Writer, Future
The stories at the edge, where computing, money and play are being rebuilt. Takes the long view, distrusts anything called inevitable.
No dish, no bulky sat-phone, no special hardware: three well-funded companies are racing to connect the normal smartphone in your pocket straight to satellites in space. A launch on 5 August pushed the most ambitious of them further. Here is how 'direct-to-cell' works, who is winning, and what it can and cannot do.
The old joke is that fusion is always 30 years away. In 2026 the private leaders are trying to make it a dated bet instead: Commonwealth Fusion just raised its total to $4 billion, its reactor is most of the way built, and it is aiming for net energy gain in 2027. Here is what is real, and the caveat that separates a lab result from a power plant.
At Made by Google 2026, Google unveiled a full Pixel 11 line, a folding flagship, a new watch and its first Bluetooth tracker, all built on a 2nm Tensor G6 chip. But the hardware was the supporting act. The headline features are AI ones, a camera that turns sign language into text and a voice input that understands rambling speech, and the prices crept up about a hundred dollars. Here is what launched and what it signals.
In a few days in August, quantum computing companies posted triple-digit revenue growth, went live inside a big cloud platform, and landed government chip money. It is a genuine inflection, from lab curiosity to business. It is also not the same as quantum computers being broadly useful yet, and telling those two apart is the whole point.
On Flight 13, Starship opened its bay and released real satellites for the first time, then flew the softest landing the giant rocket has ever managed. It also lost its booster and, quietly, still has not reached orbit. A clear-eyed look at what genuinely changed on 24 July, and what the hype leaves out.
The US government set a patriotic deadline: get new nuclear reactors running by 4 July 2026. Four made it, beating the goal, in some of the fastest reactor builds in decades (a fifth followed in August). It is a genuine milestone driven by AI's hunger for power. It is also not what the headlines imply: not one of them is yet putting a single watt onto the grid.
The air taxi finally exists, carries paying passengers, and is nothing like the flying car you were promised. The first rides are launching in Dubai and China, not America, they still need a human pilot, and two of Europe's biggest names went bankrupt getting here. The honest state of eVTOL.
Meta put a display and a mind-reading wristband on your face, and suddenly smart glasses feel like the future. They are genuinely useful now. They are also not the augmented reality you are picturing, and the gap between the two is the whole story.
They are real, they are on factory floors, and the money behind them is staggering. They also run out of battery in two hours and need a human babysitter. A grounded look at where humanoid robots actually stand, past the demo reels.
Empty cars now carry paying passengers across a dozen cities, and the safety numbers are better than most people expect. A clear-eyed look at where you can actually ride one, who is winning, and what the hype still skips over.