Technology

DONALD WHO?:

Trump vowed to kill wind power. Under his watch, America will produce more than ever (David Charter, May 29 2026, The Times uk)


The United States will have the capacity to produce record amounts of wind power under President Trump despite his vow to “terminate” all renewable energy windmills.

Experts say the industry is “winning” a fightback in the courts against Trump’s war on wind, with offshore wind farms expected to generate six gigawatts of energy by the end of Trump’s term — 34 times the capacity of the 174 megawatts in place when he came to office in January 2025.

ONE FOOT IN FRONT OF THE OTHER:

When Covid hit, I started walking 20,000 steps a day. It’s changed my life: Setting a daily goal made me fitter, boosted my mood and allowed me to explore parts of New York I’d never seen before (Isaac Fitzgerald, 6 Nov 2020, The Guardian)


It felt good to move my body. And accomplishing something gave me a jolt of mood-lifting dopamine. In the middle of an achingly difficult year, here was a simple task I could complete – something good for me.

Every morning after I woke, and every evening before bed, rain or shine I headed to the park and put one foot in front of the other.

This was a huge triumph. I’d made many attempts to regularly exercise in my adult life, and until now, nothing had stuck. I committed to a goal: 20,000 steps a day, or about 10 miles. As days turned into weeks turned into months, I didn’t always hit that goal, but it didn’t really matter. I walked every day, and if I logged only 15,000, or even 12,000 steps, still considered it a win.

Not surprisingly, walking day in and day out has had positive, if subtle, effects on my body. I’ve grown sturdier. My leg muscles are a little bigger and harder, and I feel generally stronger and more resilient.

It’s also had a positive effect on my mind. I feel sharper, more alert. My morning walks get me charged up for the day, and my sunset walk gives me a boost going into the evening, where before, I would just lie about, wondering why I was so tired.

While I keep my phone on me – how else can the app track my steps? – I try not to look at it while I’m walking. Taking a break from the tiny, upsetting digital universe I keep in my pocket frees me up to be attentive to the world my body moves through, to notice and connect with other walkers I encounter. One man always wears goggles. Another carries a large ball, sometimes bouncing or kicking or throwing it forward before running to catch up with it. There’s a group of women who must keep to the exact same schedule I do, given how often we run into each other. We all give each other the nod when we cross paths, and it feels good.

THE SUN SHINES ON THE SAME DOG ALL DAY EVERY DAY:

24/7 renewables could happen sooner than you think (Julian Spector, 21 May 2026, Canary Media)

As technology prices fall and industry prowess compounds, a new type of clean megaproject is starting to look not only possible but also economically attractive. These projects would load up the sunniest and windiest places on Earth with enough solar panels, wind turbines, and batteries to deliver ​“firm power” 24 hours a day.

Such firm renewable projects could already compete with the cost of building a new coal- or gas-fired power plant in many regions, according to a new report from the International Renewable Energy Agency. It may sound fanciful to American ears, but projects resembling what IRENA describes are already getting built elsewhere in the world.

MATERIALISM IS A HOAX:

The brain’s code seems to be in constant flux. Neuroscientists are baffled (Diana Kwon, 5/20/26, Nature)

It is a dogma in neuroscience that certain brain cells respond in the same way to the same thing. Specific neurons always fire, for example, when we see particular shapes and colours; other neurons activate to swing an arm or wiggle a nose. The brain needs this stability, the theory goes, to respond to the outside world in a consistent way.

So, when neuroscientist Laura Driscoll began her doctoral research at Harvard University in Cambridge, Massachusetts in 2012, her first task was to establish this baseline by tracking the activity of individual mouse neurons over time.

To Driscoll’s surprise, the baseline kept moving. Over the course of several days, many of the cells’ responses had shifted noticeably. Neurons that had fired when a mouse was in a specific location on day one were barely responding in the same spot after a few weeks. “It absolutely defied all of our expectations,” recalls Driscoll, who is now at the Allen Institute in Seattle, Washington. “This was so surprising that my whole project changed.”

In 2017, she and her colleagues reported findings from that project that flew in the face of neuroscience dogma.

IT’S IMPOSSIBLE TO OVERSTATE DEFLATIONARY PRESSURES:

The case for clean energy abundance: It’s a good idea — and strikingly different from conventional environmentalism. (Matthew Yglesias, May 14, 2026, Slow Boring)

But while this is all offered in good faith, I think it fundamentally underrates the merits of energy abundance.

For example, despite the considerable progress that’s been made with batteries, we are nowhere near being able to electrify things like aviation and maritime shipping. It is, however, chemically possible to manufacture liquid hydrocarbons (including jet fuel, bunker oil, and so forth) out of the carbon dioxide present in the air.

This is a lossy, energy-inefficient process for reasons of fundamental physics. If you snapped your fingers and generated enough clean energy to replace all the coal and gas currently burned to make electricity without raising prices for consumers and then snapped again to generate enough clean energy to electrify all cars and trucks and home heating, that would still leave you with electricity that’s wildly too expensive to make jet fuel.

But if electricity were abundant — too cheap to meter — then it wouldn’t matter that using electricity to manufacture liquid hydrocarbons is inefficient. It would still be cheaper to do it that way than to drill for oil and refine it. The problems of the “hard to decarbonize” sectors would be solved.

This is why, again, despite my disagreeable insistence on saying that clean energy abundance is different from conventional green politics, I sincerely think most adherents to conventional green politics should switch sides. A genuine abundance approach can solve the problem they’re trying to solve, and tweaking utility regulation or getting people to use better-insulated windows can’t.

Removing externalities multiplies abundance.

PITY THE POOR PETROPHILES:

Floating wave energy converter deployed at sea to test performance in challenging environments (Prabhat Ranjan Mishra, May 16, 2026, Interesting Engineering)


Called MARMOK A 5, the wave energy converter (WEC) will be electrically connected to the network through the Lab platform, integrated into the BiMEP infrastructures.

The device will be evaluated in real operating conditions, with the aim of verifying its performance, robustness, reliability and ease of maintenance in the demanding marine environment. The data obtained will be fundamental to evaluate the design and move towards future pre-commercial phases of the technology.

THE FUTURE ALWAYS HAPPENS FASTER THAN YOU EXPECT:

US nuclear fusion firm begins installing final 48-ton vacuum vessel half for net energy (Aman Tripathi, May 15, 2026, Interesting Engineering)

The completed 96-ton steel chamber is designed to house plasma heated to 100 million degrees Celsius. CFS plans to start operations in 2027, with the objective of achieving a net energy gain, known as Q>1, where the machine produces more energy than it consumes.

“Ultimately, the goal of SPARC is to get to Q>1 as fast as we can so that we can get to the next step — to build ARC, our fusion power plant,” said CFS Chief Science Officer and Co-founder Brandon Sorbom in a press release.

YOUR NEXT PLANE WILL BE A VOLT:

First hydrogen helicopter just proved it can fly a real mission (Omar Kardoudi, May 11, 2026, New Atlas)


Last month, a modified Robinson R44 lifted off from Roland-Désourdy Airport in Bromont, Quebec, and completed what may be the most consequential short flight in rotorcraft history. It was the first hydrogen-powered helicopter to complete a full operational circuit – takeoff, climb, pattern flight, approach, and landing – under real-world conditions.