Hugin & Munin Journal

Earth has been warmer than it is now, and its climate changed long before humans began burning fossil fuels. That fact does not settle the modern climate question. It makes the question more precise: what is forcing the present warming, and what follows when the dominant disturbance is the transfer of carbon from geological deposits into the atmosphere? The answer leads to a stricter definition of net zero than political slogans usually provide. Net-zero CO₂ is a balance between human emissions and human removals, but not every way of closing that balance is equally credible. Forest restoration, source capture and atmospheric removal all have legitimate roles. Their usefulness depends on gross emissions first falling far enough for the remainder to become limited, identifiable and matched by storage that lasts. A credible carbon ledger therefore begins with subtraction. Avoid emissions where practical, capture difficult process emissions where appropriate, and reserve atmospheric r...

The most difficult climate negotiation is no longer only about whether human-caused warming is real. It is about development: countries that became wealthy through coal, oil, gas, steel, cement and mass electrification are now asking others to industrialise without following the same path. The atmospheric constraint is real . Repeating the fossil-intensive development of the nineteenth and twentieth centuries across the entire world would make climate stabilisation impossible. That scientific conclusion does not, by itself, constitute a political offer to countries still trying to expand electricity access, housing, transport, sanitation, cooling and industrial employment. The International Energy Agency estimated that 730 million people still lacked access to electricity in 2024 , with roughly eight in ten living in sub-Saharan Africa. For them, growth is not primarily private jets, fast fashion or oversized cars. It is refrigeration, clean cooking, reliable hospitals, sewage trea...

The European Union’s competitiveness crisis is not a story of collapse. That is almost the problem. Collapse would be visible and politically clarifying. Europe faces something easier to accommodate: a long period in which daily life remains safe, prosperous and culturally rich while the continent loses control over more of the systems that determine its choices. Cloud infrastructure, advanced semiconductors, artificial intelligence, batteries, drones, space systems, payment networks and defence technology are not simply profitable industries. They are layers of practical sovereignty. A society that depends on others for them can still regulate, tax, educate and consume. It has less freedom, however, when suppliers, allies or platform owners change their priorities. Europe’s danger is not poverty. It is reduced agency concealed by continued comfort. Europe’s danger is not collapse, but dependency hidden beneath comfort. Editorial image generated by the author. The ...

Energy debates often look settled from a distance. Renewables are expanding, costs are falling and the direction of travel seems clear. Yet electricity systems are not assembled from moral categories. They are built from technologies with different production profiles, construction risks, physical constraints and political vulnerabilities. Solar, wind, storage, grids and nuclear are often discussed as though they were competing answers to one question. They are not. A solar panel produces when sunlight is available. A wind turbine follows another weather pattern. A battery moves electricity through time but does not create it. A transmission line moves power between places. A nuclear plant can provide large quantities of low-emissions electricity largely independent of daily weather, but brings financing, construction and operational risks of its own. The difficult question is no longer simply whether electricity should be decarbonised . It is how to assemble a system that continue...

In June 2026, Elon Musk revived one of electrical history’s oldest arguments. He wrote that “AC was the right choice back then, but DC is the right choice today” , pointing to solar panels, batteries, electric cars and computers before predicting that relatively little alternating current would remain in the distant future. It is a perfect internet claim: technically suggestive, historically provocative and blunt enough to irritate almost everyone who knows the subject. The observation beneath it is real. Photovoltaic panels produce direct current. Batteries charge and discharge through DC electrical interfaces. Computers, phones, servers and LEDs operate internally at DC voltages. Electric vehicles are organised around DC battery packs, even though power electronics convert that energy for other parts of the drivetrain. Modern life contains far more DC than the wall socket reveals. But “DC is becoming more important” is not the same claim as “AC is going away.” The better question...