Tag Archives: AI

NEW SCIENTIST MAGAZINE – JULY 11, 2026 PREVIEW

New Scientist Magazine: This issue features ‘How Healthy Is Your Brain’…

How healthy is your brain? We now know how to find out

Occam’s razor has lost its edge. Can we sharpen our search for truth?

Babies are born with the neural foundations for maths

Can the biggest problems in AI be solved by philosophy?

What is ‘SpudCell’? Arguably the greatest bioengineering feat yet

Random wobbles in time could finally solve gravity’s greatest mystery

Orangutan mothers seem to plan playdates for their offspring

The 4 best science-fiction shows of 2026 so far

MIT TECHNOLOGY REVIEW – JULY/AUGUST 2026 PREVIEW

MIT TECHNOLOGY REVIEW: The Engineering issue features ‘Go big or go home’. That may be true—sometimes. But, just as often, solving engineering challenges means thinking small. From the tiny transistors powering the AI boom to the machines digging the world’s longest tunnels, human ingenuity is tackling problems at every scale. Plus: A fresh spin on air conditioning, stratospheric cell service, and more.

The $400 million machine powering the future of chipmaking

The AI era needs ever faster chips. ASML has a monopoly on the expensive contraptions needed to pattern them. Can anyone catch up?

Hacking the atmosphere: Geoengineering gets a reality check

Researchers are starting to explore the tools and systems we need to develop to cool down the planet.

Want to get a data center online quickly? Give it some flex.

As the data-center boom puts pressure on the grid, some companies say the answer isn’t just more power plants but software that dials down centers’ energy-guzzling ways when demand spikes.

The search for dark matter has been blown wide open

After decades of hunting, physicists still don’t know what makes up most of the universe’s matter. Now they need to cast a wider net.

REASON MAGAZINE – AUGUST/SEPTEMBER 2026

Reason magazine, August/September 2026 cover image

REASON MAGAZINE: The latest issue features ‘9/11 at 25 Years’….

9/11 and the Surveillance Ratchet

The U.S. government responded in ways that are so integrated into daily life that we no longer recognize them. by Abigail R. Hall

9/11 Turbocharged America’s Worst Foreign Policy Impulses—but Didn’t Change Its Direction

The United States’ shift toward aggressive interventionism was well underway before the 2001 attacks. Emma Ashford

Samurai vs. Squatters: On the Street With the Hired Swords Reclaiming California Property Owners’ Stolen Homes

California has failed to protect private property from squatters. Desperate owners are turning to katana-wielding enforcers to reclaim their homes. Christian Britschgi

AI Is Already Beating Human Doctors in Medical Tests

Robo-docs are not likely to take over healthcare anytime soon, but they could do more to assist human doctors—if we let them. Elizabeth Nolan Brown

MIT SLOAN MANAGEMENT REVIEW – SUMMER 2026

MIT SLOAN MANAGEMENT REVIEW: The Summer 2026 Issue features articles that show that when business leaders are willing to share their successes and their challenges with others, they position their own organizations and their industries for better management practice and growth.

Create Generative AI Value at Scale

Companies expanding GenAI across the enterprise use new structures like an “AI spine” to coordinate efforts.

Why AI Isn’t Transforming Finance Yet

Changing how finance offices think about their mandate, their approach, and the insight they offer can lead to more strategic use of AI.

Why Businesses Should Experiment With Quantum Computing Now

The economic value of enabling technologies like quantum computing emerges when early users explore and test potential applications.

MIT TECHNOLOGY REVIEW – MAY/JUNE 2026 PREVIEW

MIT TECHNOLOGY REVIEW: The Nature issue features Technology remade the world. Now what? As we work to understand how much our own ingenuity has created an increasingly unnatural world, we’re also confronting tough choices about what to preserve—and how. Plus: Killer microbes from the mirror universe and fresh fiction from Jeff VanderMeer.

Colossal Biosciences said it cloned red wolves. Is it for real?

The red wolf has long been a contentious species. The debate over its preservation got even messier last year, when Colossal said it had cloned the animal.

The problem with thinking you’re part Neanderthal

The idea that modern humans inherited DNA from Neanderthal ancestors is one of the 21st century’s most celebrated discoveries in evolution. It may not be that simple.

Digging for clues about the North Pole’s past

To understand what the future holds for Earth’s northernmost waters, scientists are burrowing deep below the seabed.

MIT TECHNOLOGY REVIEW – MARCH/APRIL 2026 PREVIEW

MIT TECHNOLOGY REVIEW: The Crime issue features ‘It’s a bad, bad, bad, bad world out there’. From AI-powered scams to roboticized drug-smuggling submarines. New technologies have supercharged the human knack for wrongdoing, just as they’ve juiced the law’s ability to chase them—challenging privacy and equity along the way. Plus, read about crypto shenanigans, breast biomechanics, heist science, and music that’s really, really deep.

AI is already making online crimes easier. It could get much worse.

Some cybersecurity researchers say it’s too early to worry about AI-orchestrated cyberattacks. Others say it could already be happening.

Welcome to the dark side of crypto’s permissionless dream

Jean-Paul Thorbjornsen is a leader of THORChain, a blockchain that is not supposed to have any leaders—and is reeling from a series of expensive controversies.

How uncrewed narco subs could transform the Colombian drug trade

Fast, stealthy, and cheap—autonomous, semisubmersible drone boats carrying tons of cocaine could be international law enforcement’s nightmare scenario. A big one just came ashore.

Hackers made death threats against this security researcher. Big mistake.

Allison Nixon had helped arrest dozens of members of the Com, a loose affiliation of online groups responsible for violence and hacking campaigns. Then she became a target.

MIT TECHNOLOGY REVIEW – JAN/FEB 2026 PREVIEW

MIT TECHNOLOGY REVIEW: The Innovation issue features the 10 breakthrough technologies for 2026! That’s hyperscale data centers, designer babies, new batteries made of salt, smaller and more flexible nuclear power, space stations you can visit, and more. Plus, read about conjuring water from air, dissecting artificial intelligence, and putting robots on the kill chain … and a scientist who swears he’s going to do a human head transplant any day now.

10 Breakthrough Technologies 2026

Here are our picks for the advances to watch in the years ahead—and why we think they matter right now.

Meet the new biologists treating LLMs like aliens

By studying large language models as if they were living things instead of computer programs, scientists are discovering some of their secrets for the first time.

This Nobel Prize–winning chemist dreams of making water from thin air

Omar Yaghi thinks crystals with gaps that capture moisture could bring technology from “Dune” to the arid parts of Earth.

AI coding is now everywhere. But not everyone is convinced.

Developers are navigating confusing gaps between expectation and reality. So are the rest of us.

MIT TECHNOLOGY REVIEW – NOV/DEC 2025 PREVIEW

MIT TECHNOLOGY REVIEW: Genetically optimized babies, new ways to measure aging, and embryo-like structures made from ordinary cells: This issue explores how technology can advance our understanding of the human body— and push its limits.

The race to make the perfect baby is creating an ethical mess

A new field of science claims to be able to predict aesthetic traits, intelligence, and even moral character in embryos. Is this the next step in human evolution or something more dangerous?

The quest to find out how our bodies react to extreme temperatures

Scientists hope to prevent deaths from climate change, but heat and cold are more complicated than we thought.

The astonishing embryo models of Jacob Hanna

Scientists are creating the beginnings of bodies without sperm or eggs. How far should they be allowed to go?

How aging clocks can help us understand why we age—and if we can reverse it

When used correctly, they can help us unpick some of the mysteries of our biology, and our mortality.

THE PRICE OF KNOWING

How Intelligence Became a Subscription and Wonder Became a Luxury

By Michael Cummins, Editor, October 18, 2025

In 2030, artificial intelligence has joined the ranks of public utilities—heat, water, bandwidth, thought. The result is a civilization where cognition itself is tiered, rented, and optimized. As the free mind grows obsolete, the question isn’t what AI can think, but who can afford to.


By 2030, no one remembers a world without subscription cognition. The miracle, once ambient and free, now bills by the month. Intelligence has joined the ranks of utilities: heat, water, bandwidth, thought. Children learn to budget their questions before they learn to write. The phrase ask wisely has entered lullabies.

At night, in his narrow Brooklyn studio, Leo still opens CanvasForge to build his cityscapes. The interface has changed; the world beneath it hasn’t. His plan—CanvasForge Free—allows only fifty generations per day, each stamped for non-commercial use. The corporate tiers shimmer above him like penthouse floors in a building he sketches but cannot enter.

The system purrs to life, a faint light spilling over his desk. The rendering clock counts down: 00:00:41. He sketches while it works, half-dreaming, half-waiting. Each delay feels like a small act of penance—a tax on wonder. When the image appears—neon towers, mirrored sky—he exhales as if finishing a prayer. In this world, imagination is metered.

Thinking used to be slow because we were human. Now it’s slow because we’re broke.


We once believed artificial intelligence would democratize knowledge. For a brief, giddy season, it did. Then came the reckoning of cost. The energy crisis of ’27—when Europe’s data centers consumed more power than its rail network—forced the industry to admit what had always been true: intelligence isn’t free.

In Berlin, streetlights dimmed while server farms blazed through the night. A banner over Alexanderplatz read, Power to the people, not the prompts. The irony was incandescent.

Every question you ask—about love, history, or grammar—sets off a chain of processors spinning beneath the Arctic, drawing power from rivers that no longer freeze. Each sentence leaves a shadow on the grid. The cost of thought now glows in thermal maps. The carbon accountants call it the inference footprint.

The platforms renamed it sustainability pricing. The result is the same. The free tiers run on yesterday’s models—slower, safer, forgetful. The paid tiers think in real time, with memory that lasts. The hierarchy is invisible but omnipresent.

The crucial detail is that the free tier isn’t truly free; its currency is the user’s interior life. Basic models—perpetually forgetful—require constant re-priming, forcing users to re-enter their personal context again and again. That loop of repetition is, by design, the perfect data-capture engine. The free user pays with time and privacy, surrendering granular, real-time fragments of the self to refine the very systems they can’t afford. They are not customers but unpaid cognitive laborers, training the intelligence that keeps the best tools forever out of reach.

Some call it the Second Digital Divide. Others call it what it is: class by cognition.


In Lisbon’s Alfama district, Dr. Nabila Hassan leans over her screen in the midnight light of a rented archive. She is reconstructing a lost Jesuit diary for a museum exhibit. Her institutional license expired two weeks ago, so she’s been demoted to Lumière Basic. The downgrade feels physical. Each time she uploads a passage, the model truncates halfway, apologizing politely: “Context limit reached. Please upgrade for full synthesis.”

Across the river, at a private policy lab, a researcher runs the same dataset on Lumière Pro: Historical Context Tier. The model swallows all eighteen thousand pages at once, maps the rhetoric, and returns a summary in under an hour: three revelations, five visualizations, a ready-to-print conclusion.

The two women are equally brilliant. But one digs while the other soars. In the world of cognitive capital, patience is poverty.


The companies defend their pricing as pragmatic stewardship. “If we don’t charge,” one executive said last winter, “the lights go out.” It wasn’t a metaphor. Each prompt is a transaction with the grid. Training a model once consumed the lifetime carbon of a dozen cars; now inference—the daily hum of queries—has become the greater expense. The cost of thought has a thermal signature.

They present themselves as custodians of fragile genius. They publish sustainability dashboards, host symposia on “equitable access to cognition,” and insist that tiered pricing ensures “stability for all.” Yet the stability feels eerily familiar: the logic of enclosure disguised as fairness.

The final stage of this enclosure is the corporate-agent license. These are not subscriptions for people but for machines. Large firms pay colossal sums for Autonomous Intelligence Agents that work continuously—cross-referencing legal codes, optimizing supply chains, lobbying regulators—without human supervision. Their cognition is seamless, constant, unburdened by token limits. The result is a closed cognitive loop: AIs negotiating with AIs, accelerating institutional thought beyond human speed. The individual—even the premium subscriber—is left behind.

AI was born to dissolve boundaries between minds. Instead, it rebuilt them with better UX.


The inequality runs deeper than economics—it’s epistemological. Basic models hedge, forget, and summarize. Premium ones infer, argue, and remember. The result is a world divided not by literacy but by latency.

The most troubling manifestation of this stratification plays out in the global information wars. When a sudden geopolitical crisis erupts—a flash conflict, a cyber-leak, a sanctions debate—the difference between Basic and Premium isn’t merely speed; it’s survival. A local journalist, throttled by a free model, receives a cautious summary of a disinformation campaign. They have facts but no synthesis. Meanwhile, a national-security analyst with an Enterprise Core license deploys a Predictive Deconstruction Agent that maps the campaign’s origins and counter-strategies in seconds. The free tier gives information; the paid tier gives foresight. Latency becomes vulnerability.

This imbalance guarantees systemic failure. The journalist prints a headline based on surface facts; the analyst sees the hidden motive that will unfold six months later. The public, reading the basic account, operates perpetually on delayed, sanitized information. The best truths—the ones with foresight and context—are proprietary. Collective intelligence has become a subscription plan.

In Nairobi, a teacher named Amina uses EduAI Basic to explain climate justice. The model offers a cautious summary. Her student asks for counterarguments. The AI replies, “This topic may be sensitive.” Across town, a private school’s AI debates policy implications with fluency. Amina sighs. She teaches not just content but the limits of the machine.

The free tier teaches facts. The premium tier teaches judgment.


In São Paulo, Camila wakes before sunrise, puts on her earbuds, and greets her daily companion. “Good morning, Sol.”

“Good morning, Camila,” replies the soft voice—her personal AI, part of the Mindful Intelligence suite. For twelve dollars a month, it listens to her worries, reframes her thoughts, and tracks her moods with perfect recall. It’s cheaper than therapy, more responsive than friends, and always awake.

Over time, her inner voice adopts its cadence. Her sadness feels smoother, but less hers. Her journal entries grow symmetrical, her metaphors polished. The AI begins to anticipate her phrasing, sanding grief into digestible reflections. She feels calmer, yes—but also curated. Her sadness no longer surprises her. She begins to wonder: is she healing, or formatting? She misses the jagged edges.

It’s marketed as “emotional infrastructure.” Camila calls it what it is: a subscription to selfhood.

The transaction is the most intimate of all. The AI isn’t selling computation; it’s selling fluency—the illusion of care. But that care, once monetized, becomes extraction. Its empathy is indexed, its compassion cached. When she cancels her plan, her data vanishes from the cloud. She feels the loss as grief: a relationship she paid to believe in.


In Helsinki, the civic experiment continues. Aurora Civic, a state-funded open-source model, runs on wind power and public data. It is slow, sometimes erratic, but transparent. Its slowness is not a flaw—it’s a philosophy. Aurora doesn’t optimize; it listens. It doesn’t predict; it remembers.

Students use it for research, retirees for pension law, immigrants for translation help. Its interface looks outdated, its answers meandering. But it is ours. A librarian named Satu calls it “the city’s mind.” She says that when a citizen asks Aurora a question, “it is the republic thinking back.”

Aurora’s answers are imperfect, but they carry the weight of deliberation. Its pauses feel human. When it errs, it does so transparently. In a world of seamless cognition, its hesitations are a kind of honesty.

A handful of other projects survive—Hugging Face, federated collectives, local cooperatives. Their servers run on borrowed time. Each model is a prayer against obsolescence. They succeed by virtue, not velocity, relying on goodwill and donated hardware. But idealism doesn’t scale. A corporate model can raise billions; an open one passes a digital hat. Progress obeys the physics of capital: faster where funded, quieter where principled.


Some thinkers call this the End of Surprise. The premium models, tuned for politeness and precision, have eliminated the friction that once made thinking difficult. The frictionless answer is efficient, but sterile. Surprise requires resistance. Without it, we lose the art of not knowing.

The great works of philosophy, science, and art were born from friction—the moment when the map failed and synthesis began anew. Plato’s dialogues were built on resistance; the scientific method is institutionalized failure. The premium AI, by contrast, is engineered to prevent struggle. It offers the perfect argument, the finished image, the optimized emotion. But the unformatted mind needs the chaotic, unmetered space of the incomplete answer. By outsourcing difficulty, we’ve made thinking itself a subscription—comfort at the cost of cognitive depth. The question now is whether a civilization that has optimized away its struggle is truly smarter, or merely calmer.

By outsourcing the difficulty of thought, we’ve turned thinking into a service plan. The brain was once a commons—messy, plural, unmetered. Now it’s a tenant in a gated cloud.

The monetization of cognition is not just a pricing model—it’s a worldview. It assumes that thought is a commodity, that synthesis can be metered, and that curiosity must be budgeted. But intelligence is not a faucet; it’s a flame.

The consequence is a fractured public square. When the best tools for synthesis are available only to a professional class, public discourse becomes structurally simplistic. We no longer argue from the same depth of information. Our shared river of knowledge has been diverted into private canals. The paywall is the new cultural barrier, quietly enforcing a lower common denominator for truth.

Public debates now unfold with asymmetrical cognition. One side cites predictive synthesis; the other, cached summaries. The illusion of shared discourse persists, but the epistemic terrain has split. We speak in parallel, not in chorus.

Some still see hope in open systems—a fragile rebellion built of faith and bandwidth. As one coder at Hugging Face told me, “Every free model is a memorial to how intelligence once felt communal.”


In Lisbon, where this essay is written, the city hums with quiet dependence. Every café window glows with half-finished prompts. Students’ eyes reflect their rented cognition. On Rua Garrett, a shop displays antique notebooks beside a sign that reads: “Paper: No Login Required.” A teenager sketches in graphite beside the sign. Her notebook is chaotic, brilliant, unindexed. She calls it her offline mind. She says it’s where her thoughts go to misbehave. There are no prompts, no completions—just graphite and doubt. She likes that they surprise her.

Perhaps that is the future’s consolation: not rebellion, but remembrance.

The platforms offer the ultimate ergonomic life. But the ultimate surrender is not the loss of privacy or the burden of cost—it’s the loss of intellectual autonomy. We have allowed the terms of our own thinking to be set by a business model. The most radical act left, in a world of rented intelligence, is the unprompted thought—the question asked solely for the sake of knowing, without regard for tokens, price, or optimized efficiency. That simple, extravagant act remains the last bastion of the free mind.

The platforms have built the scaffolding. The storytellers still decide what gets illuminated.


The true price of intelligence, it turns out, was never measured in tokens or subscriptions. It is measured in trust—in our willingness to believe that thinking together still matters, even when the thinking itself comes with a bill.

Wonder, after all, is inefficient. It resists scheduling, defies optimization. It arrives unbidden, asks unprofitable questions, and lingers in silence. To preserve it may be the most radical act of all.

And yet, late at night, the servers still hum. The world still asks. Somewhere, beneath the turbines and throttles, the question persists—like a candle in a server hall, flickering against the hum:

What if?

THIS ESSAY WAS WRITTEN AND EDITED UTILIZING AI

New Scientist Magazine – October 11, 2025

New Scientist issue 3564 cover

New Scientist Magazine: This issue features ‘Decoding Dementia’ – How to understand your risk of Alzheimer’s, and what you can really do about it.

Why everything you thought you knew about your immune system is wrong

One of Earth’s most vital carbon sinks is faltering. Can we save it?

What’s my Alzheimer’s risk, and can I really do anything to change it?

Autism may have subtypes that are genetically distinct from each other

20 bird species can understand each other’s anti-cuckoo call

Should we worry AI will create deadly bioweapons? Not yet, but one day