Energy Apartheid Denying Africa Tech Future

Africaโ€™s push to host world-class data centers โ€” AIโ€™s digital engines โ€” is running up against a political embargo on the fuels that reliably power them, and ordinary Africans are paying the price.

From The CO2 Coalition

By Vijay Jayaraj

Africaโ€™s push to host world-class data centers โ€” AIโ€™s digital engines โ€” is running up against a political embargo on the fuels that reliably power them, and ordinary Africans are paying the price.

Kenya just shelved a $1 billion project backed by Microsoft and UAE-based G42. President William Ruto explained the decision plainly: The facility would have consumed roughly one-third of the countryโ€™s entire 3,000-megawatt installed capacity โ€“ the amount of power from a single coal-fired power plant. Such a modest amount of electricity cannot support a modern lifestyle for a nation of more than 58 million people, much less meet the added requirements of power-hungry data centers.

A key factor contributing to Africaโ€™s paltry energy production is a systematic embargo on fossil fuels in the name of climate action, which has disrupted fossil fuel investments in Africa over the past decade or so.

Energy poverty: The fruit of green colonialism
Across Africa, over 600 million still lack access to electricity and more than 900 million still cook with biomass like cow dung and wood. Yet global financiers and Western NGOs treat fossil fuels, including natural gas, as public enemy number one. This has real effects: Financial restrictions from major institutions freeze investments in the fastest route to stable baseload power, and coal- and natural gas-fired facilities are delayed or never even proposed.

When the World Bank, regional development banks, or U.N.-backed initiatives fold climate alarmism into lending criteria, they effectively impose an energy embargo on nations trying to lift their people out of poverty. The African Development Bank stopped financing coal projects in 2019 and severely restricted the backing of oil and gas projects in 2021. The World Bank followed suit. These decisions, driven by United Nations climate targets and pressure from EU-funded groups, cut off capital that could have unlocked Africaโ€™s abundant reserves of hydrocarbons.

African countries wanting dependable electricity for hospitals, factories, and data centers cannot afford to wait for an idealized power grid that exists only in the imaginations of the climate deluded. They need natural gas, coal, and oil, which can deliver continuous power at scale today to jump-start industrial activity.

The fundamental physics and economics of power generation expose the delusions of the green energy movement. Energy experts consistently point out that expensive, weather-dependent systems like wind and solar cannot sustain modern economies.

The mainstream narrative demands absolute obedience to a manipulated scientific consensus. The climate dogma thrives on a deliberate ignorance of the real-world limitations of solar and wind technologies.

Projections for Africa show that economic stagnation and population growth will cause a net increase in poverty. Three decades ago, most of the extremely impoverished lived in Asia; today, most are in sub-Saharan Africa.

Energy proliferation is the difference. Asia is now the highest consumer of coal, and millions have transitioned from harmful biomass to liquified petroleum gas for cooking. Africaโ€™s future needs no magic wand, just affordable and reliable energy.

Way forward
Financing should be directed to establishing stable power supplies at affordable prices. Wind and solar cannot do that, especially at the scale required to lift Africans out of generational poverty.

Second, governments should secure diversified energy mixes โ€” natural gas for dispatchable power, targeted coal where air-quality controls are achievable, and nuclear where scale and safety make sense. A green ideological checklist has no place in this formula.

Third, lenders must stop weaponizing environmental assessments as de facto bans on fossil fuels. Instead, they should finance measures that make fossil projects cleaner. Policymakers, financiers, and philanthropists should stop treating African energy strategies as a laboratory for climate-alarmistโ€™s virtue signaling.

Echoing these sentiments, U.S. Energy Secretary Chris Wright told African leaders that America has no desire to dictate their energy choices and rejected the paternalistic attitude of climate evangelism. His approach respects sovereignty and recognizes fossil fuels as tools for African progress and stands in contrast to the autocratic tendencies of the U.N. and Europeans.

The suspension of the Kenyan data center reveals a chasm between the fantasies of the climate industrial complex and the gritty reality of building a modern society. Such a gap engendered by misguided international policy might well be labeled energy apartheid.

Originally published at Townhall, May 22, 2026.

Vijay Jayaraj is a Science and Research Associate at the CO2 Coalition, Fairfax, Virginia. He holds an M.S. in environmental sciences from the University of East Anglia and a postgraduate degree in energy management from Robert Gordon University, both in the U.K., and a bachelorโ€™s in engineering from Anna University, India. He served as a research associate with the Changing Oceans Research Unit at University of British Columbia, Canada.

GOOD NEWS: NOAA predicts a below-normal 2026 Atlantic hurricane season

NOAA released its official 2026 Atlantic hurricane season outlook on May 21, 2026, and it does call for a below-normal season.

From Watts Up With That?

By Anthony Watts

Early preparation essential to staying safe all season

Forecasters with NOAAโ€™s National Weather Service are predicting a below-normal hurricane season for the Atlantic basin this year. NOAAโ€™s outlook for the 2026 Atlantic hurricane season, which runs June 1 to November 30, predicts a 35% chance of a near-normal season, a 10% chance of an above-normal season, and a 55% chance of a below-normal season.

The agency is forecasting a total of 8-14 named storms (winds of 39 mph or higher). Of those, 3-6 are forecast to become hurricanes (winds of 74 mph or higher), including 1-3 major hurricanes (category 3, 4 or 5 with winds of 111 mph or higher). NOAA has a 70% confidence in these ranges. An average season has 14 named storms with seven hurricanes, including three major hurricanes.

A summary infographic showing hurricane season probability and numbers of named storms predicted from NOAAโ€™s 2026 Atlantic Hurricane Season Outlook. (Image credit: NOAA)

โ€œWith the most advanced forecast modeling and hurricane tracking technologies, NOAA and the National Weather Service are prepared to deliver real-time storm forecasts and warnings,โ€ said Commerce Secretary Howard Lutnick. โ€œOur experts are integrating cutting-edge tools to ensure communities in the path of storms receive the earliest, most accurate information possible.โ€

โ€œNOAAโ€™s rapid integration of advanced technology, including AI-based weather models, drones, and next-generation satellite data will deliver actionable science to safeguard the lives and livelihoods of the American people,โ€ said NOAA Administrator Neil Jacobs, Ph.D. โ€œThese new capabilities, combined with the unmatched expertise of our National Weather Service forecasters, will produce the most accurate forecasts possible to protect communities in harmโ€™s way.โ€

Key factors driving NOAAโ€™s forecast

The Atlantic season is expected to be below-normal due to competing factors. El Niรฑo is expected to develop and intensify during the hurricane season, while ocean temperatures in the Atlantic are expected to be slightly warmer than normal and trade winds are likely weaker than average. El Niรฑo conditions tend to support less tropical storms and hurricanes, while warmer ocean temperatures and low winds support a more active year.

โ€œAlthough El Niรฑoโ€™s impact in the Atlantic Basin can often suppress hurricane development, there is still uncertainty in how each season will unfold,โ€ said NOAAโ€™s National Weather Service Director Ken Graham. โ€œThat is why itโ€™s essential to review your hurricane preparedness plan now. It only takes one storm to make for a very bad season.โ€

NOAAโ€™s outlook is for overall seasonal activity based on large-scale weather and climate patterns. It does not indicate where or when any storms may affect land as that is determined by short-term and variable weather patterns is not a landfall forecast. 

โ€œPreparing now for hurricane season- and not waiting for a storm to threaten โ€“ is essential for staying ahead of any storm. Visit weather.gov/safety and Ready.gov for important preparedness information,โ€ added Graham.

A summary graphic showing an alphabetical list of the 2026 Atlantic tropical cyclone names as selected by the World Meteorological Organization: Arthur, Bertha, Cristobal, Dolly, Edouard, Fay, Gonzalo, Hanna, Isaias, Josephine, Kyle, Leah, Marco, Nana, Omar, Paulette, Rene, Sally, Teddy, Vicky, and Wilfred. The official start of the Atlantic hurricane season is June 1 and runs through November 30. (Image credit: NOAA)

New and enhanced communication products this season

  • NOAAโ€™s National Hurricane Centerย (NHC) will implement an improved version of the tropical cyclone forecast cone graphic that will now include tropical storm and hurricane watches and warnings for inland areas for the continental United States, Hawaii, Puerto Rico and the U.S. Virgin Islands.ย 
  • NHC will begin testing an experimental version of theย tropical cyclone track forecast coneย that will capture a greater range of possibilities for the track of the storm by incorporating uncertainties for both direction of movement and timing. ย 
  • NHC will provide new products and services for the Hawaiian Islands to include storm surge watches and warnings, and a peak storm surge graphic. These will be publicly available for the main Hawaiian Islands onย hurricanes.gov. ย 

Advancements to hurricane analysis and forecasts

  • NOAA, in collaboration with theย Unified Forecast System community, is testing anย experimental high-resolution Seasonal Forecast Systemย that utilizes the latest modeling technology and new methods to assess the evolution of the global ocean-atmosphere system. The system is helping forecasters better simulate tropical storms and hurricanes, and more effectively predict the number of hurricanes and major hurricanes.ย 
  • NOAAโ€™s Atlantic Oceanographic and Meteorological Laboratoryย (AOML) is using machine learning to quality-control data collected from tail Doppler radar โ€” a specialized radar system mounted on the back of NOAAโ€™s โ€œHurricane Hunterโ€ aircraft. This new method gathers more than 25% more meteorological data than the current method and leads to more high-quality data to support structure and wind analysis by forecasters.

Innovative technologies for this year

NOAA also issued seasonal hurricane outlooks for the eastern Pacific and central Pacific hurricane basins, with both anticipated to have active seasons. The 2026 Atlantic seasonal outlook will be updated in early August, ahead of the historical peak of the season, which typically extends from mid-September through October.

Contact

National Weather Service Public Affairs, nws.pa@noaa.gov

Attenboroughโ€™s โ€œFactsโ€ Seven Yearsย On

In the 2019 film, Attenborough presented a stark warning: humanity faced its “greatest threat in thousands of years” from climate change, with risks of irreversible damage, societal collapse, extreme weather, sea level rise displacing people, ice melt, and biodiversity loss if emissions weren’t slashed dramatically within a decade.

From NOT A LOT OF PEOPLE KNOW THAT

By Paul Homewood

Attenboroughโ€™s โ€œClimate Change- The Factsโ€ was aired in 2019. How do his claims of climate doom look now, seven years on?

Climate Change – The Facts – BBC iPlayer

At the start of the broadcast, Attenborough states:

โ€œRight now we are facing our greatest threat in thousands of years โ€“ climate changeโ€

โ€œWhat weโ€™re doing right now is weโ€™re so rapidly changing the climate, for the first time in the worldโ€™s history people can see the impact of climate changeโ€

โ€œGreater storms, greater floods, greater heatwaves, extreme sea level riseโ€

โ€œAll of this is happening far faster than many of us thought possibleโ€

.

Seven years on, how are those claims looking now?

Letโ€™s begin therefore with the IPCCโ€™s AR6, published three years ago.

The IPCC reviews thousands of scientific studies, and naturally there are all sorts of minor climate changes and trends around the world over time.. Many depend on the time scales used and disappear over longer periods, many are merely regional variations, many are beneficial and many are so small as to be inconsequential or statistically significant.

To sort out the chaff, the IPCC attempts to identify and evaluate climatic-impact drivers, defined as  physical climate system conditions (e.g., means, events, or extremes) that directly affect elements of society or ecosystems:

The IPCC admitted that it could detect very little change in these CIDs, other than increases in extreme heat, offset by a reduction in cold extremes.

They could find no evidence of trends in storms, floods, droughts, hurricanes or sea level rise.

This, of course, makes a nonsense of Attenboroughโ€™s claim that:

What weโ€™re doing right now is weโ€™re so rapidly changing the climate, for the first time in the worldโ€™s history people can see the impact of climate changeโ€

โ€œGreater storms, greater floods, greater heatwaves, extreme sea level riseโ€

โ€œAll of this is happening far faster than many of us thought possible

On the contrary, if anything at all is happening, it is happening so slowly and imperceptibly that even the IPCC cannot measure it.

Letโ€™s look at some of the specific claims made on the programme:

Heatwaves and Droughts

Peter Stott โ€“ โ€œItโ€™s having a dramatic effect on our weatherโ€ โ€œThe frequency of extreme temperatures is increasingโ€

Michael Mann โ€“ โ€œYouโ€™re going to get more frequent and intense heatwaves. Youโ€™re going to get worse droughtโ€

A new study this year confirms that heatwaves used to be much more severe in the past in the USโ€“ but also noticeably that cold waves have also become much less extreme.

Global warming, it appears, does not make temperatures more extreme, as the Met Officeโ€™s Peter Stott would like you to believe. It actually makes them less extreme.

Declines in hot and cold daily temperature extremes in the conterminous US, 1899โ€“2025 | Theoretical and Applied Climatology | Springer Nature Link

Sticking with the US, it clear that Mannโ€™s claims of worsening droughts were just a lie:

Storms and Floods

Michael Mann โ€“ โ€œYouโ€™re going to get more rainfall, more superstorms, worse flooding. Weโ€™re seeing the effects of climate change now play out in real timeโ€

Rainfall is not increasing, nor is the incidence of extreme rainfall. We are certainly โ€œseeingโ€ anything of the sort.

As for โ€œsuperstorms”, they are a figment of Mr Mannโ€™s fevered imagination; the frequency of EF-3+ tornadoes has fallen sharply in the last decade or so. It is thirteen years since the Moore tornado, the last EF-5 to have taken place. That is by far the longest such period on record.

Tornado Review 2024 | NOT A LOT OF PEOPLE KNOW THAT

As for hurricanes, there continues to be no trend in major hurricane activity:

Global Statistics compared with climatology

Greenland Ice Sheet

Attenborough told us that ice loss in Greenland was โ€œworse than expectedโ€

Yet another lie, I am afraid.

Annual ice loss has actually been reducing since 2012; losses are at a similar level to the 1920-40 period and are consistent with the natural recovery from Little Ice Age ice maximums.

TDS Catalog

Wildfires

David Attenborough โ€“ โ€œAs temperatures rise, the threats we face multiply. Last year saw record breaking wildfires take hold across the globe. โ€œ

Michael Mann โ€“ โ€œWeโ€™ve seen wildfires break out in Greece, even in the Arctic. Weโ€™ve seen a tripling of the extent of wildfire in the western USโ€

Nice scare stories, but baseless yet again.

US wildfire acreage shows no increasing trend, nor the tripling claimed by the unreliable Mann nationally or regionally:

Meanwhile, wildfire acreage has been declining around the Mediterranean.

Wilfires Below Average Last Yearโ€“Met Office Says Global Warming Has Made Them Worse! | NOT A LOT OF PEOPLE KNOW THAT

Sea Levels

Attenborough โ€“ โ€œrising seas are already displacing hundreds of thousands of people from already vulnerable coastal areas.โ€

An outright lie, of course. As for his โ€œextreme sea level riseโ€, the data shows seas are still rising at the same slow pace as they were a century ago.

Corals

Attenborough โ€“โ€œIn the last three years, repeated heat stress has caused a third of the worldโ€™s corals to first bleach, and then dieโ€

Perhaps next time, David Attenborough might check the actual data with reef experts such as Peter Ridd:

Greenwishing: Shiny Promises Fall Short

Iโ€™ve been watching this energy debate for years, and Iโ€™m tired of the hype. Weโ€™ve got politicians, billionaires, and startups promising the next big โ€œgreenโ€ breakthrough thatโ€™ll solve everything from climate change to data center power demands, with no downsides.

From Master Resource

By Stephen Heins

โ€œWeโ€™ve got to call out the greenwishing of energyโ€™s future. Excitement is good; delusion isnโ€™t. Letโ€™s demand proof, not promises. Reliable, affordable energy isnโ€™t a luxuryโ€”itโ€™s the foundation of modern lifeโ€”time to get serious about what energy technologies actually scales.โ€

Iโ€™ve been watching this energy debate for years, and Iโ€™m tired of the hype. Weโ€™ve got politicians, billionaires, and startups promising the next big โ€œgreenโ€ breakthrough thatโ€™ll solve everything from climate change to data center power demands, with no downsides.

But most of it is what I call greenwishingโ€”a cousin to greenwashing, where they polish up promising energy ideas, but unproven, unscalable technologies with fancy renderings, press releases, and government grants, all while the real engineering and economics lag behind.

Donโ€™t get me wrong. Iโ€™m all for clean, reliable, affordable energy. As a guy in the Frozen Tundra (Wisconsin), I know we need power that works in the dead of winter and doesnโ€™t bankrupt families or factories. Wind and solar have their place in backup systems, but theyโ€™re intermittent. Nuclear has proven itself, but new construction will drag on for a decade or more.

The real excitementโ€”and the real riskโ€”lies in these next-gen sources that sound amazing on paper but arenโ€™t ready for prime time. Letโ€™s break down a few big ones that fit my โ€œgreenwishingโ€ label perfectly as of 2026.

Nuclear Fusion: The Eternal 30-Years-Away Star

Fusion is the poster child for greenwishing. The dream is simple: smash hydrogen atoms as the sun does, get clean, nearly limitless energy with no long-lived waste, and power the world forever. Private investment has exploded past of billions dollars, with companies like Commonwealth Fusion Systems talking about grid power in the 2030s. ITER in France keeps plugging along, and weโ€™ve seen net energy gains in labs.

But letโ€™s be real. Weโ€™ve been hearing โ€œfusion is 30 years awayโ€ since the 1970s, and itโ€™s still mostly true. Engineering hurdles are massive: containing plasma at insane temperatures, materials that survive neutron bombardment, repetitive operation at power-plant scale, and costs that make economic sense. Even optimistic projections put commercial rollout decades out, and thatโ€™s before supply chains, regulations, and grid integration.

Itโ€™s exciting science, but clearly not a baseload solution for the Frozen Tundra or anywhere else for that matter. Not yet. Weโ€™re greenwishing it by treating demo breakthroughs as if their future is guaranteed. On the other hand, AI data centers hungry for power canโ€™t wait for stars in a bottle.

Green Hydrogen: The Swiss Army Knife That Costs a Fortune

Green hydrogenโ€”produced by electrolyzing water with renewable electricityโ€”gets hyped as the answer for heavy industry, trucking, shipping, and even power storage. Governments are pouring subsidies into projects, and announcements are made left and right.

It could decarbonize sectors that batteries or electrification canโ€™t touch.

The problems? Cost and efficiency kill it. Green H2 is still way more expensive than gray (fossil-based) hydrogen, thanks to the high cost of electrolyzers, renewable power variability, and massive energy losses in production, compression, storage, and transport. Efficiency hovers around 60-70%, and infrastructure barely exists at scaleโ€”no pipelines, ports, or refueling networks ready for gigatons.

Blue hydrogen (with carbon capture) is scaling faster in the U.S., but it comes with its own emissions baggage from methane leaks and lower climate benefits.

Weโ€™re greenwishing this one hard by pretending its future is solid while real deployments lag and rely on massive taxpayer support. For places like Wisconsin with cold winters and industrial needs, reliable hydrogen would be greatโ€”if it werenโ€™t so far from economic reality. Demand uncertainty and custom-built projects create a economic chicken-and-egg problem that wonโ€™t vanish with more announcements.

Advanced Geothermal: Hot Rocks with Huge Potential, But Drilling Hell

Next-gen geothermalโ€”enhanced (EGS) or superhot rock systemsโ€”promise 24/7 baseload power almost anywhere by drilling deep, fracturing rock, and circulating fluid to harvest heat.

Companies like Fervo are building projects in Utah, with Cape Station eyeing commercial operation soon. MIT spinouts and others are pushing millimeter-wave drilling and closed-loop designs. Itโ€™s not as flashy as fusion, but it could be a game-changer for firm clean power.

Challenges remain big. Drilling costs in hot, hard rock are brutal, even with frackingโ€™s oil-and-gas tech adaptations. Induced seismicity fears, water use, and long-term reservoir sustainability need to be proven at scale. While costs have dropped and projects are advancing (Fervoโ€™s expansions, pilots in Germany), weโ€™re still talking small MW outputs compared to what the grid needs.

Itโ€™s promising, but greenwishing creeps in when boosters claim itโ€™ll unlock terawatts overnight without addressing the โ€œgreat filterโ€ of repeated, cheap drilling success.

Tidal and Wave Energy: Predictable Power from the Ocean, If It Survives

Tidal power taps reliable lunar cycles; wave energy harvests ocean swells. Both sound perfect for coastal or island gridsโ€”predictable, dense energy without fuel. Prototypes exist, especially in Europe, with some tidal stream projects operating.

Reality check: Harsh marine environments destroy equipment fast. Corrosion, biofouling, storms, and high installation/maintenance costs make LCOE (levelized cost) sky-highโ€”often $130-280/MWh versus $20-50 for wind/solar. Suitable high-flow sites are limited, supply chains are immature, and environmental impacts on marine life continue to spark environmental debate.

Wave Tech is even further behind. We continue greenwishing these energy solutions by celebrating small demos while ignoring that total global installed capacity remains tiny after decades of effort. Great niche potential, lousy broad scalability.

SMR: Closer, But Still Not There

Of course, Small Modular Reactors deserve mention, too. Factory-built nuclear reactors under 300 MW could be cheaper and faster to deploy, and could be sited flexibly for data centers or towns. U.S. projects are advancing with DOE funding, and some designs aim for early 2030s operations. Russia and China already have units running.

But in general licensing, supply chains, first-of-a-kind costs, and public acceptance slow things down to a crawl. Theyโ€™re more proven than pure fusion, but they still carry energyโ€™s vibes when pitched as instant solutions that ignore regulatory and economic risks. Traditional nuclear works fine; scaling new designs is the hurdle.

Greenwishing Has Consequences

These technologies arenโ€™t scamsโ€”they represent real human ingenuity chasing hard problems. Private capital, DOE programs, and international efforts show momentum. But the danger is overpromising. We delay proven options like expanding reliable nuclear, improving grid resilience, or pragmatic mixes of gas, hydro, and renewables with storage while chasing moonshots. Energy demand is surging from AI, EVs, and manufacturing. Hyping unready tech risks blackouts, higher bills, or policy whiplash when timelines slip or disappear.

In Wisconsin, we value practicality. Build what works. Support R&D aggressivelyโ€”fusion, hot rock geothermal, better electrolyzersโ€”but donโ€™t bet the farm on greenish timelines. Prioritize energy density, reliability, and cost. Baseload matters. Innovation thrives with honest engineering, not marketing.

The path forward? Aggressive permitting reform, sustained funding for demos that actually prove scalability, and an all-of-the-above mindset that doesnโ€™t dismiss working tech for perfect future ones. Fusion might power the 2050s or beyond. Green hydrogen could carve out industrial niches if costs crash. Advanced geothermal and ocean energy at best might fill regional gaps. But today, theyโ€™re aspirational with capital A.

Weโ€™ve got to call out the greenwishing of energyโ€™s future. Excitement is good; delusion isnโ€™t. Letโ€™s demand proof, not promises. Reliable, affordable energy isnโ€™t a luxuryโ€”itโ€™s the foundation of modern lifeโ€”time to get serious about what energy technologies actually scales.

โ€”โ€”โ€”โ€”โ€”โ€”โ€”โ€”โ€”โ€”

Stephen Heins writes at The Word Merchant, where this post first appeared. His previous post on the energy contributions of Robert L. Bradley Jr. is here.

The US AI Rebellion is Gaining Momentum

There’s a noticeable backlash against AI in the US right now and dismissing concerns is a mistake.

Energy constraints are real, job transitions need honest handling and forcing infrastructure without local buy-in breeds resentment.

From Watts Up With That?

Essay by Eric Worrall

Data centers driving up energy costs and fear of job losses have become major public concerns.

The American rebellion against AI is gaining steam

Amrith Ramkumar, Katherine Blunt, Lindsay Ellis

โ€ฆ

Delivering a commencement address at the University of Arizona, Schmidt told students the โ€œtechnological transformationโ€ wrought by artificial intelligence will be โ€œlarger, faster and more consequential than what came before.โ€ Like some other graduation speakers mentioning AI, Schmidt was met with a chorus of boos.

โ€ฆ

Consumers resent energy-price jumps exacerbated by the spread of data centers. Workers fear widespread job losses. Parents worry about AI undermining education and harming childrenโ€™s mental health. In recent months, the wave of anger has brought protests, swayed election results and spurred isolated acts of violence.

In April, a 20-year-old Texas man allegedly threw a Molotov cocktail at OpenAI Chief Executive Sam Altmanโ€™s home and made threats at the companyโ€™s San Francisco headquarters, according to a federal complaint filed against him. A few days earlier, someone fired 13 shots at the front door of an Indianapolis councilman who had recently approved a data center.

โ€ฆ

After bubbling up in a handful of races last year, it has exploded onto the ballot across the country. Voters in Festus, Mo., ousted four city council members a week after they approved a $6 billion data center. Dozens of communities in states from Maine to Arizona are trying to ban new data centers. Some 360,000 Americans are in Facebook groups opposed to the facilities, roughly quadruple the number from December, figures from organizations fighting the AI build-out show.

โ€ฆRead more: https://www.msn.com/en-us/money/other/the-american-rebellion-against-ai-is-gaining-steam/ar-AA23w1HH?ocid=finance-verthp-feeds

Globalists and Democrats have been quick to jump on these public concerns.

The point is these are legitimate concerns โ€“ AI is and will continue to cause job losses. Data centers are driving up power prices. But only one of these problems is fixable.

The data center electricity price rises are a symptom of a broken energy market, not a problem caused by data centers. Any rise in energy intensive economic activity, including a rise in factory jobs, would have caused similar upward pressure on energy prices. The problem is the market is not responding to the price signal. Higher power prices should be a signal to increase supply, but something is preventing market participants from responding adequately to changes in demand.

The source of market friction is likely red tape. For example, Data Centers could be built with co-located modular nuclear power plants, so they donโ€™t ruin anyoneโ€™s power bill. Such an arrangement would bring down prices and improve local grid reliability, by allowing the data center to support the local grid with their in-house nuclear reactor during data center quiet periods. But imagine trying to push that solution through todayโ€™s planning approval processes.

The problem which canโ€™t be fixed is job losses. Job losses are sadly inevitable โ€“ restricting or banning data centers in the USA wonโ€™t stop this, because China and Asia will keep pushing forward regardless of what the USA does. China with its surplus of electricity generation capacity already has a significant advantage in the AI race.

Much of the USAโ€™s economic and military advantage is because of the USAโ€™s enormous global trade network. Trying to stop data centers in the USA because of their impact on jobs will destroy the USAโ€™s global competitive advantage. If the USA turns its back on data centers and AI, economic rivals which embrace AI will be in a position to destroy the USAโ€™s competitive advantage and usurp the trade networks which propelled the USA to become the worldโ€™s dominant superpower.

Retraining might help mitigate the impact of job losses โ€“ and Iโ€™m not talking about trite non-solutions like President Bidenโ€™s advice to โ€œlearn to codeโ€. There are plenty of jobs AI canโ€™t do, and wonโ€™t be able to do well for the foreseeable future. Any job which involves complex and unpredictable environments, such as trade jobs like gas fitters, plumbers and electricians, will resist AI encroachment for a very long time. There will be more robotic tools for such jobs, but such jobs will still need humans in the loop to analyse the problems and figure out the solutions, and make sure the robots donโ€™t do anything stupid.

Of course if you can โ€œlearn to codeโ€, the jobs of people who serve the AI โ€“ data scientists, top tier programmers and expert maintenance engineers โ€“ will have real staying power.

My point is the problem is real, but banning or restricting data centers is not a viable solution. We canโ€™t turn the clock back on todayโ€™s technological advances, any more than textile workers in the 1800s could stop machine driven mass production of woven cloth. All that can be done, and should be done, is to act early to cushion the blow, to help people distressed about job insecurity to find new jobs which the AIs canโ€™t steal, and to figure out how to fix the regulatory roadblocks which are causing electricity price misery for anyone who lives next door to new data centers.


Update: A few people have questioned whether coding jobs have staying power, there is a lot of media hype about coding jobs disappearing in the near future.

In the AI world, coding is a lot more resilient than people assume. Coding is the art of explaining to computers how to do stuff it cannot figure out for itself. If the AI enhanced machines no longer need coders and can figure out everything, nobody will have a job, and we are not there yet. But how we code is changing significantly.

Voodoo modeling says climate change makes interest rates rise

Natural disasters fueled by a failure to curb global warming will make higher interest rates a permanent feature of Australiaโ€™s economy, the governmentโ€™s climate change tsar Matt Kean has claimed, as analysis shows the ยญextent to which climate inaction will harm the nation โ€“ in particular in NSW and Queensland โ€“ and reduce householdsโ€™ income.

Flag of Australia. Australian symbol. Flag on the background of dry cracked earth. Australian flag with drought concept

From CFACT

By Joanne Nova

Interest Rate Climate Porn attacks Australia

Henceforth and verily, a witless economic model stacked on top of a skillless scientific one says that eating beef steaks makes the interest rate rise. But donโ€™t worry, if you spend thousands buying heat pumps, windmills, and EVs from Matt Keanโ€™s friends, youโ€™ll pay less on the mortgage (trust us), and Wollemi Capital, who Matt Kean works for, will make more money.

Right now, interest rates are a hot topic, so bingo, Climate Change causes that too:

Inaction to force up rates, says Climate Change Authorityโ€™s Matt Kean

By Rosie Lewis, The Australian

Natural disasters fueled by a failure to curb global warming will make higher interest rates a permanent feature of Australiaโ€™s economy, the governmentโ€™s climate change tsar Matt Kean has claimed, as analysis shows the ยญextent to which climate inaction will harm the nation โ€“ in particular in NSW and Queensland โ€“ and reduce householdsโ€™ income.

The Australian Prudential Regulatory Authority has relied on economic modelling by Oxford Economics Australia to inform its first stress test of how a changing climate could affect home insurance, with the data showing the economy fares better โ€“ albeit still with challenges โ€“ when strong climate action is ยญdelayed and taken in the 2030s rather than not at all.

Mr. Kean said Australiaโ€™s prudential supervisor had put a scenario estimate on the cost of climate inaction that dwarfed the cost of acting.

โ€œWeโ€™re talking about household incomes potentially 20 per cent lower than the status quo, persistent inflation, and rising interest rates driven not by policy mistakes but by floods, fires and other disasters made worse by climate change,โ€ Mr Kean said.

Not only are climate models unable to predict wind, rain, drought, clouds, cyclones, and El Ninos, they also canโ€™t predict the climate in the short run, the long run, or the past either. Therefore, the economic modeling is mere fortune-telling or worse, itโ€™s just advertising.

The data, The data

We already know both types of models are wrong. Despite humans emitting a trillion tons of CO2, Australian climate disasters arenโ€™t costing us any more than they were 60 years ago*.  This is despite rampant population growth from 11 million to 27 million people at the same time, with so many extra houses to burn, and a lot more cars to wash away.  Globally, the more CO2 we emit, the less we spend on weather disasters.

Professor Roger Pielke Jnr has the data. (References below).

Source: ICA. Note that 2025 is through September.

Just one big happy Vested Interest

Matt Kean is the โ€œfundraiserโ€ for a team dedicated to profiting from Climate subsidies โ€” itโ€™s his job to try to scare you out of your cash. How else will Wollemi Capital make money?

Now heโ€™s paired up with APRA, which is a statuary authority supposedly regulating the bankers, but which really works for Minister Jim Chalmers and is totally dependent on the largess of Big Government for itโ€™s 844 salaries.  Itโ€™s a pure Blob machine, and we can assume their lives are easier if they do things that make Jim Chalmers happier, and also do things that make voters think that Big Spending Governments are worth voting for. (ie, The Labor kind).

As for their ability to predict the economy, letโ€™s just say APRA didnโ€™t see the GFC coming. It was the biggest event in APRAโ€™s economic lifetime, and they didnโ€™t warn us.

The thing that makes interest rates rise is Big-Spending Governments with fantasies that they can change the global weather. Jim Chalmers not only has an interest in selling his renewable policy, he has an interest in blaming the rises on someone else.

Modeling is the legerdemain by which con artists separate you from your money. An obedient model will find whatever the modeler wants it to find.

This article originally appeared at JoNova

Spot On, New York Post, Billions Have Been Wasted Based on Fake Climate Science

A recent New York Post (NYP) article, titled โ€œBillions have been wasted on UNโ€™s climate change lies,โ€ describes how billions, if not trillions, of dollars have been spent worldwide attempting to slow or stop the world from experiencing the extreme climate change as forecast by the flawed, but widely used RCP 8.5 computer model projections. The NYP is absolutely correct.

Tehe ClimateRealism


By Linnea Lueken

A recent New York Post (NYP) article, titled โ€œBillions have been wasted on UNโ€™s climate change lies,โ€ describes how billions, if not trillions, of dollars have been spent worldwide attempting to slow or stop the world from experiencing the extreme climate change as forecast by the flawed, but widely used RCP 8.5 computer model projections. The NYP is absolutely correct. The future climate conditions described by the RCP 8.5 high-end emissions scenario, and subsequently cited in hundreds of papers warning of likely disastrous outcomes, were never going to happen, and all the investment into climate policy has been a total waste.

RCP 8.5 has officially been retired from consideration by official climate researchers at the Intergovernmental Panel on Climate Change (IPCC). Opinion writer Jonathan Lesser writes that the IPCC โ€œis responsible for the โ€œclimate catastropheโ€ and โ€œthe world is burning scenarios that environmentalists, academics and many politicians have promoted to force high-cost, coercive energy policies on Americans,โ€ which โ€œrelied on academics whose careers depended on using RCP 8.5 and several other worst-case scenarios to predict everything from the demise of French wines and the end of pasta to aliens destroying the earth. (No, really.)โ€

Over the past decade, The Heartland Institute and Climate Realism have published dozens of articles refuting studies slavishly promoted by various media outlets that relied heavily on computer-modeled emissions scenarios like RCP 8.5 and SSP5-8.5. The stories referenced by Lesser here are familiar; the supposed destruction of French wine (or overproduction!), pasta, and aliens of a different kind, all have been covered and much more.

RCP 8.5 was used to say Gila monsters would be decimated by climate change, that climate change would spread lethal fungal outbreaks around the world, that climate change would cause a dramatic uptick in deaths from sedentary lifestyles, and The Daily Mail went so far as to create AI generated apocalyptic images of the worldโ€™s future all based on RCP 8.5 projections.

Scientists have been moving away from promoting RCP 8.5 as the business-as-usual scenario for a while now. The United Nations Framework Convention on Climate Change  abandoned it years ago, yet it has still been regularly used as a realistic high end emissions scenario in hundreds of papers published by prestigious journals like Nature. It never was realistic. It was always implausible and likely impossible, even assuming a rapid, large, and sustained increase in coal consumption โ€“ a scenario that would require five times more coal than we actually have reserves of.

Climate scientist Roger Pielke Jr. explains in a Substack post, โ€œA scenario requiring five times proven coal reserves is not plausible by any standard,โ€ and that the scenario also required an increase in the use of coal-to-liquids instead of petroleum and that other technologies would stagnate. None of this was realistic, even at the time the scenario was first created.

RCP 8.5 was always nonsense, and though some scientists have admitted as much a few years ago, others kept using it to generate peer reviewed scare stories. The mainstream media were all too willing to promote them, complete with headlines touting the next scientifically proven catastrophe that was soon to occur.

The NYP story lists economic policies that were informed by the climate scare, especially those in New York and the Northeastern United States, such as fracking bans, and โ€œshutting downโ€ all fossil-fuel electric generators in the state and promoting a fantasy electric system of wind, solar and batteries, together with โ€œdispatchable emissions-free generatorsโ€ fueled by โ€œgreenโ€ hydrogen.โ€

Of course, many prominent climate scientists are now claiming that the abandonment of RCP 8.5 is because of the efforts of net zero initiatives, but that is also false.

Global coal consumption has increased, and atmospheric carbon dioxide continues to rise. Again, the economic assumptions baked into RCP 8.5 were always absurd. For example, Pielke explains:

What happened after the RCPs were released in 2011 โ€” Paris, the renewables revolution, expansion of US shale โ€” is the unfolding history of the world continuing not to be plausibly characterized by RCP8.5. The scenario did not become implausible. The evidence that it was implausible simply became undeniable as the real world and the RCP8.5 world continued to diverge.

President Trump is now celebrating the abandonment of RCP 8.5, correctly and exuberantly stating that the UN climate committeeโ€™s projections were always โ€œWRONG! WRONG! WRONG!โ€

Good riddance, indeed, Mr. President!

And good on the New York Post for publishing Lesserโ€™s piece, which drives home the fact that unrealistic, fearmongering studies have influenced political policy that has harmed people. It has robbed them of freedom of choice and added to their costs of transportation, energy, and every product or service that uses energy.