James Clough set out to make a gift for a fellow YouTube machinist, but the end result looks like it belongs in a museum of unusual watches. He designed a clock with six massive numbered wheels for Toolroom Takeover 2026, an annual secret Santa exchange among artists who spend their days cutting metal. Stepper motors silently spin those wheels into place, while a GPS receiver automatically locks everything to the correct hour, minute, and second.
Crowds at the 2026 World Robot Conference in Beijing couldn’t help but stop and stare at the gigantic, dark gray robot, which took up as much room as a large motorcycle but was propelled by four mechanical legs instead. A rider sat on the saddle, hands firmly clutching the handlebars, and the whole thing was propelled forward, albeit with all the subtlety of a toddler beginning to walk, in purposeful but shaky steps. That beast is the Qiji X1, and people are already able to buy one (or two).
Uri Tuchman decided a musician friend needed a present that could actually make noise. He chose the Hammond organ, that old electromechanical machine whose spinning iron disks and magnetic coils once filled churches and stages with pure tones. Instead of a full console, he built a single octave version he could turn by hand. The result sits somewhere between a careful reconstruction and a living demonstration of how sound can come from metal moving past a coil.
Researchers at MIT have taken a common plant surface microbe and turned colonies of it into working switches. Those switches link up through chemical messages so the whole arrangement can carry out basic math and route information the way a simple circuit does. The work, published in Nature Chemical Biology, rests on just five engineered strains of Pantoea agglomerans. Two act as the transistors. Three serve as relays that pass the signal along. Arrange the same five pieces in different patterns on a slab of agar and the circuit does something new.
A short video posted last week shows someone strolling through a dense night-time cyberpunk city. Skyscrapers rise on either side of the streets. Cars roll past. Trees stand along the sidewalks. Pedestrians move about. Everything on screen is made from ordinary keyboard characters: letters, numbers, punctuation marks, and symbols stacked and spaced to form walls, windows, roadways, and moving figures. Grow Now Games, working alone, put the whole thing together inside a single HTML file.
Josh arrived at the GameStop in Clackamas, Oregon, with plastic crates stacked high. Inside sat hundreds of consoles that no longer worked. Staff sorted through PlayStations, Xboxes, Nintendo Switches, Game Boys spanning several generations, a Sega Game Gear, a pair of Sony PSPs, and more. Some units were modern enough to still hold residual value even in poor shape. Others dated back years.
In 1963 a kit of red and white polystyrene plates, stiff metal rods, rubber bands, and short plastic tubes sold for $4.99 ($54.45 today) and assembled into a working digital computer. Three small windows on the front face displayed binary digits as either 0 or 1. A white lever marked “Clock” stuck out from the right side. Pushing that lever fully inward and then drawing it back out advanced every calculation by one step. No batteries or power cord were required. All motion came from the user’s hand and the tension stored in the rubber bands.
Summer afternoons turn ice cream sandwiches into sticky messes in minutes. One maker decided that ordinary pockets would no longer do. Brendan Carberry built a battery-powered storage case that clamps straight onto a pair of jorts and chills the treat inside while the heat pumps out the other side.
Twenty-six years after a lanky college kid first convinced America that a new computer belonged in every dorm and living room, Dell has pulled the old catchphrase out of storage. On a Saturday in mid-August 2026, company founder Michael Dell posted a ten-second clip that updates the familiar routine for an era when the real money lives in data centers rather than desktops.
Kids living at the bottom of the Nizhuhe Grand Canyon in Yunnan Province once faced a brutal path to school. Steep mountain trails and cliffside routes stretched more than three hours one way across a vertical drop measured in hundreds of meters. Guanzhai Village Primary School sat high above at roughly 1,650 meters elevation. The village of Nizhuhe rested far below. Roughly twenty children from nearby communities made the trip, often as boarding students. Round trips could consume six hours of hard walking on paths that left little room for error.