The 2026 ranking of the top 100 US VC firms is live. For years, every founder and LP has worked off the same mental shortlist of firms that "matter" — and never had a transparent, data-driven way to check it. Blake Jackson and I built one: the Strebulaev-Jackson Venture Ranking.

The biggest and most ironic heist: Agent with a quantum computer breaks Bitcoin

The biggest and most ironic heist: Agent with a quantum computer breaks Bitcoin

Humanity has, for the first time, captured a direct visual glimpse of an electron's orbital within a hydrogen atom—literally peering inside the simplest building block of the universe.This feels almost dreamlike, even impossible. For over a century, electrons existed as mathematical ghosts: probability waves, abstract clouds, never something you could actually see. They were ideas, equations, patterns of likelihood—not pictures. Now, that boundary between theory and tangible reality has been crossed in a way that feels deeply personal, as though the subatomic world has finally looked back at us.For decades physicists spoke of electron behavior, not electron paths. Textbooks offered elegant probability distributions, but no portrait. This image shatters that emotional distance. It sculpts the invisible into form, turning the most fundamental unit of matter from a distant concept into something intimate, almost recognizable—like catching sight of the scaffolding beneath everyday existence.Hydrogen may be the universe's simplest atom—one proton, one electron—yet its significance is cosmic. It powers the fusion furnaces of stars, forms the backbone of water, and underpins all chemistry. Gazing into its heart is akin to opening the very first page of reality's book. It whispers a profound truth: complexity springs from profound simplicity, and even the smallest structures pulse with extraordinary meaning.Don't expect the tidy, planetary orbit of old Bohr models. What this image reveals is a delicate, ethereal cloud—a probability haze sculpted by quantum rules that defy classical intuition. The surprise is the revelation itself. Nature rarely conforms to our intuitive sketches; it favors subtle elegance, layered mystery, and quiet defiance of expectation.Discoveries like this don't tie up loose ends—they unravel new ones. They stretch curiosity rather than satisfy it. Seeing an electron's orbital laid bare doesn't conclude the story; it multiplies the questions, deepens the enigma. True wonder lives not in neat final answers, but in these fleeting, humbling glimpses that urge us to lean in closer—with awe, patience, and an open-hearted readiness to be astonished again.