11am thought: I suspect urinal / bathroom stall usage is distributed like a wave function with a de Broglie wavelength Next time you go to the bathroom: are you a a wave or are you a particle? I like to make the gut instinct choice first and then deliberately go for the one that seems most unnatural just to stick it to “the man”

A-meow-zing 😻 @NASAWebb and @ChandraXray joined forces to deliver this view of the Cat's Paw Nebula. Different wavelengths combine to reveal young stars at the center of these dusty clouds.

Elon Musk: "In the next 6 to 12 months, we’ll be doing our first implants for vision, where even if somebody is completely blind, we can write directly to the visual cortex." "Long term, you would have very high resolution and be able to see multispectral wavelengths... you could see in infrared, ultraviolet, radar. It's like a superpower situation."

$SIVE / $SIVEF - A 75-year-old Swedish chip company with 130 employees just became one of the most important suppliers in the entire AI infrastructure stack. The AI data center buildout is hitting a physical wall. Copper interconnects between GPUs are running out of bandwidth, dissipating too much heat, and burning too much power. Every hyperscaler roadmap from 2027 onward solves this by moving the optical-to-electrical conversion INTO the chip package itself. This is called Co-Packaged Optics (CPO). CPO needs three things: 1. An optical engine (the modulator chiplet) 2. A packaging platform (the interposer) 3. An external light source feeding the engine That third component is the bottleneck. It needs to be a high-power, multi-wavelength, continuously emitting laser array - specifically built on Indium Phosphide (InP). There are maybe 4 companies in the world that can make these at hyperscaler-grade quality. $SIVE is one of them. They're the only Western microcap pure-play. They ship from a 700m² cleanroom in Glasgow that can run over 2 million laser tests per month, with a second-source qualification underway at WIN Semiconductor in Taiwan to unlock real volume. I am going to give you a 5-post breakdown of where they sit, who's already using them, and why this could be the next $LITE - follow if you are interested. This will be posted through the next 2 days

Reality, Information & Frequency. All physical phenomena can be described as information carried by waves: frequency and amplitude. In this visualization, we see the conceptual descent from high-frequency components (fine detail, rapid oscillations) to lower-frequency, longer-wavelength behavior that appears as macroscopic “form” or matter. A Fourier Transform decomposes any signal into its frequency components: revealing the hidden frequencies that build the observable world. Higher frequencies carry sharper details and rapid changes. Lower frequencies shape the overall structure. This powerful mathematical tool is fundamental in physics, from quantum mechanics to signal processing, showing how complex reality emerges from simpler wave patterns.

A Russian biophysicist spent 30 years proving that shining red light on a cell could double its energy, and almost nobody believed her until a tech billionaire named Bryan Johnson made her work the most searched biohack on the internet. Her name was Tiina Karu. She worked in a Moscow lab through the 1980s and 1990s, and the discovery she defended for decades sat in journals nobody read while the rest of medicine ignored her. The whole thing started by accident. In 1967, a Hungarian doctor named Endre Mester was trying to use a new device called a laser to burn tumors out of mice. His laser was broken. It did not have enough power to burn anything. He used it anyway. The mice grew their hair back faster than the control group. Their wounds healed faster too. He had no idea why. Tiina Karu picked up his work and asked the question that mattered. Why does this happen. She ran experiments for 20 years. Different wavelengths. Different doses. Measuring what happens inside the cell when red light hits it. The answer she landed on was almost too specific to be true. The thing in your body that responds to red light is one enzyme. Cytochrome c oxidase. It sits inside your mitochondria. Mitochondria are the part of your cell that makes energy. They take oxygen and food and turn it into a molecule called ATP, which is the fuel your cells run on. Your body makes 40 to 70 kilograms of ATP every single day just to keep you alive. If your mitochondria slow down, you age faster, heal slower, lose hair, lose muscle, and get inflamed easier. Cytochrome c oxidase does most of the work. It contains copper and iron atoms. Those atoms happen to absorb light at very specific colors. Red light at 630 to 670 nanometers. Near-infrared light at 810 to 850 nanometers. Other colors do almost nothing. Blue does not work. Green does not work. The biology is locked to those two windows because that is what the metal inside the enzyme can physically catch. When a red photon hits that enzyme, three things happen. The enzyme runs faster. ATP production jumps 30 to 40% within minutes. Nitric oxide gets released. Blood vessels widen. More oxygen and nutrients flow in. A small stress signal goes off inside the cell that tells it to repair itself. The same signal it gets after exercise. Red light is not adding anything to the cell. It is just unlocking work the cell was already trying to do. For 30 years almost nobody outside her field cared. Red light therapy lived inside dental clinics for mouth ulcers and physical therapy offices for tendonitis. Medical schools did not teach it. The science sat in obscure journals. Then the evidence started piling up. A 2024 review of 18 trials confirmed red light speeds up wound healing. Another 2024 review found it lowered inflammation markers by 38% over 4 weeks. Athletes using red light before training had 45% less muscle soreness the next day. Seven separate trials on hair loss showed visible regrowth in every single one. A 2024 study found 15 minutes of red light before a meal cut blood sugar spikes by 27.7%. In March 2026, Nature published a 4,000 word feature on red light therapy. The most respected scientific journal on Earth officially admitted there was real biology under the hype. That was the moment the field crossed from fringe to mainstream. Bryan Johnson is the reason the average person now knows any of this exists. He uses a red light cap on his scalp for 6 minutes daily and a full-body panel three times a week. He posted his hair regrowth photos and his skin scans, and the algorithm did the rest. Red light masks went from biohacker forums to Sephora shelves in two years. Tiina Karu died in 2019. She did not live to see Nature validate her. She did not live to see a billionaire turn the enzyme she identified into a billion dollar industry. Every red light mask, panel, cap, and bed on the planet right now is just a way to deliver the photons she proved mattered. The wavelengths were always there. The enzyme was always there. The biology was always real. It just took a Hungarian doctor with a broken laser, a Russian scientist nobody listened to, and one tech billionaire willing to stand in front of a glowing panel for the world to finally pay attention.