Technology

DADDY, WHAT WAS GAS?:

The U.S. Is Manufacturing a Ton of Grid Batteries ( Julian Spector, April 17, 2026, Reasons to be Cheerful)

Batteries were always crucial for the effort to scale up renewable energy production, but they have taken on even more significance as AI leaders look for quick-to-build power sources to supply their headlong data center expansion.

That’s why batteries will account for some 28 percent of new U.S. power plant capacity built this year. For the first time, the country will be able to produce enough grid batteries to meet that surging demand on its own, according to new data from the U.S. Energy Storage Coalition, an industry group.

ALL COMEDY IS CONSERVATIVE:

The end of oil? As fuel shocks cascade, 53 nations gather to plan a fossil fuel phaseout (The Conversation, April 21, 2026)

US President Donald Trump is a longtime climate denier and oil industry ally, who sums up his own energy policy as “drill, baby, drill”. Yet he is doing more than almost anyone to speed up the global shift from fossil fuels to clean energy and electric vehicles (EVs).

After the US and Israel struck Iran in late February, Tehran closed the Strait of Hormuz and triggered the largest disruption of oil supply in history.

Ironically for Trump and his oil industry donors, this crisis may be an irreversible tipping point for clean energy.

Darwinists believe an awful lot of Malthusian nonsense, but their Peak Oil obsession was particulary amusing.

VACCINS TO THE rIGHT, AI CENTERS TO THE lEFT:

The Age-Old Urge to Destroy Technology: The book “Techno-Negative” reminds us that resistance to new inventions has existed in some form across millennia. (Kyle Chayka, April 8, 2026, The New Yorker)

Our go-to tale of resistance to technology is the story of the Luddites: In England in the early nineteenth century, skilled weavers and craftsmen found their livelihoods threatened by automated machinery, so they began to attack textile factories, destroying the machinery with hammers. Less familiar are the revolutionaries who used large clubs to smash thousands of hanging lanterns on the streets of Paris in 1830, in rebellion against gas lights as a form of state surveillance; or the Committee for the Liquidation or Subversion of Computers, a.k.a. CLODO, a gang that set fire to magnetic data cards and computer programs in the Toulouse offices of Philips Informatique in 1980. Members of the latter group identified themselves as information-technology workers and described their attack as “an intelligent act of sabotage,” opposing the “dangers of IT and telematics.” (The French, with their strong culture of protest, seem particularly adept at fighting the encroachments of technology.) CLODO continued to express their dissent by bombing the regional computer archives of Haute-Garonne, decrying a “society where we connect like trains in a rail yard, desperately hoping to reduce chance.” They saw digital recordkeeping as a kind of existential imprisonment, locking humanity in a cage of data. As invention rolls on, so do ingenious acts of destruction, attempts to halt so-called technological progress in the name of the organic and the soulful.

THE FUTURE ALWAYS HAPPENS FASTER THAN EXPECTED:

Quantum computers to break our codes faster than expected (Craig Costello, April 13, 2026, Asia Times)


The changes are coming on two fronts. On one, tech giants such as IBM and Google are racing to build ever-larger quantum computers: IBM hopes to achieve a genuine advantage over classical computers in some special cases this year, and an even more powerful “fault-tolerant” system by 2029.

On the other front, theorists are refining quantum algorithms: recent work shows the resources needed to break today’s cryptography may be far lower than earlier estimates.

The net result? The day quantum computers can break widely used cryptography – portentously dubbed “Q Day” – may be approaching faster than expected.

Wildlife trade increases transmission of pathogens to humans by 50%: Study: Researchers analyzed the wildlife import-export data along with a compilation of host-pathogen relationships. (Maria Mocerino, Apr 12, 2026, Interesting Engineering)

Researchers from Yale, the University of Maryland, and Idaho investigated host-pathogen relationships and found, stunningly, that wild mammals are 1.5 times more likely to share infectious agents with humans. Illegal dealings even increase these adverse interactions.

“It is important to understand that the probability of being infected by playing a piano with ivory keys or wearing fur is almost nonexistent,” explains Jérôme Gippet, first author of the study. “The problem lies at the beginning of the chain: someone had to hunt the animal, skin it, transport it…”

Belief in the lab leak is just Sinophobia.

EMPATHY IS A LIE WE TELL OURSELVES:

Inside voice: what can our thoughts reveal about the nature of consciousness?: Scientists and philosophers studying the mind have discovered how little we know about our inner experiences (Michael Pollan, 19 Feb 2026, The Guardian)

So is the effort of sampling inner experiences a game worth the candle? The half century Hurlburt has spent collecting samples of conscious experience has yielded some interesting and important findings. The first finding, to which I can personally attest, is just how little most of us know about the characteristics of our own inner experiences. “That’s probably the most important finding that I’ve got,” Hurlburt said.

Inner speech, which many of us – including many philosophers and neuroscientists – believe is the common currency of consciousness, may actually not be all that common. Hurlburt estimates that only a minority of us are “inner speakers”. So why do we think we talk to ourselves all the time? Perhaps because we have little choice but to resort to language when asked to express what we are thinking. As a result, we’re “likely to assume that’s the medium for inner thought”. We’ve also read so much about the importance of words to thinking – words written by philosophers and scientists (not to mention novelists) for whom it may well be true.

But that doesn’t make it true for everyone. Fewer than a quarter of the samples that Hurlburt has gathered report experiences of inner speech. A slightly lower percentage report either inner seeing, feeling, or sensory awareness. Still another fifth of his samples report experiences of “unsymbolised” thought – complete thoughts made up of neither words nor images.

The fact that there is so much variation from person to person in our modes of thinking is itself an important finding of descriptive experience sampling. Most of us assume that our inner lives must be substantially similar – not necessarily in content but in the form our thoughts take. Hurlburt has suggested that we fail to recognise the diversity of thinking styles because we lump them all together under that single word – thinking – and assume we mean the same thing by it, though in actuality we don’t.

ALL IN YOUR HEAD:

Dr. Sanjay Gupta explains what we do — and still don’t — know about pain (Marielle Segarra & Margaret Cirino, 4/04/26, Life kit)

In your book, you say that one of the most significant developments emerging in pain treatment is the fact that the brain is at the center of any pain experience. Can you tell us more about why that matters?

What I think has become clear — and I’m not the first person to say this — is the idea that if the brain doesn’t decide you have pain, then you don’t have pain.

The brain can also create pain where it seems like it wouldn’t exist.

PLAY THE CLASSICS:

How the Turner Twins Are Mythbusting Modern Gear (Mike Knispel , March 16, 2026, Carryology)

The Turner Twins’ trajectory into the world of high-stakes exploration wasn’t born from a childhood obsession with Everest; it spawned from a near-tragedy.

At age 17, just prior to their 18th birthday, Hugo dove into the sea and hit a sandbank. He fractured his C7 vertebra. In a week where eight other people were admitted to the same hospital with similar injuries, Hugo was the only one to walk out. The proximity to permanent paralysis was a profound wake-up call.

“We had a midlife crisis at 17,” Ross explains. “Life got put in perspective.”


They needed to live and test their limits. They started by rowing the Atlantic to raise funds for Spinal Research, a UK-based charity they’ve worked with for years. But the real epiphany came on a London tube train years later, reading about the centenary of Ernest Shackleton’s Imperial Trans-Antarctic Expedition. They looked at the grayed photos of men in tweed on the ice and wondered: How did they survive?


They realized they possessed the ultimate scientific tool: a perfect control subject and a perfect variable. If they went on an expedition, and Ross wore modern kit while Hugo wore historic replicas, any difference in performance—be it core temperature, calorie burn, or cognitive function—could be attributed solely to the gear, not genetics.

The “time travel” experiments were born.