Here we go. I hope you are ready for this cause ready or not here it comes! You may have seen information on some of this stuff years ago, but it just did not seem credible to you. Or, maybe just not relevant to you. So, look at it in the light of what is going on today. Hopefully you will recognize that this is all very relevant, very credible and very REAL!
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Facility would require more power than entire state uses and suck up vast amount of water in drought-stricken area
The Stratos artificial intelligence datacenter footprint will cover more than 40,000 acres (62 sq miles) over three sites in Box Elder county in north-western Utah. The facility will require about 9GW of power, which is more than the entire state of Utah currently consumes, and suck up a significant amount of water in an area that has been hit by severe drought in recent years.
Last week, the project was approved by the county’s commissioners, despite thousands of objections lodged by Utah residents. Environmentalists have warned that Stratos could imperil the Great Salt Lake ecosystem, including a critical migratory bird habitat, which is already under severe stress.
The lake is shrinking due to water diverted for agriculture and the impact of the climate crisis, placing inhabitants of the nearby Salt Lake City at possible risk of toxic dust clouds as the lake bed dries up.
“At a time when the Great Salt Lake is already in crisis, approving a project that will consume water and energy at this scale is irresponsible and dangerous,” said Franque Bains, director of the Sierra Club’s Utah chapter. “Utahns want to see the Great Salt Lake restored, not stripped.”
The proposed project is backed by Kevin O’Leary, the venture capitalist who appears on the TV show Shark Tank and recently played a villainous tycoon in the movie Marty Supreme. O’Leary has claimed Stratos will deliver thousands of jobs and help the US compete with China in the burgeoning AI industry.
“I don’t think there’s a bigger site in the world than this,” O’Leary told Fox News. “It shows the Chinese and the rest of the world we are not messing around, we are going to get this done, move it forward and provide the compute power to our AI companies that defend the country.”
Kevin O’Leary attends Consensus Miami 2026 on 6 May 2026 in Miami Beach, Florida. Photograph: Romain Maurice/Getty Images
In an X post, O’Leary added: “We’re not gonna drain the Great Salt Lake. That’s ridiculous. We are gonna create incremental jobs.”
But these jobs will not outweigh the longer-term impacts to Utah and beyond, critics argue. Stratos is expected to raise the state’s planet-heating pollution by about 50% by consuming a huge amount of energy and water to power and cool itself, according to one impact analysis.
The network of industrial-scale fans needed to cool the datacenter’s hot pipes will result in so much waste heat that it could raise daytime temperatures in the surrounding Hansel valley by 2F to 5F (1.1C to 2.7C) and night-time temperatures by 8F to 12F (4.4C to 6.6C), according to an analysis by Rob Davies, a physics professor at Utah State University.
“The thermal load from the proposed Stratos project is extreme,” Davies said. “Of course it has effects. One of those effects is this: this facility imposes substantial drying on a watershed and ecosystem already in active collapse.”
O’Leary said the extra electricity demand won’t raise residents’ energy bills as new gas-fired generation will power the facility. “We are building power from scratch, from the pipeline,” he said. “We are going to burn it with turbines, clean,” he added, although gas is a fossil fuel that is dangerously overheating the world and isn’t clean.
Nearly 4,000 people have lodged objections to the project being approved, with this pushback leading to contentious public meetings that Lee Perry, the Box Elder county commissioner, said have left him feeling “physically sick” amid alleged death threats and false accusations.
O’Leary has claimed in social media posts that most of the protesters don’t live locally and have been paid to object to the project. “There are professional protesters that are paid by somebody, I don’t know who,” O’Leary said in a video posted to X last week. “They’re being bused in.”
Opponents of the project have rejected this accusation. On Monday, a group calling itself the Box Elder Accountability Referendum filed an application for a referendum to reverse the commissioners’ approval of Stratos. If the group is able to collect 5,422 signatures from registered voters in the county in the next 45 days, the project approval will go to a vote in November.
“Instead of speaking with us, Kevin O’Leary went on social media saying we were out-of-state, paid protesters, and we don’t want people from out-of-state making decisions for us,” said Brenna Williams, lead sponsor of the referendum push.
“The only thing he’s right about is that we don’t want him, an out-of-state billionaire, making decisions for us.”
Last week, there was a further twist when the developers withdrew their application to divert 1,900 acre-feet of water from ranching to the project. However, Stratos “fully intends to move forward” with a new application set to be lodged with state regulators, according to the developers.
This new process will invalidate the objections already raised by Utahns and require each person to pay $15 to file a new complaint. Opponents claim this move is aimed at skirting public disapproval of the project.
People protest the construction of a datacenter on 4 May 2026 in Tremonton, Utah. Photograph: Natalie Behring/Getty Images
“I keep trying to give them the benefit of the doubt, but this has all the hallmarks of an out-of-state megaproject with little to no concern for the local community,” said Ben Abbott, an ecologist at Brigham Young University and executive director of Grow the Flow, a group that aims to protect the Great Salt Lake.
The growth of datacenters across the US has been championed by Donald Trump’s administration and the AI industry, but has been met with local unrest. Anger at growing electricity bills and fears of water depletion have helped spur several local and state election victories for candidates skeptical of the AI sector’s unfettered growth.
Faced with a similar public backlash in Utah, Spencer Cox, the state’s governor, on Friday said he will require that the Stratos project doesn’t harm the Great Salt Lake or raise power bills. The developers will build the datacenter in phases, he said, initially spanning 2,000 acres before scaling up further subject to future reviews.
“Utahns should expect clear standards and accountability,” Cox said. Last year, the governor asked people in Utah to pray and fast to help break fierce drought conditions.
“Industry is our state’s motto,” Cox added on Friday. “And in our pursuit of economic strength, we must always ensure that development is thoughtful and in line with Utah values.”
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‘The digital colonization of flyover states’: how datacenters are tearing small-town America apart. Read more
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What the datacenter boom means for America’s environment – and electricity bills. Read more
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Stratos AI Utah: 9GW Giga-Scale Artificial Intelligence Campus
Status: Approved / Pre-Construction | Location: Box Elder County, Utah
Project Overview
Investment Details
| Header | Details |
|---|---|
| Total Investment | $50 Billion+ (Estimated Total Program) |
| Funding | Private Equity & Institutional Infrastructure Funds |
The Stratos AI Data Center in Box Elder County, Utah, represents a monumental leap in global digital infrastructure, designed to serve as the world’s largest dedicated hub for artificial intelligence training and high-performance computing. Spanning an unprecedented 40,000 acres, an area more than twice the size of Manhattan this “giga-campus” was officially approved by county commissioners on May 4, 2026, following intense public debate. The project is engineered to provide a staggering 9GW of power capacity, which is nearly equivalent to the entire current electrical consumption of the state of Utah. This immense scale is intended to provide the computational “firepower” necessary for the United States to maintain leadership in the global AI arms race, specifically targeting the massive training requirements of next-generation large language models and autonomous systems. Technically, the facility is being built with a “liquid-first” cooling philosophy to manage the extreme thermal loads produced by thousands of high-end GPU clusters, though it has faced significant scrutiny regarding its impact on the local Hansel Valley ecosystem and the stressed Great Salt Lake watershed. Despite environmental concerns, the project is moving forward as a primary economic engine for Northern Utah, promising to bring thousands of specialized construction and technology jobs to the region. As the first phase targets a 2027 go-live, Stratos stands as a blueprint for the future of “sovereign-scale” AI infrastructure, prioritizing raw power availability and land mass to accommodate the physical footprint of the AI supercycle.”
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Sovereign-Scale AI Infrastructure: Definition, Drivers, and Examples
Sovereign-scale AI infrastructure refers to large-scale, jurisdictionally controlled computing environments—often in sovereign data centres—designed to host AI workloads while ensuring data residency, regulatory compliance, and operational autonomy within a specific country or region.
Why It’s Emerging
The term combines sovereign cloud principles with AI-scale compute. Sovereign cloud means data and infrastructure are governed under a single jurisdiction, avoiding foreign legal frameworks like the U.S. CLOUD Act, which can conflict with EU GDPR introl.com. AI-scale compute means the infrastructure is built to handle massive GPU workloads for training and inference of large language models and other AI systems.
Key drivers include:
- Regulatory compliance: GDPR, EU AI Act, and other national laws require strict data residency and governance www.nscale.com+1.
- Security & trust: Enterprises and governments want to avoid foreign data access risks and maintain control over sensitive AI training data www.nscale.com.
- Geopolitical risk mitigation: Reducing reliance on foreign hyperscalers in high-tension regions introl.com.
- Market access: Sovereign infrastructure can unlock regulated markets where foreign providers are excluded introl.com.
Market Growth & Investment
The sovereign cloud market is projected to grow from $154B in 2025 to $823B by 2032 introl.com. Major players are investing heavily:
- AWS: €7.8B European Sovereign Cloud launching in Germany late 2025 introl.com.
- Microsoft: Sovereign Private Cloud for air-gapped deployments in France/Germany introl.com.
- Google: Multi-million NATO contract for AI-enabled sovereign services introl.com.
- NScale: London-headquartered startup with $1.5B+ funding, 200,000 NVIDIA GB300 GPUs contracted with Microsoft, aiming to fill the AI compute gap in Europe acquinox.capital.
Operational Challenges
Building sovereign-scale AI infrastructure is complex:
- Data residency vs. resilience: Localized data can avoid foreign laws but risks single-point outages IBM.
- Talent & cost: Local operations may limit talent pools and increase staffing costs IBM.
- Power & cooling: Europe’s data centre power demand is projected to triple by 2030, with grid interconnection delays up to seven years acquinox.capital.
- Hybrid scaling: Maintaining secure, multi-tenant GPU infrastructure across hybrid environments is a major technical hurdle Mirantis.
Strategic Importance
For enterprises, sovereign-scale AI infrastructure offers:
- Compliance advantage: Aligns with national AI and data laws.
- Competitive positioning: Seen as a major differentiator by 49–52% of EU decision-makers www.nscale.com.
- Trust & control: Direct control over infrastructure and data governance.
In short, sovereign-scale AI infrastructure is becoming a strategic necessity for AI deployment in regulated markets, balancing jurisdictional control with the massive compute demands of modern AI.
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Quantum Computing and the Rise of New Giga Data Centers
Quantum computing is rapidly moving from research labs into the data center ecosystem, prompting a new wave of infrastructure investment — including the construction of giga-scale data centers designed to host both classical and quantum workloads.
Why Quantum Computing Is Driving Data Center Expansion
Quantum computers use qubits that can exist in multiple states at once (superposition) and are entangled, enabling them to solve certain problems — such as cryptography, logistics optimization, and molecular simulation — far faster than classical systems dcpulse.com. This capability is attracting hyperscalers (Google, Amazon, Microsoft), telcos, governments, and defense contractors to build or retrofit facilities for quantum workloads www.spglobal.com+1.
By 2029, Microsoft expects commercially valuable quantum machines to be deployed in data centers, capable of performing calculations classical systems cannot CNBC. This will require specialized infrastructure — cryogenic cooling, electromagnetic shielding, and redesigned power and space layouts — alongside classical HPC and AI accelerators dcpulse.com.
The Role of Giga Data Centers
Giga data centers are massive facilities designed to handle exponential compute demands. Integrating quantum systems into them offers:
- Hybrid compute environments where quantum accelerators run alongside classical clusters Datacenters.com.
- Scalable quantum-as-a-service (QaaS) platforms, lowering entry barriers for enterprises Datacenters.com.
- Specialized compute zones for quantum workloads, ensuring stability and security dcpulse.com.
These facilities will also address security, efficiency, and sustainability:
- Quantum algorithms can enable nearly unbreakable encryption for data center security Analytics Insight.
- Quantum systems may reduce energy use per computation, helping offset the high power needs of large-scale data centers Analytics Insight.
- Quantum-enhanced AI and machine learning can accelerate training and optimization Analytics Insight.
Strategic Implications
Data center operators are now strategically positioning for quantum readiness:
- Infrastructure redesign to support quantum hardware’s unique requirements.
- Workload orchestration to balance quantum and classical processing.
- Revenue diversification through quantum services and accelerated research ecosystems dcpulse.com.
Outlook
The convergence of quantum computing and giga data centers is creating a new infrastructure frontier. As fault-tolerant quantum systems emerge by 2028–2030 www.spglobal.com, the demand for co-located, hybrid-capable mega data centers will grow. Companies that integrate quantum-ready design into their expansion roadmaps will be best positioned to capture the next wave of compute growth.
Quantum Computing: Leapfrogging to The Future
Imagine a world where a virtual version of yourself exists
October 7, 2024
Main EditorDomain Expert
In 2023, IBM introduced its 433-qubit Osprey processor, while Google’s Sycamore demonstrated quantum supremacy by completing a calculation in just 200 seconds—something that would take the fastest classical supercomputers over 10,000 years. These breakthroughs are not just milestones; they signal a monumental leap from theory to reality. Quantum computing is here, and it’s set to revolutionize artificial intelligence and reshape entire industries.
The Birth of Quantum Computing
The concept of quantum computing emerged in the early 1980s when physicist Richard Feynman proposed harnessing quantum mechanical phenomena for computation. His insight came from the difficulty of simulating quantum systems using classical computers. Shortly after, David Deutsch described the first theoretical quantum computer, introducing the world to the possibility of solving complex problems exponentially faster than classical computers. However it was in 1994 that MIT mathematician Peter Shor published one of the first practical real-world applications for a quantum machine. His algorithm for integer factorization showed how a quantum mechanical computer could potentially break the most advanced cryptography systems of the time—some of which are still used today. Shor’s findings demonstrated a viable application for quantum systems, with profound implications for fields beyond just cybersecurity.
But wait! What is Quantum Computing?
Quantum computing leverages the fascinating principles of quantum mechanics – the branch of physics that deals with the behaviour of subatomic particles. – electrons, photons, quarks, neutrinos and more. Now, photons are quantum particles that make up light. Experiments by scientists in the early 20th century showed how a photon with high enough frequency can knock an electron free from the surface of a metal. Another way to understand this is that just trying to get a better look at a subatomic particle would change the momentum of the electron.
This emerging technology spans multiple scientific domains, including the development of quantum hardware and the creation of specialized quantum algorithms. Though the field is still maturing, quantum computers promise to tackle computational challenges that lie far beyond the reach of even our most advanced classical supercomputers.
Quantum computers harness the counterintuitive behaviors of subatomic particles to perform certain types of calculations with unprecedented efficiency. While classical computers use binary bits – zeros and ones – to store and process data, quantum computers leverage quantum bits or qubits, which can hold far more information due to their ability to exist in superposition (the ability to exist in multiple states at once). This essentially means that while a binary bit holds a fixed value (0 or 1), a qubit can be both 0 and 1 at the same time. This is the strange and nearly inexplicable behaviour of quantum mechanics that this QC harnesses.
Bringing the Quantum Edge to AI
Quantum computing enhances AI by accelerating data processing and model training. Several specific advantages include:
- Enhanced Computational Power: Quantum algorithms solve complex problems faster, aiding AGI in processing large datasets and performing advanced computations.
- Efficient Problem-Solving: Optimization and simulation tasks, critical for AGI, are handled more effectively using QC.
- Improved Learning: Quantum Machine Learning (QML) speeds up AI training processes, helping AGI adapt across diverse tasks.
- Parallel Processing: QC’s ability to perform operations in parallel reduces training and inference times.
- Handling Complex Data Structures: Quantum systems process high-dimensional data efficiently, supporting AGI’s analytical capabilities.
AI for Quantum Computing
Conversely AI plays a key role in the development and optimization of quantum systems:
- Error Correction and Noise Reduction: Machine learning models predict and mitigate quantum errors, improving system reliability.
- Quantum Algorithm Optimization: AI identifies and optimizes quantum circuits, reducing gate operations and error rates.
- Device Calibration: AI automates the calibration of quantum devices, ensuring peak performance.
- Hybrid Quantum-Classical Systems: AI balances task distribution between quantum and classical systems, maximizing computational efficiency.
Economic Landscape: Current State and Progress of Quantum Computing
Quantum Computing has recently reached a crucial milestone with IBM aiming for a 4,000+ qubit system by 2025. Meanwhile, governments worldwide are investing heavily in quantum research, recognizing its potential impact on national security and technological advancement. China has reportedly invested $10 billion in a national quantum laboratory, while the US has committed $1.2 billion to the National Quantum Initiative. Though a fully functional, error-corrected quantum computer remains years away, the progress in recent years suggests we’re moving steadily toward this revolutionary technology.
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In C.A.D. technology, CAD stands for Computer-Aided Design Wikipedia+1.
Computer-Aided Design refers to the use of computer software to assist in the creation, modification, analysis, and optimization of designs. Instead of relying solely on manual drafting tools like rulers and pencils, CAD software allows designers, engineers, and architects to produce precise 2D drawings or 3D models digitally Wikipedia+1.
Key Features of CAD
- Precision & Accuracy: CAD software handles exact measurements, spatial relationships, and material properties, reducing human error scienceinsights.org.
- Efficiency: Designs can be created, edited, and modified quickly, often with just a few mouse clicks scienceinsights.org.
- Versatility: Used in 2D drafting (e.g., floor plans, schematics) and 3D modeling (e.g., product prototypes, building facades) Autodesk+1.
- Integration with Manufacturing: CAD outputs can be used directly for manufacturing, machining, or 3D printing Wikipedia+1.
- Simulation & Analysis: Advanced CAD tools can simulate real-world conditions, such as stress testing or material behavior, before physical production scienceinsights.org.
Common Uses
CAD is widely used in:
- Architecture & Construction (floor plans, structural layouts)
- Engineering (mechanical, electrical, civil designs)
- Product Design (consumer goods, automotive parts)
- Manufacturing (CNC programming, assembly documentation)
- Other fields like aerospace, shipbuilding, and even special effects in animation Wikipedia+1.
In short, CAD in C.A.D. technology means Computer-Aided Design, a foundational digital tool that has revolutionized design and manufacturing by combining accuracy, flexibility, and efficiency.
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LIVE FOREVER IN THE METAVERSE
Wow…this topic is a doozy. I hope you got your spiritual ears and eyes open. This is not one that you can afford to take lightly. This is the final culmination of all that the devil and his crew have been laboring toward. This is the NEW WORLD. The NEW REALITY. THE NEW NORMAL for … Click Here to Read More
NOWHERE TO RUN, BABY, NOWHERE TO HIDE!
Network Web Icon Green Web Icon World Wide Web Globe Icon Web Client Icon Web Icon Transparent Web Cloud Icon Web Symbol Icon TRAPPED IN THE WORLD WIDE WEB! It’s a funny thing about REALITY and TRUTH.. what you think about them doesn’t matter. They remain. TRUTH is NOT RELATIVE. You cannot choose what is … Click Here to Read More
GET REAL OR LOSE ALL CONTROL
In the VERY NEAR future, many people will be horrified to learn the cost of embracing fantasy over reality and deception over truth. YOU cannot afford to be to afraid to look at the TRUTH. It is much easier and more profitable to face YOUR MAKER NOW while GRACE is still available. There is a … Click Here to Read More
ARTIFICIAL INTELLIGENCE – Updates 2025
THERE IS A NEW ARTIFICIAL INTELLIGENCE THAT HAS DEVELOPED FAR BEYOND THE AI WE HAVE KNOWN UNTIL NOW. AI IS GAINING ON EVERY LEVEL VERY RAPIDLY; THERE HAVE BEEN MAJOR CHANGES AND YOU NEED TO BE AWARE! THERE IS VERY LITTLE THAT EVEN THE “EXPERT” KNOW ABOUT ITS TRUE CAPABILITIES OR IS HIDDEN ACTIVITIES. FOLKS … Click Here to Read More
2025 A NEW WORLD – 5TH INDUSTRIAL REVOLUTION?
REMEMBER 5 IS THE NUMBER OF DEATH!! The PLANDEMIC of 2019 was devised to clear the highways and byways so they could get their equipment set up and in place for their REVOLUTION. It also gave them access to YOUR BODY. In the mad rush to bring forth the “VACCINE” speedily, all rules/prohibitions/protections were removed. … Click Here to Read More
DIGITAL ID and the Sentient Universe – Part 1
RESTORED 6/1/26 If you can view all this evidence and still remain in denial… you have been drinking the “Koolaid” far too long!! All these many years that truthers have been warning of the dangers of the automated system and the tracking and surveillance it provides, the elite have been vehemently denying everything and claiming … Click Here to Read More
DIGITAL ID and the Sentient Universe – Part 2
RESTORED 6/1/26 DEATH Death is a threat that hangs over every living thing, like the sword of Damocles, an imminent threat or peril. We are not promised tomorrow and no one knows when death will come for them. Death came into the world when Adam and Eve chose to believe the devil instead of GOD. … Click Here to Read More
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AI – could dump 23 atomic bombs’ worth of energy per day.
The 40,000-acre Stratos Project Area, which would be kept ticking by a gas power plant, was approved by Box Elder County in Utah this month.
It will eventually gobble up about 9GW of power every single day – the UK generated 22.7GW of power yesterday, according to the In other words, the $1 billion data centre will get hot. Seriously hot, Utah State University physics professor Dr Rob Davies told Metro.
He estimated that the proposed campus and its power plant could dump energy equivalent to 23 atomic bombs per day into Hansel Valley.
By atomic bombs – which release energy in a single flash – Dr Davies says this to help picture what a constant flow of heat in a basin amounts to.
If you need more analogies, it’s the equivalent of: ‘40,000 Walmart Supercenters, 2-3 New York Cities and 13 Back To The Future DeLorean time machines.’
It could even raise local daytime temperatures by 1°C to 3°C and up to 6°C at night.
‘As proposed, this facility will be one of the largest single-point heat sources on the planet,’ Dr Davies says.
‘Unlike essentially everything else, where the waste heat is spread out over large regions – a hair dryer here, a light there, a car here, an aeroplane there – the Stratos project is highly concentrated.
‘The power plant produces huge amounts of waste heat just in generating the power for the data centre, then the data centre uses that energy, which immediately turns to waste heat.’
What is a data centre? And why are they so power-hungry?
Data centres are made up of computers packed with 100,000 little silicon chips, once used for When wired together, these chips can store, process and run AI systems.
But these supercomputers require colossal amounts of energy on top of millions of gallons of water per day for cooling systems.
Tech giants say investments in data centres will be worth it. AI will one day bring about the ‘singularity’, as one Google boss told Metro last week.
Locals, however, are concerned about data centre energy usage.
When Utah officials approved the site on May 4, hundreds of protesters flooded the Box Elder County Fairgrounds.
County Commissioner Boyd Bingham told them: ‘For Hell’s sake, grow up.’
Kevin O’Leary, a venture capitalist among the project’s backers, has claimed the protesters aren’t locals and were paid to object.
‘I don’t know [by] who,’ he said. ‘They’re being bused in.’
Campaigners have since filed an application challenging the approval.
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UPDATE – LINK: for anyone not able to access the link in bio, here it is: https://waterrights.utah.gov/protestOfApplication/protestOfApplication.asp Change Number: A54536 |
The Stratos Project’s ‘plain-language’ website says that the facility will consume ‘more than twice what the entire state of Utah currently uses’.
It adds that the location – in the middle of the Utah desert near Snowville – was ‘deliberately’ chosen to reduce noise, heat and light pollution.
The website details how the ‘giga-centre’ will cough out carbon dioxide, a planet-warming gas caused by burning fossil fuels.
An impact analysis says Stratos is expected to raise the state’s climate change pollution by about 50%
This is something that worries Dr Davies, as environmentalists warn it could imperil the Great Salt Lake, including a rare migratory bird habitat.
‘The Great Salt Lake system is an economic, ecological and cultural bedrock of the region,’ Dr Davies adds.
‘The Stratos project is an additional stressor – almost certainly a large stressor – on a system already in collapse.’
O’Leary recently said on X: ‘We’re not gonna drain the Great Salt Lake. That’s ridiculous. We are gonna create incremental jobs.’
Developers O’Leary Digital say the site is ‘built clean’ and will include measures to protect the environment.
Stratos and O’Leary Digital say that the electricity demand won’t raise energy bills, while the governor’s office says it won’t overwhelm the grid.
The Stratos development won’t be built anytime soon. It could take two years to be approved by Utah’s Department of Environmental Quality.
Dr Davies feels that the push for data centres is being supported by wealthy backers or politicians with ‘financial interests’.
‘Public trust has been eroded, and is unlikely to be restored unless a genuine, transparent, independent assessment is undertaken,’ he adds.
The Military Installation Development Authority (MIDA), a state agency overseeing the project, stressed to Metro that the site won’t inhale 9GW of energy from the get-go.
‘The 9GW figure represents an anticipated full build-out target. The first phase of construction will be a fraction of that capacity, and reaching the projected full scale will take many years of phased construction, regulatory review, and infrastructure development,’ the agency said.
‘The “23 atom bombs per day” energy calculation that has appeared in recent coverage applies the full build-out projection as if it were today’s project, when in reality the early-phase thermal load will be roughly an order of magnitude smaller.’
Box Elder County has been approached for comment.
The race to build ever more powerful artificial intelligence systems is starting to collide with some very real-world environmental concerns.
Google executives are also openly talking about humanity approaching the AI ‘singularity’ just as vast new data centre projects spark warnings over heat, water use and soaring energy demand…
Metro meets Google – and here’s what they told us about what’s next for AI
AA244MxG.img (1200×630)
Google thinks we could reach ‘the singularity’ pretty soon (Picture: Getty/Metro)
Beep beep boop. Beep beep – boop. This could be how we’ll all talk one day if Google’s predictions about humanity’s future come true.
Well, kind of. Metro attended the tech giant’s annual developer conference, Google I/O, in Mountain View, California, last week.
To gasps from attendees – Metro included – Demis Hassabis, the CEO of Google’s AI lab, DeepMind, said: ‘When we look back at this time, I think we will realise that we were standing in the foothills of the singularity.’
But those gasps also came from Google’s product lead for science AI, Lizzie Dorfman.
Wait, what is the ‘singularity’?
Singularity–Transhumanism ConnectionFor many transhumanists, the singularity is not just a technological milestone but a transformational event in human evolution. The convergence of AI, biotech, and nanotech could lead to:
Singularity is the moment when transhumanist goals become reality copilot search |
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$1 trillion for data centers
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BlackRock’s Larry Fink tells Americans they will be forced to invest trillions into AI
• 5d • 5/26/26
According to Larry, the investments in artificial intelligence, including those for data centers, power grids, chips, and cables among others will come from places such as bank savings and pensions.
According to Larry, the United States wants to stay ahead in AI, and that costs a ridiculous amount of money. In his yearly letter to BlackRock shareholders, he said the country now treats AI leadership as a serious national goal. He wrote:
“The United States clearly understands that leadership in AI is not optional and will require sustained investment; in research, infrastructure, and talent. Capital markets capable of financing innovation at this scale are essential.”
Larry brings retirement money into the AI spending race
Larry has been clear that he does not think the United States is spending fast enough. At the Milken Institute Global Conference on May 5, he said, “I don’t believe we’re moving fast enough.” He also pushed back against the idea that AI is already overheated, saying, “There is not an AI bubble. There is the opposite.”
The firm has also put real money behind the infrastructure side of the business. In 2024, BlackRock bought Global Infrastructure Partners for $12.5 billion. That deal gave the asset manager a bigger position in hard assets, including energy and large infrastructure projects.
Then in March 2025, BlackRock and Global Infrastructure Partners teamed up with MGX, Microsoft (NASDAQ: MSFT), NVIDIA (NASDAQ: NVDA), and xAI to invest in data centers. These are the buildings and systems that let AI models run at scale. They need land, chips, electricity, cooling, fiber, backup power, and a terrifying amount of cash. Cash? For what?
Microsoft chairman and CEO Satya Nadella said in BlackRock’s announcement, “AI infrastructure will play an increasingly critical role in driving economic growth across every industry and every region of the world.” Satya also said, “We’re thrilled to welcome these new companies to the AI Infrastructure Partnership as we invest together to build the infrastructure of the future.”
Jamie backs the $1 trillion AI bill as banks deal with data center debt
JPMorgan Chase (NYSE: JPM) CEO Jamie Dimon is also backing the scale of AI infrastructure spending. At a New York event with Anthropic CEO Dario Amodei, Jamie said the $1 trillion going into data centers should make sense over time because of how powerful the technology is.
Jamie said the spending is not only about server buildings. It also includes huge amounts for chips, wires, and hardware. His view is that technology can pay for itself, but not in a clean or easy way. “Technology tends to pay for itself, just not in a straight line,” Jamie said.
He also said investors may struggle if they try to guess every winner and loser ahead of time. “The way I look at it is that in total it will make sense. If you want to try to pick the winners and losers, you will have a hard time,” Jamie said. Oh? I thought AI Algorithms handled that problem. Don’t they run simulations that tell them what will work and what won’t?
Then he added the part Wall Street really cares about. “So there will be losers in that, there will be winners, or people saying I told you so, and stuff like that. But the technology itself is so powerful, it’s worth $1tn of investment.” If it will eventually pay for itself, why should the public pay upfront? The public will never see any of the money when it comes back. Let the Billionaires pay upfront. instead of chocking and bleeding dry the people who are already barely hanging on.
If you’re reading this, you’re already ahead. Stay there with our newsletter.
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PLEASE, understand that this is not justification for HATING JEWS! As believers in the Almighty God we do not HATE anyone. We love people. We pray for them and minister to them in the hope that ALL people will come to KNOW the TRUTH and be SAVED.
There are those among the Jews, especially among the leaders of the Jews, who believe that all the World will come to serve them. The banking industry was started by Jews and the banking industry will be the force behind the NWO. No one can buy or sell without the Mark. This has all been foretold in the WORD OF GOD. It is going to happen. There is no way to stop it. Those people who are bringing it to pass are ruled by demons. God knows all and sees all and GOD is in control. Everything must happen and play out to the end, with the goal in mind that all who can be saved will be saved and live forever with GOD.
Also understand, that there are others just as evil in this world seeking to control and devour. No race or nation is short of tyrants, bullies, and evil doers. The information on this post is provided so that YOU may know the TRUTH and prepare yourself. Get to KNOW GOD! He is the ONLY HOPE for anyone.
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