundation for freedom.” He posits both that free societies are better able to produce energy and that access to more energy liberates mankind. 

Zubrin tells of how, as civilization has become increasingly energy-intensive, our employment of energy has liberated humanity—particularly women—from grinding labor. “Powered mills had the same significance for women of the Twelfth Century as washing machines did for those of the Twentieth,” Zubrin claims. He quotes the ancient Greek poet Antipater of Thessalonica, who praised the water wheel’s reduction of women’s work hours with these words:

Hold back your hand from the mills, you grinding girls. Even if the cockcrow heralds the dawn, sleep on. For Demeter [the goddess of harvest and agriculture] has imposed the labors of your hands on the [water] nymphs, who leaping down upon the topmost part of the wheel, rotate its axle; with encircling cogs, it turns the hollow weight of the Nisyrian millstones. If we learn to feast toil-free on the fruits of the earth, we taste again the golden age.

The water wheel saving women from waking at sunrise for the mind-numbing task of grinding grain to make bread is just one more example of how technological advances throughout history have arguably benefited women even more than men.

Harnessing energy and mechanizing labor has unshackled countless individuals from exhausting toil—a liberating process that is ongoing in many countries as more households gain access to electricity and labor-saving devices such as laundry machines. Given how many tasks now delegated to electric machines traditionally fell to women, perhaps it is unsurprising that many prominent advocates of an energy-abundant future fueled by nuclear power are women, or as Zubrin alliteratively puts it, a “fine friendly force of fierce feminine fission freedom fighters.”

Of course, as Zubrin would likely agree, energy access alone does not create freedom, even if it may help to counter the scarcity mindset that is so often freedom’s enemy. One need only look to the Gulf petrostates featuring both massive oil fields and authoritarian political systems to find proof that energy abundance is insufficient to spread liberalism or gender equality.

Oil-rich Saudi Arabia did not even issue driver’s licenses to its female citizens until five years ago. It is clear that freedom leads to energy abundance. It is more doubtful that energy abundance necessarily leads to freedom broadly understood—although it at least defuses scarcity-based rationales for limiting human liberty. (Sadly, authoritarians have invented many other justifications for restricting freedom.)

While energy abundance and freedom may be somewhat mutually reinforcing, if humanity were to pick only one, the choice seems clear: institutions and policies of freedom. History shows that free people in lands devoid of natural resources can innovate their way to high living standards. (As Zubrin points out, “It is human ingenuity that turns natural raw materials into resources.”)

Consider Hong Kong’s whirlwind free market transformation from a barren island into a gleaming metropolis in the 1950s and the 1960s. Freedom is the wellspring of prosperity and innovation, and the energy needed to power modernity. As Zubrin notes, when it comes to environmental challenges, once again, “Freedom is not the problem. Freedom is the solution. Prosperity is not the problem. Prosperity is the solution.”

Zubrin also writes that “human progress must and will inevitably entail continued exponential growth of human power generation.” Whether humanity generates that power with nuclear reactors or finds an even better solution, the relationship between many aspects of freedom and energy is worth pondering.

Zubrin’s book shows the urgency of unleashing energy abundance. He argues convincingly that a future of bountiful energy could help preserve the liberty that scarcity often imperils. Embracing freedom is the surest way to power the future.

This article first appeared in Reason.

Axios | Energy Consumption

Meta Joins the Nuclear-Powered AI Fray

“Meta is joining Amazon, Google and other tech giants in turning to nuclear generation to fuel energy-thirsty AI data centers with zero-carbon electrons.

Driving the news: The company just announced a ‘request for proposals’ that targets a large pipeline — one to four gigawatts — of new generation.

It’s seeking partners that can ‘help accelerate the availability of new nuclear generators and create sufficient scale to achieve material cost reductions by deploying multiple units,’ an RFP summary states.”

From Axios.

International Energy Agency | Adoption of Technology

Electricity Access Continues to Improve in 2024

“The IEA’s latest data show the number of people without access to electricity declined by more than 10 million from over 760 million in 2022 to below 750 million in 2023. This follows a period of stagnation and setbacks in extending electricity access, where population growth exceeded new connections in many countries. The IEA was the first to report that the number of people globally without access to electricity increased for the first time in decades in 2022 using data from new grid and off-grid connections—a finding that was confirmed earlier this year by household surveys. Data for the first months of 2024 suggest that improvements are set to continue this year, as the number of people without access to electricity is expected to decline by a similar amount as in 2023.”

From International Energy Agency.

ESS News | Cost of Technology

Solid-State Batteries Enter Pilot Production

“The push to commercialize solid-state batteries (SSBs) is underway with industries from automotive to storage betting on the technology. But while the hype around full solid-state batteries has somewhat subsided, with the technology taking longer than expected to take off, semi-solid-state batteries, which use a hybrid design of solid and liquid electrolyte, have been making steady progress toward commercialization.

TrendForce’s latest findings reveal that major manufacturers across the globe – such as Toyota, Nissan, and Samsung SDI – have already begun pilot production of all-solid-state batteries. It is estimated that production volumes could have GWh levels by 2027 as these companies race to scale up production.”

From ESS News.

Sustainability by numbers | Energy Consumption

The IEA Thinks We Should Chill Out About AI’s Energy Demand

“People have been predicting that the energy demand for computers and the internet will skyrocket for a long time…

If you were to take the expected growth in internet technologies since 2010 and assume that energy demand would follow, then you do get pretty scary numbers.

But energy demand did not follow in the same way. That’s because it was curbed by the huge efficiency gains we just looked at. 

Between 2010 and 2018, global data centre compute increased by more than 550%. Yet energy use in data centres increased by just 6%.

This follows on from ‘Koomey’s Law’ — named after the researcher Jonathan Koomey — which describes the dramatic increase in computations you could carry out per unit of energy.”

From Sustainability by numbers.