August 24, 2026

AI Resource

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Inside a modern data centre, performance is already constrained less by raw transistor capability and more by heat removal. Server racks packed tightly together push thermal systems to their limit, and operators often throttle workloads not because chips can’t compute faster, but because cooling systems can’t keep up. Against that backdrop, the claim that processors can become 1,000 times faster through a light-driven switching device sounds like it belongs to a different category of computing altogether.What makes this result interesting is not just speed, but the mechanism: information switching triggered by light pulses rather than sustained electrical current, with experimental cycle times measured in picoseconds rather than nanoseconds.

According to the research published in Science, ‘Picosecond ultralow-power switching device based on an antiferromagnet’, a non-volatile switching element that can change state in about 40 picoseconds, which is roughly 40 trillionths of a second. For context, conventional semiconductor logic typically operates in the sub-nanosecond range, and even high-end CPU clock cycles are orders of magnitude slower once pipeline and memory effects are accounted for.That difference is not incremental. It shifts the conversation from “how do we shrink transistors further” to “how do we switch information using physics that isn’t bottlenecked by charge movement through silicon channels.”The device, demonstrated under lab conditions, uses ultrafast optical pulses routed through a photodetector (a uni-traveling-carrier photodiode), which then triggers a change in electron spin states within a magnetic material stack. That switching event is what encodes information.

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One congressman is moving to protect the soft underbelly of America’s critical infrastructure with a new bill.

Republican Tennessee Rep. Matt Van Epps unveiled a House version of Sen. Tom Cotton’s Critical Infrastructure Airspace Defense Act Tuesday, which aims to shield hospitals, power plants, water treatment sites, and dams from potential drone attacks. The bill would make grants available to private companies to purchase government-approved anti-drone technologies, and could even extend to data centers.

“The bill gives the Secretary of Homeland Security, in consultation with the Secretary of Energy and others, the ability to determine which critical infrastructure facilities need these authorities,” Van Epps told the Daily Caller News Foundation. “This could include anything from critical water systems to power plants and potentially even data centers.”

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On Monday, SpaceX amended its initial public offering to state that water conditions—including water scarcity, regulations around water, and drought—could constrain data center development.

It isn’t the only tech company trying to assess how water scarcity might impact its business. Water use is emerging as one of the most contentious data center issues. A recent Gallup poll found that seven out of 10 Americans are opposed to data center development, with water scarcity ranking as the top resource concern. Facing increasingly fierce resistance, some tech companies are scrambling to assure the public that they’re facing the issue head-on.

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G­­­ross domestic product advanced 0.3% in the first three months of the year, just one-third of the pace recorded in the final quarter of 2025 and missing estimates, government data showed Wednesday. Private investment climbed by almost 4%, led by higher outlays on data centers, with a 16% jump in spending on machinery and equipment the largest gain in almost 30 years.

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We are often best defined not by the company we keep, but by our enemies. Having the right—left—enemies tends to be a very good thing indeed, as it’s a reliable indicator we’re doing the right things with the right people and for the right reasons.

It’s not always easy, however, to know the motives of people, or nations, when we’re dealing with issues of technology and/or public policy. One such issue is the proliferation of data centers, necessary for the burgeoning AI revolution, but controversial for that and other reasons. Among them is the amount of water and power they require. This is particularly ironic because they tend to be built in sparsely populated states like Wyoming, which often have water usage and power issues. More densely populated states tend to have reflexive “not in my backyard” sensibilities.

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Anti-data center activists typically cite concerns about water usage, pollution, or the cost of building the data centers themselves.

Many individuals are sincere in their activism. But public opinion on data centers is likely being shaped by foreign actors, according to a report from the Bitcoin Policy Institute. (RELATED: CHRIS JOHNSON: AI Data Centers Can Win Over Skeptics. But It Must Learn From Fracking) 

BPI’s head of research Sam Lyman explained Wednesday that China uses social media as a “gain of function for their propaganda” on The Hill’s “Rising.”

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A proposed data center expected to cost more than $5 billion ran into intense resistance Thursday night in rural Pennsylvania, where residents packed a town hall meeting and delivered a clear message: They do not want their farmland and community identity sacrificed for a largely undefined mega-project.

During a three-hour informational session at Bangor Area Middle School, residents of Lower Mount Bethel Township voiced overwhelming opposition to the proposed Lower Mount Bethel Tech Center, according to WFMZ-TV. The event was organized by the project’s major stakeholders, including Peron Development and J.G. Petrucci Co., rather than township leaders.

Plans by corporate and state America to rapidly build AI data centers could meet stiff resistance is a recent Gallop poll is correct. The poll shows 70% of Americans oppose Data centers, ESPECIALLY in their local regions.

Not only do residents fear the tax on the resources, the taking of land, but also they fear the surveillance capacity of these data centers to enable the state to track the actions of citizens almost in real time.

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