Unlocking Human Potential: The benefits of fossil fuel energy

The essence of being human lies not in the fragile physical form that houses us, but in the boundless drive of imagination—the spark that turns thought into creation, invention into progress, and survival into flourishing. This creative nature sets humanity apart from every other species on Earth. While animals adapt to their environment through instinct and biological necessity, humans reshape it. We envision possibilities beyond the immediate, craft tools to extend our reach, and build systems that multiply our efforts across generations. This is the image of the Creator reflected in us: not a static likeness, but a dynamic capacity to imagine, design, and realize a better world. Discussions of souls and bodies as vehicles often touch on this everlasting essence. The body is temporary, a biological carrier, but the imaginative drive—the soul’s expression—transcends it, propelling humanity toward ever-greater achievements. In an age of rapid technological change, including the rise of artificial intelligence (AI), some fear a “post-human apocalypse” that disrupts the natural order. Yet this view misses the deeper truth: tools like AI represent the next logical extension of human creativity, not its replacement. They amplify the very qualities that define us, freeing time and energy for more profound acts of creation. 

Alex Epstein’s Fossil Future: Why Global Human Flourishing Requires More Oil, Coal, and Natural Gas—Not Less (2022) provides a powerful framework for understanding this. Epstein argues that cost-effective, reliable energy is the foundation of human flourishing. Fossil fuels deliver this energy at unmatched scale: low-cost, on-demand, versatile, and capable of powering billions. They enable “machine labor” that replaces backbreaking human toil, producing food, shelter, medicine, and comfort in abundance. Without them, billions would still suffer and die from lack of energy for basic needs—like refrigeration to preserve food and medicine, or electricity for incubators saving premature babies. Epstein highlights how the “knowledge system”—experts, media, and policymakers—often ignores these massive benefits while catastrophizing side effects. He flips the script: more fossil fuel use, combined with climate mastery through technology and adaptation, will make the world far better, not worse. 

Consider the historical trajectory. For most of human existence—roughly 95% of our species’ time on Earth—survival consumed nearly every waking hour. Hunter-gatherer societies, as studied among groups like the Ju/’hoansi, spent about 15 hours per week acquiring food and necessities, with the rest devoted to rest, social bonds, and basic leisure. Yet life was precarious: short lifespans, vulnerability to famine, disease, and predators. Agriculture brought some stability but increased labor demands. Pre-industrial workers often toiled 60-70 hours per week or more during peak seasons, with annual hours exceeding 3,000 in many places by the late 19th century. Medieval artisans might average 8-9 hours of work daily, but the year included long stretches of seasonal labor without modern safety nets. Life expectancy hovered around 30-40 years in many eras, limited by malnutrition, infection, and physical exhaustion. 

The fossil fuel revolution changed everything. Beginning in earnest in the late 18th and 19th centuries with coal, then oil and natural gas, energy abundance powered the Industrial Revolution and beyond. Graphs of global life expectancy, population, and GDP per capita show “hockey stick” growth mirroring rising CO₂ emissions from fossil fuels since the late 1800s. Extreme poverty plummeted from about 35% of the world population in 1990 to under 10% today, driven largely by energy-enabled growth in places like China and India, where coal and hydrocarbons fueled industrialization. Life expectancy worldwide rose from around 35 years in ancient times to nearly 72-73 years today. Access to electricity correlates strongly with these gains: it powers clean water pumps, refrigeration, lighting, and medical devices, reducing deaths from indoor air pollution (which still claim millions annually from traditional biomass cooking) and enabling education and economic opportunity. 

Drive through any community at 2 a.m. today, and the evidence surrounds us. Porch lights glow, air conditioners or heaters keep temperatures comfortable, and refrigerators hum with fresh food and cold drinks. A simple flip of a switch banishes darkness; a tap delivers clean water without trekking to a river or well. Sewer systems pump waste away efficiently—these conveniences, all energy-dependent, free humans from the drudgery that defined most of history. Before widespread electricity, fetching water, cooking over open fires, hand-washing clothes, and manual farming consumed vast portions of the day. Fossil fuels (and the electricity they predominantly generate—about 80% of global energy still comes from hydrocarbons) multiplied human productivity exponentially. One barrel of oil contains energy equivalent to roughly 25,000 hours of human labor. Modern societies harness this to produce food surpluses feeding 8 billion people, build durable homes, manufacture medicines, and transport goods globally via Walmart-like supply chains that make essentials affordable.

Epstein emphasizes that these benefits extend far beyond comfort. Energy access enables “upper mobility”—the chance for individuals to rise through effort and ingenuity. It powers tools: power drills, pumps, computers, and factories. Time once spent on mere survival now goes to innovation, family, art, science, and enterprise. This is not mere leisure for idleness; it is liberated human potential. Even if many spend extra time on video games, social media scrolling, or boredom-induced snacking (a real phenomenon in affluent societies where a theoretical 40-hour workweek often compresses into far less productive time), the outliers—the creators, inventors, and entrepreneurs—flourish. A small percentage of highly driven individuals, empowered by abundant energy, produce inventions that benefit billions: vaccines, smartphones, efficient agriculture, and now AI. The cascade effect across generations compounds this: books preserve knowledge, inventions build on prior ones, and energy multiplies output. Humanity’s trajectory—from wheel and spear to calculus and computers—shows this pattern. Fossil fuels, formed from ancient sunlight stored over millions of years, unlocked that stored energy for modern use, bridging primitive existence to an era of unprecedented possibility. 

Critics of fossil fuels often frame nature as a sacred, living essence demanding protection at all costs—an “Earth worshiper” perspective that prioritizes untouched wilderness over human life. This inverts priorities. The environment has always been dynamic; humans have “impacted” it since the use of fire and tools. The real moral standard is human flourishing: longer, healthier, opportunity-rich lives. Fossil fuels have made Earth more livable by enabling climate mastery—better buildings, irrigation, disaster response, and crop yields that reduce weather-related deaths (which have plummeted dramatically). Side effects like emissions are real but “masterable” through technology, adaptation, and continued energy innovation. Opposing abundant energy in the name of nature condemns billions to energy poverty: over 600-700 million still lack electricity access, and 2+ billion rely on polluting cooking fuels, causing millions of premature deaths yearly from indoor smoke. In sub-Saharan Africa and parts of Asia, women and children spend up to 40 hours weekly gathering firewood—time stolen from education, work, and family. Energy abundance lifts all, including ecosystems, which are managed more effectively with technology. 

AI emerges as the natural offspring of this energy-driven progress. Computing power, itself born from electricity and fossil-enabled infrastructure, now mimics and multiplies aspects of human thinking. Data centers, increasingly powered by reliable sources (with fossil fuels still critical for baseload), consume growing amounts of electricity—global data center use is projected to double or more by 2030, reaching around 945 TWh, with AI driving much of the surge via accelerated server use. AI processes vast datasets, optimizes designs, accelerates drug discovery, and automates routine tasks in ways no prior tool could. It does not “think” with a soul or original imagination; it pattern-matches at superhuman speed and scale. Yet this serves human creators: an engineer using AI can iterate on prototypes faster, a scientist can model complex systems overnight, and a writer can explore ideas with computational assistance. The soul—the imaginative drive—remains uniquely human. AI lacks consciousness, genuine emotion, moral intuition, or the spark of original vision rooted in lived experience and transcendence. It is a tool, like the abacus, calculator, or computer before it, extending biological limitations without replacing the essence that wields it. 

Fears of a “post-human apocalypse” echo ancient anxieties, like the Tower of Babel—human hubris punished for overreaching. Some posthumanist thinkers speculate that AI could blur boundaries, creating hybrid or superior intelligences that diminish traditional humanity. Yet this misunderstands our nature. Humanity’s purpose, if one draws from the perspective of being made in the divine image, is creative stewardship: to untangle the universe’s potential, spread across it, and perpetuate life through innovation. The universe itself seems tuned for discovery—physical laws allowing complexity, energy gradients enabling work, minds capable of comprehension. Tools cascade: the wheel eased transport, agriculture amplified food, fossil fuels powered industry, computers accelerated calculation, and AI now multiplies cognitive labor. Each step frees time and resources for higher pursuits. Even if 95% of people “waste” liberated time on trivialities, the 5% (or fewer) who channel it into breakthroughs—new medicines, sustainable tech, space exploration, artistic masterpieces—lift everyone. Historical inventions from tiny creative minorities have done exactly that.

The work-leisure duality taught in modern culture is often artificial. Life is an integrated “happy bowl of soup”: family, labor, rest, creation, and reflection blend in a meaningful whole. Energy abundance allows this integration without the constant threat of starvation or exposure. A 40-hour theoretical workweek in energy-rich societies often yields far more output per hour than centuries of toil, yet many feel time-poor due to choices, not necessity. AI promises further compression of drudgery—handling data analysis, logistics, or routine creativity—freeing even more bandwidth for the imaginative core. Faster is frequently better when it means compressing processes without sacrificing quality, enabling broader access and compounding innovation. Energy for AI is substantial, but so was energy for early factories or electrification; the returns in human capability justify it as part of the same virtuous cycle.

Skeptics might ask: Is the purpose of existence endless toil around a campfire, hunting daily for short lives and basic reproduction? Or is it the exercise of imagination to spread life, knowledge, and beauty on a cosmic scale? The latter aligns with humanity’s unique endowment. We walked over fossil fuels for millennia before recognizing their potential—ancient sunlight captured in decayed life, now powering our ascent. That recognition itself was an act of imagination. AI, requiring enormous computing power (with projections showing AI-related electricity demand growing rapidly, potentially accounting for a significant share of data center growth), continues this: it processes while humans dream, experiments tirelessly, and supports creators who still must “prove stuff in life”—build, test, refine, and give meaning through purpose.

Environmental concerns deserve to be addressed, but not through energy denial. Nature worship that seeks to eradicate human impact or pedestalize a static “life force” ignores that humans are part of nature’s creative unfolding. Tools exist to be used responsibly: innovation in cleaner combustion, nuclear (often sidelined in debates), advanced renewables where practical, and adaptation. Epstein’s call for an “energy philosophy” prioritizing human flourishing over anti-impact frameworks remains sound. Fossil fuels launched us; they need not be eternal, but replacing them prematurely with unreliable alternatives risks reversing gains. Sustainable abundance—whatever form it takes—must deliver the same or better reliability and scalability.

This era brims with adventure. The “good old days” of simplicity, wild expansion, and quiet reverence hold romantic appeal, evoking self-reliance and direct connection to the land. Yet humanity was not built solely for that. We adapt biologically and culturally, using the environment as raw material for higher causes. Low-vision challenges or daily rituals pale against the broader canvas: imagination as the daily ritual expanding possibility. Fossil fuels bridged the gap from primitive survival to this magnificent period. AI, as its intellectual extension, accelerates the cascade. The few who seize leisure for creation—whether in business, art, science, or family—perpetuate the chain. Even “wasted” time by the majority indirectly supports the system, enabling outliers.

In the end, defining a human by physical form alone reduces us to biology; the drive to imagine, create, and improve defines the everlasting essence. Souls occupy bodies as vehicles for this purpose. AI augments without supplanting it. Energy abundance, exemplified by fossil fuels’ proven track record, makes the discussion possible. As Epstein demonstrates with data on poverty reduction, health gains, and productivity, more cost-effective energy correlates with flourishing. Billions still need it; denying that in favor of abstract natural orders harms the vulnerable most.

The trajectory inspires optimism. Human history is one of cascading intelligence: from oral traditions to written books, mechanical calculators to digital computers, biological labor to AI-assisted thought. Each generation multiplies prior efforts. Curiosity and imagination, fueled by freed time and power, drive us to untangle universal usefulness—perhaps to spread life beyond Earth. God’s purpose, interpreted through this lens, aligns with creators’ flourishing, even if imperfectly realized by most. The 1-5% producing magnificent inventions offset the expense many times over, benefiting all lifeforms through better management, reduced scarcity, and expanded opportunity.

Embrace this future with the philosophy of past wisdom: reverence for simplicity, where it teaches resilience, but forward momentum where imagination calls. A personal energy policy—understanding benefits, trade-offs, and the moral primacy of human life—equips everyone. Innovation is inherent; free time, energy, and tools amplify it. The near future holds profound positive change: compressed processes, broader abilities, and a more creative existence. Reverence for the wild West or campfire eras coexists with excitement for what lies ahead. Tools like AI, powered ultimately by the same energy principles, serve the soul’s drive. This is no apocalypse threatening order—it is the order unfolding as intended: humans as co-creators, using imagination to make, give, and perpetuate life on scales only dimly foreseen.

The point of existence emerges clearly—not mere survival like other animals, but purposeful expansion of potential. Even in Middletown, Ohio, or anywhere, late-night refrigerator raids or porch lights symbolize victory over drudgery. AI will compound that victory, calculating tirelessly so humans can imagine boldly. The adventure continues. Those choosing to wield leisure imaginatively will shape it. History’s fossils fuel the launch; human essence steers the course. It is a wonderful time to be alive, full of discovery for those who engage it.

Bibliography / Suggested Further Reading:

•  Epstein, Alex. Fossil Future: Why Global Human Flourishing Requires More Oil, Coal, and Natural Gas—Not Less. Portfolio, 2022.

•  Our World in Data reports on energy access, life expectancy, poverty, and time use (ourworldindata.org).

•  International Energy Agency (IEA) reports on energy and AI, data centers, and access statistics.

•  Historical analyses of work hours: e.g., studies on hunter-gatherer societies by anthropologists like James Suzman; pre-industrial labor data from economic historians.

•  Philosophical works on creativity, soul, and human nature: classical texts on imago Dei; modern discussions in posthumanism critiques (for contrast).

•  Additional context from energy innovation reports and productivity studies.

These sources provide empirical grounding and inspire deeper exploration of energy philosophy, human potential, and technological progress.

Rich Hoffman

More about me

Click Here to Protect Yourself with Second Call Defense https://www.secondcalldefense.org/?affiliate=20707

About the Author: Rich Hoffman

Rich Hoffman is an aerospace executive, political strategist, systems thinker, and independent researcher of ancient history, the paranormal, and the Dead Sea Scrolls tradition. His life in high‑stakes manufacturing, high‑level politics, and cross‑functional crisis management gives him a field‑tested understanding of power — both human and unseen.

He has advised candidates, executives, and public leaders, while conducting deep, hands‑on exploration of archaeological and supernatural hotspots across the world.

Hoffman writes with the credibility of a problem-solver, the curiosity of an archaeologist, and the courage of a frontline witness who has gone to very scary places and reported what lurked there. Hoffman has authored books including The Symposium of JusticeThe Gunfighter’s Guide to Business, and Tail of the Dragon, often exploring themes of freedom, individual will, and societal structures through a lens influenced by philosophy (e.g., Nietzschean overman concepts) and current events.

The Anti-Human Nature of Democrat Energy Policy: When they want to destroy you, there is nothing to talk about

The book that now sits on shelves and in offices across Ohio, including that of my friend George Lang, the longtime Ohio State Senator and Majority Whip from West Chester, began as a simple conversation about energy policy and the deeper forces shaping our world. George, who serves on the Energy Committee and has been instrumental in pushing legislation like Senate Bill 294 to prioritize truly affordable, reliable, and clean energy sources—defining fossil fuels and nuclear power in those terms while scrutinizing intermittent renewables—handed me a copy of Alex Epstein’s Fossil Future during one of our discussions.   He had been reading it closely, multiple times, as he worked on reforms to counter the distortions in Ohio’s energy markets. I knew the book existed, but it was George’s recommendation that finally prompted me to dive in. What I found was not just a defense of fossil fuels but a philosophical framework that resonated with everything I had observed over years of political involvement, from local battles in Butler County to the broader national fights over regulation, subsidies, and human progress.

That encounter crystallized why I spent nearly a year writing The Politics of Heaven, a roughly 20-chapter manuscript that draws on my proximity to these stories—energy scandals, regulatory overreach, and cultural undercurrents that few dare to name. Publishing a book is no small feat; it demands flushing out ideas across chapters, refining arguments through beach walks where the sand and waves clear the mind, and confronting the hard realities of distribution, branding, and getting the work into readers’ hands. But books endure in ways podcasts or interviews cannot. They invite readers to pause, take notes, and pursue their own research. This one explores the intersection of energy policy, philosophy, and what I term the “non-human” movement—a force older and more lethal than partisan bickering, one that masquerades as environmentalism or compassion but ultimately seeks to curb human flourishing. It ties directly to Ohio’s energy debates, where George and others are fighting to defend fossil fuels and nuclear power against policies that subsidize wind and solar at the expense of reliable baseload sources. And it explains why, despite scandals like the FirstEnergy affair that ensnared some Republicans, the bigger picture reveals a systemic bias against the very energy that powers human advancement.

To understand the stakes in Ohio, one must revisit the FirstEnergy scandal surrounding House Bill 6 in 2019. That legislation provided ratepayer-funded subsidies—ultimately costing consumers around $1.3 billion over time—for two nuclear plants, Perry and Davis-Besse, owned then by a FirstEnergy subsidiary, along with some coal-related support. Federal prosecutors later charged that roughly $60 million in bribes flowed through a dark-money group to influence the bill’s passage and defeat a repeal effort, leading to the arrest of then-House Speaker Larry Householder and associates in 2020. Householder received a 20-year federal prison sentence, one of the most significant political corruption cases in Ohio history. Democrats have rightly highlighted the Republican involvement, using it to paint the entire party as captured by utilities. Yet many who supported HB6, including some who later faced scrutiny, acted out of genuine concern for energy reliability—nuclear power provides carbon-free baseload electricity, avoids millions of tons of emissions annually, and supports high-paying jobs. I feel for those wrapped up in the fallout, even those I disagree with on other issues; the scheme was wrong, but it did not negate the underlying need to protect nuclear assets from market distortions caused by renewable mandates. What the scandal obscured was the broader regulatory environment, shaped by decades of policies that tilted the scales toward intermittent renewables through subsidies, mandates, and penalties on fossil fuels and nuclear power. Ohio’s earlier renewable portfolio standards, set in 2008 at 25 percent by 2025, were scaled back under HB6 to 8.5 percent by 2026, but the damage from prior distortions lingered. As recently as late 2025, the Public Utilities Commission of Ohio ordered FirstEnergy utilities to pay roughly $250 million in restitution and forfeitures related to HB6 violations, with additional settlements bringing consumer relief to around $275 million total in some agreements.    George Lang’s recent work on bills like SB 294 seeks to correct this by redefining “clean” and “reliable” energy around true cost accounting—fossil fuels and nuclear emerge as superior on affordability and dispatchability (with high capacity factors), while wind and solar, with their capacity factors often below 35 percent, require massive backups. 

Nuclear energy, in particular, stands as a triumph of human ingenuity. It generates a substantial share of America’s emissions-free electricity, powering communities across dozens of states, avoiding enormous emissions, and supporting thousands of high-paying jobs. Plants like Ohio’s Perry and Davis-Besse employ hundreds of workers each at salaries well above average, injecting billions into local economies. Safety records are exceptional: nuclear results in approximately 0.03 deaths per terawatt-hour (TWh), compared to coal’s roughly 24.6 deaths per TWh (from accidents and air pollution), oil at 18.43, and even natural gas at 2.82. This makes nuclear about 99.8 percent safer than coal on a deaths-per-TWh basis. Wind and solar sit at 0.04 and 0.02 deaths per TWh, respectively, but their system-level challenges (intermittency requiring backups) complicate direct comparisons. Yet Democrat-driven policies have subsidized solar and wind—now cheaper on levelized cost in some projections but unreliable without subsidies or storage—while burdening nuclear with regulatory hurdles that inflate costs. The result? A society paying more for less reliable power, all while fossil fuels remain the backbone of upper mobility.   

Electricity from any source, especially dense, reliable sources like coal, gas, and nuclear power, has transformed human life. Consider medieval Europe, where a king’s luxuries—climate control, preserved food, instant global information—mirror what even modest American households take for granted today. Air conditioning, refrigeration, lighting, and appliances that once defined royalty now enable low-income people to escape drudgery. Strong correlations exist between electricity access and human development metrics: health, education, income, and gender equality improve markedly where power flows consistently. Globally, basic electricity access rose to around 92 percent by 2023, with the number without access falling to roughly 666 million (down from higher figures earlier in the decade), lifting billions from energy poverty—though deeper “energy poverty” (inadequate reliable usage) affects an estimated 1.18 billion people, including many officially “connected” but unable to use power meaningfully due to outages or cost. Without abundant energy, upper mobility stalls; with it, creativity flourishes. Fossil fuels powered the Industrial Revolution, fertilizer production that feeds billions, and the machines that built modern medicine and transport. Opposing them while ignoring these benefits reveals a deeper motive.   

This brings us to the heart of The Politics of Heaven: the non-human movement. Epstein’s Fossil Future articulates this brilliantly, arguing that opposition to fossil fuels cannot stem from genuine concern for the environment or the climate alone, given their overwhelming benefits. He contrasts the “human flourishing framework”—where energy abundance is measured by its capacity to advance life, health, and prosperity—with the dominant “anti-impact” or “delicate nurturer” worldview. In the latter, any human alteration of nature is suspect, and experts systematically ignore benefits while overstating side effects. Epstein notes that “mankind’s use of fossil fuels is supremely virtuous—because human life is the standard of value, and because using fossil fuels transforms our environment to make it much better for human beings.” Those pushing rapid phase-outs, he contends, reveal an anti-human core: they prioritize a pristine Earth over human potential, even if it means regressing to pre-industrial conditions. This is not hyperbole. We saw it during the COVID lockdowns, when many imposed draconian restrictions that shuttered businesses, closed churches, and isolated families, all while claiming public health as the goal. The policies sacrificed economic vitality, mental health, and small-scale enterprise on the altar of control, mirroring a willingness to limit progress if it served certain ends.   

This non-human impulse echoes ancient cults of sacrifice. Across history, from Aztec temples in what is now Mexico City—where priests offered thousands of human hearts to gods like Huitzilopochtli, with archaeological evidence of massive skull racks (tzompantli) holding thousands of skulls and historical accounts of large-scale rituals during temple dedications—to headhunters in New Guinea and child sacrifices to Baal in the ancient Near East, societies have ritualized the destruction of life to appease higher powers or maintain cosmic balance. The Aztecs believed gods had sacrificed themselves to create humanity; humans owed blood in return, a debt repaid through ritual to prevent catastrophe. Mesoamerican cultures saw human sacrifice as essential reciprocity, nourishing deities so the universe endured. Similar practices appear in biblical warnings against Molech worship and in countless pre-modern traditions. Today, this manifests not in literal altars but in policies that treat human beings as expendable for an idealized “nature.” Radical environmentalism, influenced by deep ecology thinkers like Arne Naess, promotes “biocentric egalitarianism”—granting all living things equal moral status, often elevating the biosphere above human needs and rejecting anthropocentrism. Rooted in earlier works and formalized in the 1970s, deep ecology views humans as part of a holistic web rather than exceptional stewards, sometimes framing human impact itself as the core problem. It fuels a modern impulse in which “saving the planet” justifies limiting energy use, population rhetoric, and opposition to technologies that expand human life. Epstein captures this: advocates cling to the “delicate nurturer” assumption to mask anti-human goals, convincing themselves they save humanity from itself while halting the very activities that enable flourishing.    

In politics, this anti-human stance permeates certain energy agendas and cultural positions. Subsidies for renewables—often requiring vast land use, rare-earth mining, and backup power—distort markets while fossil and nuclear provide dense, scalable energy. Nuclear is “very clean vigorously”: low emissions, high capacity factors near 90 percent, and a safety profile unmatched. Yet policies born of environmentalism created barriers, favoring wind and solar despite their intermittency and higher system costs. The result harms the poor most—energy poverty correlates with stalled development, as seen in regions without reliable power where hardships persist. Upper mobility flows from energy: refrigeration prevents spoilage and disease, air conditioning combats heat-related deaths, and digital access opens education and opportunity. Epstein documents how fossil fuels have enabled unprecedented global progress; denying them is anti-human because it denies this reality. We witnessed ruthlessness in policy responses that prioritized control over empowerment. The same mindset underlies positions that treat certain lives as disposable and resist breakthroughs powered by abundant energy. It is an anti-God position, opposing the biblical mandate to “be fruitful and multiply” and steward creation productively. Fallen angels, cultural influences, and worship of anti-divine entities all point to a spiritual war against God’s creation—humans included. No one who values divine commandments should embrace a worldview that sacrifices human potential on abstract altars.

The Politics of Heaven unpacks these layers across its chapters. Early sections examine the non-human nature of radical environmentalism and its hunger to regress society, drawing parallels to historical sacrifices. Later chapters dissect the philosophical roots of energy policy, using Epstein’s stats and my own observations from Ohio battles. I explore how electricity has eradicated the worst forms of poverty, turning “luxuries” into necessities. One chapter details revelations from policy responses that exposed a desire to control rather than empower. Another ties energy to creativity—human ingenuity thrives with power, from medieval kings’ dreams to modern innovators. The book culminates in policy prescriptions: defend fossil fuels and nuclear power as bridges to a future in which renewables mature, but never at the cost of reliability. For Ohio, this means supporting Lang’s initiatives and approaches that prioritize American energy dominance. I am heading to Washington, D.C., to finalize the 20th chapter, perhaps adding an epilogue on emerging developments. The content cohered powerfully because it addresses timeless truths: politics is spiritual at root, a battle between human advancement and forces that would sacrifice us to false gods.

Critics will dismiss this as partisan, but the evidence transcends parties. Some Republicans erred in aspects of HB6, yet the structural biases against reliable energy predate and outlast individual scandals, embedded in frameworks that favor subsidized intermittents over “solid, great suppliers” like fossil fuels and nuclear power. Renewables will improve—costs have dropped—but they remain unready for full grid dominance without massive, expensive storage. Fossil and nuclear are here now, delivering the energy density civilization requires. Opponents who ignore benefits while amplifying costs reveal the non-human core: a lust to limit growth, echoing Malthusian fears or deep ecology’s egalitarianism. As Epstein writes, the knowledge system of experts disguises anti-human goals behind “save the planet” rhetoric. We cannot assume common ground when some outright reject human flourishing. The book implicates this reality without apology, using examples from Ohio’s nuclear plants to global poverty metrics. It defends the human race against oblivion, arguing that good energy policy perpetuates creativity, wealth, and options.

Writing demanded rigor: a year of research, reflection, and revision to articulate the non-human element without descending into conspiracy. It connects energy advocacy to broader cultural fights. George Lang recognized this when he passed the book; his office in Columbus now stocks copies for those seeking clarity on Ohio’s path. Knock on his door, and you might secure one. The arguments align with policies emphasizing energy independence, which Ohio can lead. Fossil fuels remain vital for decades, enabling the transition without regression. Renewables have roles, but not as forced replacements that harm reliability.

Ultimately, The Politics of Heaven exists because books outlast soundbites. They equip readers with receipts—stats on energy deaths (nuclear and renewables at under 0.1 per terawatt-hour versus coal’s ~25), historical sacrifice patterns, and policy outcomes. They invite further study: Epstein’s works; Our World in Data on electricity’s poverty links; IAEA and World Bank reports on nuclear’s role and global access trends; archaeological accounts of Mesoamerican rituals; and philosophical texts on deep ecology. In an era of anti-human aggression—from regressive energy mandates to cultural erosion—the book asserts a counter: human beings are meant to flourish, powered by the energy God’s creation provides. Those supporting anti-fossil stances must confront alignments with older impulses. Republicans, even those scarred by scandals, must defend the ground. Ohio, with its nuclear assets and fossil resources, is pivotal. By prioritizing reliable energy, we secure upper mobility, creativity, and the perpetuation of human potential. This is not mere policy; it is a defense of heaven’s politics against earthly cults that would erase us. The iceberg’s tip is touched here, but the depths reward those who read, research, and act. The book is worth the discussion, the defense, and the fight—because human life, powered and free, is the ultimate good.

Expanded Bibliography / Footnotes for Further Research

1.  Epstein, Alex. Fossil Future: Why Global Human Flourishing Requires More Oil, Coal, and Natural Gas—Not Less. Penguin Random House, 2022. (Core source on anti-impact vs. human flourishing frameworks; see also Epstein’s substack summaries of Chapter 3 on the anti-impact moral goal.)

2.  Ritchie, Hannah. “What Are the Safest and Cleanest Sources of Energy?” Our World in Data, updated analyses (death rates per TWh: nuclear ~0.03, coal ~24.6, etc.). https://ourworldindata.org/safest-sources-of-energy

3.  World Bank / Tracking SDG 7: The Energy Progress Report 2025 (global electricity access ~92%, ~666 million without basic access in 2023).

4.  UNDP reports on energy poverty (deeper metrics affecting ~1.18 billion with inadequate, unreliable usage).

5.  Ohio Capital Journal and PUCO records on HB6/FirstEnergy scandal and 2025 settlements (~$250M+ restitution orders).

6.  Ohio Legislature records on Senate Bill 294 (sponsored by Sen. George Lang, focusing on affordability, reliability, and capacity factors for new generation).

7.  Archaeological and historical accounts of Aztec sacrifice (e.g., Science magazine on skull racks at Templo Mayor; estimates of large-scale rituals).

8.  Naess, Arne, and George Sessions. “Basic Principles of Deep Ecology” (1984) – on biocentric egalitarianism and non-anthropocentrism.

9.  U.S. Energy Information Administration (EIA) and International Atomic Energy Agency (IAEA) reports on nuclear safety, capacity factors, emissions avoidance, and economic impacts.

10.  Additional context from energy poverty and human development links: UNDP Global Multidimensional Poverty Index 2025; studies on electricity’s role in lifting populations from extreme poverty.

Rich Hoffman

More about me

Click Here to Protect Yourself with Second Call Defense https://www.secondcalldefense.org/?affiliate=20707

About the Author: Rich Hoffman

Rich Hoffman is an aerospace executive, political strategist, systems thinker, and independent researcher of ancient history, the paranormal, and the Dead Sea Scrolls tradition. His life in high‑stakes manufacturing, high‑level politics, and cross‑functional crisis management gives him a field‑tested understanding of power — both human and unseen.

He has advised candidates, executives, and public leaders, while conducting deep, hands‑on exploration of archaeological and supernatural hotspots across the world.

Hoffman writes with the credibility of a problem-solver, the curiosity of an archaeologist, and the courage of a frontline witness who has gone to very scary places and reported what lurked there. Hoffman has authored books including The Symposium of JusticeThe Gunfighter’s Guide to Business, and Tail of the Dragon, often exploring themes of freedom, individual will, and societal structures through a lens influenced by philosophy (e.g., Nietzschean overman concepts) and current events.

Nuclear Power on the Moon: The world we could have, if only we had the courage

Yes, I told everyone what was going to happen when Trump was back in the White House: that space travel would be a priority, along with a lot of technology that nobody had thought much about until now.  It has been revealed that, as part of the Artemis program, NASA plans to put a 100-kilowatt lunar nuclear fission reactor on the moon by 2030, which is just around the corner at this point.  Only four years from now.  It’s the first big step in settling space, as a reactor like this will last for about 10 years. It would be about the size of a small car and produce enough energy for a small outpost, including habitats, science labs, and resource processing, with some surplus for redundancy and expansion.  When people first heard this story, they thought of a nuclear reactor as seen on Earth, with the large noticeable cooling stacks.  However, this will be a small unit, and people will be surprised to learn how effective and independent it is.  For instance, nuclear submarines can operate for roughly 15 years before they need to replace their cores, allowing them to remain operational for 90-120 days without returning to port.  And then, they only dock to restore food.  Their energy needs stay powered for all those years.  That’s what we are talking about on a moon base, and it will be relatively easy to take off into space and start producing power.  Remember when Elon Musk launched that Tesla car into space? This moon reactor will be about the same size and weight.  This is the kind of technology that will allow moon-based employees to live relatively the same way they do on Earth.  The power will be good and sustainable.  And will be relatable.  And it’s going to provoke a lot of good questions for people who will be learning about these things quickly.

I have been a strong supporter of personal nuclear energy, such as thorium reactors, for private homes.  I have argued for years, like many of the technical innovations in health and science, that absolute personal independence comes from personal energy.  And, going back to Edison, Tesla, and Westinghouse and how electrical infrastructure was envisioned, we are more than ready to put a thorium reactor on every house to power it for 70 years without being attached to a larger, centrally managed grid.  When a storm knocks out the power, we should not be dependent on a monopoly carrier to fix the power lines so we can have power again.  But every house, like every car, should generate its power independently.  Nuclear energy is the best way to achieve this goal.  I know Elon Musk loves solar power, and I do too when you aren’t near any infrastructure that can produce energy.  I have my current favorite solar-powered flashlight.  I also have some camping equipment that is solar-powered, so you can get enough power to run a laptop and charge some phones while on a distant mountain.  If you can get power from the sun, that’s great.  However, nuclear energy is the way to go for clean energy that has some power behind it.  And the technology is now available to provide every human being on earth with independent power for their homes.  Just as there are cures for cancer, but our current healthcare system can’t accommodate the innovation without its destruction, so it avoids the change for its survival. 

Speaking of cancer, you might have heard that honey bee sting venom can kill all the cancer cells in the body of a woman with breast cancer in about an hour.  That is pretty big news, but not surprising.  That is the case with most things; science has long been figured out, but the economic models for achieving absolute independence are holding us back socially.  When people see us build a moon base very quickly that is powered by nuclear energy, and that its comfortable, people are going to be asking a lot of questions, like, why can’t I have my nuclear reactor in my neighborhood if it’s only the size of a small car and can give me all the power I could ever want, individually.  This moon base is going to change a lot of things culturally for people, as it will eliminate the question of whether the Apollo missions were ever real, given the ongoing debate about the trustworthiness of government information.  Going to the moon and establishing a small base will prompt many questions on Earth to be asked.  If we can do it there, why can’t we do it here?  And from there, the question becomes one about how we view infrastructure.  Should all individuals own gold to protect the value of money, or at least have money attached to a gold standard, or can the Fed control economic standards as central planners?  Is education more effectively taught centrally or through individualized efforts?  And should we make everyone sick to justify the infrastructure of healthcare, because of the insatiable need it has for fixed costs to feed its bloated network of insurance and care that also has unionized labor attached to it?  At the heart of all those discussions is whether our homes should be connected to a centrally managed power grid, and of course, the answer is no. 

Most of what holds us back from tackling the engineering challenges of personal nuclear reactors for homes and communities is public acceptance, which has been shaped by all the infrastructure planners who have tried to demonize nuclear power in general.  Regulations on atomic power are harsh, making it technically unfeasible and cost-prohibitive even to develop the technology on such a scale.  However, nuclear power at the bottom of the Arctic Ocean, or on the moon, where regulators haven’t been able to create such a restrictive environment, allows technology to develop in response to necessity.  And we will discover that many of the rules we create for ourselves have a cost to innovation that could dramatically improve our lives.  But it will be shocking to people watching just how quickly all this happens, and that by 2030, we will have a presence of human life on another celestial body.  And they will be able to live much as they do on Earth, with nuclear power making it possible.  However, people will be correct to ask why they can’t have the same technology on earth, with free, reliable, and robust energy, that is available off the costly grid on earth. And the answer is that they could.  But regulations protect stagnation; they do not inspire innovation, and if you want to get away from the limits of human averages, you have to go on adventures where their rules have not yet made a mess of the world and attempt to use regulations to make easy careers for themselves.  Innovation and independence are more frequent where people have not yet made rules to protect themselves from challenges.  Many of the rules we have are not for the safety of society, but rather to protect the way people make a living and to shield themselves from innovative challenges to their established professions.  And that many of the economic problems that we have are that too many people write rules to protect themselves from change, rather than embrace change in the spirit of adventure that might be acceptable on the moon, far away from government interference.  However, in civilization, the preservation of old ways becomes the priority.  That is why we still have dirty power controlled by centralized forces that behave like a monopoly and are unreliable, especially during storms.  We could have done better if only we had dared to take on the adventure.

Rich Hoffman

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