Technology

THE REAL WORLD:

This Absurdly Complex Star Destroyer Model May Be the Most Detailed Ever Created (Tom Hawking, March 5, 2026, Gizmodo)

The thing with real-life models—whether they’re for use in films or for sale as merchandise—is that there’s a fundamental limit on how complex they can get. I mean, you can’t ship a 172,340-piece Lego Star Destroyer set. (Although, if Lego ever did ship a 172,340-piece set, it would absolutely be a Star Destroyer, and a sector of the fandom would absolutely shell out for it.)

But anyway, the point is that the real world is constrained by considerations like supply, demand, manufacturing capacity, and, y’know, common sense. By contrast, a 3D model is really only constrained by the question of whether trying to render it might result in your computer catching fire. So long as your computer is powerful enough to handle them, models and projects can be arbitrarily large.

THAT WAS EASY:

AI and 3D printing help researchers create heat‑ and pressure‑resistant materials for aerospace and defense applications ( Houlong Zhuang & Vitor Rielli 4, 2026, The Conversation)

Our alternative approach uses reinforcement learning, a form of artificial intelligence best known for training computers to master games such as Go or chess.

Designing a new alloy is a bit like mixing ingredients for a recipe, but at the atomic level. Instead of planning moves on a board, the AI system explores thousands of possible alloy recipes – for example, different combinations of chemical elements. Even tiny changes in the ingredients can completely change how the final material behaves.

The AI evaluates each candidate virtually against multiple criteria, including strength at temperatures above 1,800 degrees Fahrenheit (1,000 degrees Celsius) and resistance to damage caused by reacting with oxygen at high heat, as well as weight, cost and, crucially, whether it can be reliably 3D-printed.

THE FUTURE ALWAYS HAPPENS FASTER THAN EXPECTED:

Australia launches 3D-printed, Mach 8 hypersonic missile from US soil (David Szondy, March 02, 2026, New Atlas)

DART AE is the world’s first hypersonic aircraft made entirely from high-temperature alloys using 3D printing. It is also powered by an air-breathing SPARTAN scramjet burning green hydrogen fuel.

According to Rocket Lab, the flight was conducted under the US Department of Defense’s Innovation Unit to validate the 3D-printing techniques, high-temperature materials and autonomous guidance systems under real-world hypersonic conditions. Telemetry from the flight will be compared to simulated digital models generated beforehand.

PITY THE POOR PETROPHILES:

The strikes on Iran show why quitting oil is more important than ever (Hussein Dia, March 1, 2026, The Conversation)

In 2015, India blocked Nepal’s oil imports, triggering chaos. In response, authorities encouraged the very rapid growth of electric vehicles. Oil imports have begun to fall.

More recently, the Russia–Ukraine war and US strikes on Venezuela and Iran have brought new focus on reducing oil imports and bolstering domestic energy security.

In oil-dependent Cuba, US pressure has slashed the supply of oil. Blackouts are common and cars stay put. In response, authorities and businesses are importing 34 times as many Chinese solar panels as they did a year ago.

It’s not ideology driving this shift – it’s necessity. Electric vehicle imports, too, are soaring. “Cuba may experience the fastest energy transition in the world,” a Cuban economist told The Economist.

Renewables are the only reliable energy source.

THAT WAS EASY:

The Race to Build the World’s First Commercial Fusion Plant Is Heating Up (Gayoung Lee, March 2, 2026, Gizmodo)

Germany is not the first to pursue commercial fusion plants. In the United States, several private companies have expressed interest in realizing commercial fusion plants. For example, Helion intends to complete a fusion plant to power Microsoft buildings as early as 2028, whereas Type One Energy has partnered with the Tennessee Valley Authority and Oak Ridge National Laboratory for its project. The U.S. Department of Energy (DOE) has also explicitly stated it aims to bring fusion power to commercial grids by the mid-2030s.

In that sense, Proxima’s new contract—involving government interests, the country’s most prestigious research institute, and sizable private firms—reflects Germany’s keen interest in getting ahead of the competition. Or at least, to keep up.

THAT WAS EASY:

MIT’s New 3D Printer Can Print a Working Motor, Complete With Moving Parts: “This is a great feat, but it is just the beginning.” (Victor Tangermann, Mar 1, 2026, Futurism)


The tech behind 3D printing has come an extremely long way. The additive manufacturing technique, which generally involves depositing one layer at a time, has gone from relatively crude rapid prototyping in industrial settings to high-end fabrication of detailed parts in a growing list of fields, from medical implants to the construction of entire neighborhoods and rocket engines.

Now, MIT researchers have devised new tech that can 3D print entire complex machines with moving parts in a matter of hours. As Gizmodo half-jokingly points out, it brings us one small step closer to being able to “steal a car” by downloading it from the internet, as suggested in the slogan of the much-derided anti-piracy ad from the early 2000s.

EARLY DAYS:

AI vs 100,000 humans: Which wins the creativity contest? (Dr. Tim Sandle, March 1, 2026, Digital journal)


A large study, comparing more than 100,000 people with today’s most advanced AI systems, has delivered a surprising result: Generative AI can now beat the average human on certain creativity tests.

Models like GPT-4 showed strong performance on tasks designed to measure original thinking and idea generation, sometimes outperforming typical human responses.

IKE’S ONE UNFORGIVABLE SIN:

Finding and Losing Train Culture (Bruce Frohnen, February 27th, 2026, Imaginative Conservative()

And train culture itself helped integrate communities into the larger, state, and national society in a way that left local autonomy intact. The nice thing about trains is that they bring people and things to your community and take them from your community to the wider world without erasing your actual community. Trains come in at one or two points, and leave by those same points, on a more or less regular, but distinctly limited schedule. Even the train suburbs of our cities, when they existed, had an actual character of their own that is not duplicated by suburbs on the beltway (just compare Philadelphia—a tough town with vibrant suburbs, to Los Angeles, an extremely pleasant collection of communities in the early twentieth century that has been transformed into a literal concrete jungle).

Transportation by train is a distinct event, or series of events, rather than the constant flow that automobile traffic tends to be. Of course, change was a constant on and near the frontier as people passed through on their way West. But the train had a more direct, concentrated, and so geographically limited impact than our current web of “free”ways. This is not to say that roads do not both integrate and exclude communities. When Eisenhower insisted on that massive public works and nationalization program that became our freeway system, his engineers made a number of towns into large cities by putting them on the main freeway route—and destroyed many more by bypassing them.