all things curious...

For a long time, America treated certain kinds of chemistry like a haunted house. We knew there was something powerful inside, but the political cost of opening the door felt higher than the scientific reward. Psychedelics were pushed into the shadows of the culture wars. Peptides became the domain of bodybuilders, anti-aging clinics, and gray-market biohackers. Serious researchers were often left peering through the window.

There is a particular feeling that shows up when the distance between an idea and a working thing suddenly collapses. One minute, something is sitting in the mental junk drawer labeled someday . The next, it is live, tested, improved, and weirdly close to good. Not perfect. Not final. But real.

If you have spent any time on X, in the AI corners of GitHub, or lurking around Moltbook lately, you have felt the temperature change. The screenshots got louder. The demos got weirder. The line between “assistant” and “operator” started to blur. OpenClaw is no longer being treated like a clever side project. Its creator joined OpenAI in February, the project is moving into a foundation, and Moltbook itself was acquired by Meta in March. That is not novelty energy. That is platform energy.

For years, manufacturing has lived with a bad bargain: if you wanted more output, you usually accepted more waste, more energy use, and more emissions. That tradeoff is starting to crack. AI and additive manufacturing are beginning to change the model itself, turning production into something more precise, more responsive, and far less wasteful. NIST now highlights generative design and predictive maintenance among the ways AI is already reshaping manufacturing, while the U.S. Department of Energy points to additive manufacturing as a path to lower material use, lower energy use, and lower emissions.

The United States is straining relations with key allies by imposing tariffs on Canada, Mexico, and the European Union, while simultaneously seeking closer ties with Russia amid ongoing tensions in Ukraine.

Ghostty is a new open-source terminal emulator developed by Mitchell Hashimoto, co-founder of HashiCorp. Written in the Zig programming language, Ghostty aims to provide a fast, feature-rich, and platform-native experience for developers. The first public release, version 1.0, was made available in December 2024.

I never supported a single kickstarter project ever.... until whispers of the X1 Carbon and AMS started appearing online. For the price, it couldn't be beat. I had spent almost the exact same amount building a Voron 2.4 from a million parts a year prior. I decided, now is the time to jump in and so I had backed my first kickstarter project. It turned out to be a great gamble.

In the bustling rhythm of modern life, being prepared for the unexpected is more than just a mantra—it's a lifestyle. Enter the world of everyday carry (EDC), a concept that has gained traction among individuals seeking to equip themselves with essential tools that fit seamlessly into their daily routines. Among the myriad of EDC items, the humble keychain emerges as a pocket-sized arsenal, housing tools that serve myriad purposes. This blog delves into the usefulness of everyday carry, with a special focus on keychain essentials crafted from titanium.

In today’s rapidly evolving business landscape, having a robust knowledge management system (KMS) is paramount for corporations seeking to maintain a competitive edge. A KMS can encapsulate a vast array of data, insights, and experiential knowledge, aiding in informed decision-making and fostering a culture of continuous learning. The advent of Artificial Intelligence (AI) and Language Model Learning (LLMs), like OpenAI’s GPT-4, adds a new dimension to how corporations can manage and leverage their knowledge resources. In this article, we delve into how integrating AI and LLMs into a corporation’s KMS can spur productivity, enhance information retrieval, and catalyze novel connections amidst disparate data realms.