SYGNITO

Open SpaceSphere in a browser. Type in the chat : take me to Tokyo. The globe flies there. Then look closer. The same Earth is live. Real sunlight. The day-night line moving now. Satellites on real orbits. The ISS crossing the planet while it is actually crossing. Rocket launches counting down from their real pads. Earthquakes, wildfires, storms and volcanoes where they are happening. One website. Earth in real time. The Sun live. The Moon where it actually is. The Solar System moving. And a science course built on the same real sky. That is SpaceSphere. A real-time Earth and space platform that runs in your browser. No install. No signup to start. No app. No account. No map that sits still. And instead of treating Earth, space, news and learning as separate things, SpaceSphere connects them. 📷 Earth A live 3D globe with terrain, city lights and live events. Track satellites as they move. Watch the ISS. See launches from their pads. Click an event and stay there. 📷 Earthwatch USGS earthquakes, NASA natural events and disaster alerts in one view. Open the event. See the source. Understand what happened. 📷 The Sun Flares, solar wind, geomagnetic conditions, NOAA alerts, live imagery, aurora chances. Not an illustration. Today’s Sun. 📷 The Solar System The Sun, eight planets and Pluto where they actually are. Move through time. Follow Voyager 1. Take the Grand Tour. 📷 The Moon Real surface. Real lighting. Apollo sites, modern missions, rovers, lunar seas. 📷 Universe Stars, nebulae, galaxies, black holes, exoplanets. And the only question that matters at night: can I actually see this tonight? If the answer is no, it says no. 📷 Webb JWST’s observing schedule, turned into something you can explore. 📷 News that connects A story is not a dead end. It links back to the launch, craft, planet or mission it is about. 📷 Learn 26 lessons, Beginner to Expert. Finish an orbit lesson, then watch a real satellite fly one. Learn earthquakes, then open the live globe. Learn the Sun, then look at today’s space weather. An AI tutor stays grounded in the lesson instead of pretending to know everything. 📷 Live Recall ISS overhead soon? Launch today? The thing you studied comes back when it becomes real in the sky. 📷 Orbit Daily One space puzzle a day. Same challenge for everyone. Real objects. Six guesses. 📷 EN · PL · DE · ES · FR · PT The rule under all of it: real data first. Public feeds. Simulations labelled as simulations. AI can explain and navigate. AI is not allowed to quietly invent missing science. If SpaceSphere does not know, it says so. Not another space website. One connected place for Earth, space, current events and learning. Still growing. Built solo, in the open. Link in bio.

SpaceSphere just hit a milestone I didn't think I'd reach this year: 1,001 space lessons on SpaceSphere Learn. 🚀 Every single one is built on real sources (NASA, ESA, ESO, NOAA, JPL and peer reviewed papers), and every fact links back to where it came from. What's inside: • 486 Beginner lessons: the questions people actually ask about space • 229 Intermediate: how and why things work • 166 Advanced: you calculate real numbers yourself, like how much you'd weigh on a neutron star • 120 Expert: open questions where you weigh the evidence • 6,500+ quiz questions, spaced repetition reviews, XP and ranks • All in 6 languages: English, Polish, German, Spanish, French, Portuguese

You land on your rival's field. The fee could break you. One right answer cuts it in half. Welcome to SpaceSphere Expeditions, the space board game where what you know beats what you roll. 🎲🪐 Roll two dice. Answer to buy fields. Upgrade them through four levels, complete pairs, grab stations and make every rival who lands there pay. 6,000+ questions. Real mission and telescope photos on the board. Here, knowledge is money. Then you choose your risk. Ambitious: a harder question, a bigger reward. Support: one wrong answer gone, half the reward. And one card can flip the game: a sudden grant, a malfunction, a gravity assist to the next station, or Maneuver 21, a dice duel against the rival you pick. 🌌 NEW: DEEP SPACE A round board of 32 fields circling a galaxy. The Pillars of Creation. Andromeda. The Hubble Ultra Deep Field. Everyone starts in Space Academy. The Solar System and Deep Space are locked until your correct answers earn them. 🏆 ALSO NEW Monthly, quarterly and (yearly soon) rankings on top of the weekly one. Dice that really hit the board, pawn trails and reward effects. Field cards with news on their subject. Play 5, 10 or 15 rounds, or all the way to the first bankruptcy. Face bots, or sit at a live table with friends: a Pro player opens it, invited friends join free. Level up and make it yours: Mars Base, Mars Habitat, the falling-code Mission Console, Observatory and Hologram boards. Gold Foil, Comet Ice, Nebula Glass and Meteorite dice. Try the demo now, no account needed. A free account gets one game every day. Pro removes the limit and adds harder bots. By playing, you can win the Pro version. Your first expedition is one roll away.

Someone ran an AI inside another AI. 🤯 QwenPU compiles a tiny processor into Qwen3.5-4B's weights, with zero training, then runs Karpathy's stories260K on it, token for token exact. Speed: about 16 seconds per token. Useless as a product, but fascinating as proof that weights can do exact math. Normal people: "my laptop is slow." This dev: "my LLM is the laptop now." 😂 QwenPU builds a RISC-V CPU into a model's weights. No plugins, no external tools. The forward pass does the computing. Quick lesson from QwenPU: model weights aren't only "knowledge." Set them by hand and they can act as exact circuits. It's still a work in progress and very slow, but it changes how you think about what's inside an LLM. #AI

You upgraded to Opus 5.5. When did you last upgrade the instructions you give it? Your CLAUDE.md, skills and prompts may still contain workarounds for models you stopped using months ago. Rules piled on top of rules. Conflicting instructions. Mandatory steps that no longer help. Here’s a useful tip from @RLanceMartin: Open Claude Code in your project and run: /claude-api prompt-audit It reviews your prompts, skills, tool descriptions and instruction files, flags outdated patterns, and proposes specific changes based on current model guidance. Read the report. Review the changes. Test them on real tasks. And while you’re improving your setup, here are 10 more ways to get more out of Claude: 1. Give your project a permanent home Use Projects for reference files and shared instructions. Use memory for useful context across conversations. Less time explaining your work from scratch. 2. Build something you can actually use Artifacts can turn an idea into an interactive calculator, dashboard, habit tracker or small game. Try: “Build a weekly content planner with editable cards and a progress tracker.” 3. Turn repeated instructions into a skill If you keep explaining the same workflow, package it into a reusable skill. Your research process. Your report format. Your editorial checklist. 4. Connect the information your work depends on Supported connectors let Claude work with information from services such as Gmail, Calendar, Drive and Notion. Try: “Review tomorrow’s meetings and find the emails I should read beforehand.” 5. Let it work in the browser Claude in Chrome can read pages, navigate and interact with websites. Useful for gathering information across tabs or comparing listings without endless copying and pasting. 6. Delegate work on files With access to the right folders, Claude can organize documents, extract information and create deliverables. Try: “Turn these receipt photos into a spreadsheet. Flag anything you can’t read confidently.” 7. Schedule recurring work Use scheduled tasks for regular briefings, summaries and reports. Define the sources, selection criteria and output once, then set the schedule. 8. Give Claude Code a complete task Ask it to investigate a bug, implement a fix and run the relevant checks. Include the expected behavior and a clear way to verify success. 9. Automate repetitive video work With tools such as FFmpeg available, Claude Code can help trim clips, convert formats, extract audio and process batches. Describe the output you need, including duration, dimensions and file size. 10. Check your API caching If your application repeatedly sends the same large context, prompt caching can reduce repeated-input costs. Measure cache hits and actual savings. One more habit worth trying: Ask Claude to challenge your thinking. “Find the weakest assumption in this plan. Describe three realistic ways it could fail, and what evidence would change your assessment.” You don’t need to configure everything today. Pick one task you repeat every week. Build a workflow around it. Check the result. Improve it. Save this for your next Claude setup session. Prompt-audit tip: @RLanceMartin Feature-guide inspiration: @angeldot_

An AI model just wrote a haiku about Earth and not just any model. ​Google's Suncatcher prototype booted its TPU in orbit, ran a prompt on solar power, and brought Claude Haiku into the mix, beaming this down: ​Blue marble below Data streams in silent grace Starlight feeds my core ​This isn’t just a sci-fi gimmick; it’s a real milestone. For years, AI has been shackled to massive, earthbound data centers devouring gigawatts of power. Now, AI compute is breaking free into space where solar energy is limitless and the view of our home planet changes everything. ​🚀 Why does this matter? ​Orbital Autonomy: Satellites no longer need to beam massive, raw data packets back to Earth for analysis they can process information right on the edge, in real time. ​Sustainable Power: Harnessing solar energy directly in orbit paves the way for scalable, sustainable off-world computing. ​Art Meets Science: Even in the coldest, most calculated algorithmic architectures, there's a profound space for reflection on the beauty of our world. ​AI compute just left the planet. 🚀

One portal for Earth, the sky and everything beyond. 🌍🚀 SpaceSphere is a free space portal that runs on live data: 🌐 A live 3D globe with satellites, rocket launches and countdowns, earthquakes, wildfires and storms 🛰️ An ISS tracker updated every second, with passes over your sky ☀️ Sun Watch: flares, solar wind, Kp index and aurora forecasts 🪐 A live Solar System map plus a travel-time calculator 🌙 The Moon, Webb's weekly plan and a daily image gallery 🌌 The Universe and a Galaxy Atlas - soon 📚 Learn: 722 short lessons on live data, from Beginner to Expert 🧩 Orbit Daily, a daily space puzzle 📰 Space news from 12 sources, plus a smart Explore search 🎲 Expeditions, a space board game in your browser Six languages. No account needed to start.

A third board is coming to SpaceSphere Expeditions. Deep Space: 32 fields in a ring around Earth, and a journey from the night sky to the beginning of the Universe. Four stages, each farther from home: • Night sky, constellations and light • The life of stars, nebulae and star clusters • Planets of other stars and galaxies • Black holes, pulsars and the first light Same game you know: two dice, Signal and Mission cards, questions from Learn lessons, fields to buy and upgrade. The farther you go, the more you need to know.

🧠 Neuroscience & AI ​Artificial intelligence performed key steps of brain surgery on a mouse. ​In a micro-surgery experiment, the AI independently analyzed and compared 19 gene therapy options, pinpointed the precise injection target, and executed a micro-injection of just 250 nanoliters directly into brain tissue. A veterinarian oversaw the entire process, holding a physical safety cutoff (kill switch). ​The breakthrough in this experiment isn't the manipulator or mechanical precision itself, but rather the shift in the human role—from surgical operator to supervisor of the decision loop (human-in-the-loop). ​📉 The Economics of Artificial Intelligence ​The rising IQ of individual AI agents alone won't rapidly transform the economy. Their mutual coordination will. ​That is the core thesis of The Economics of Intelligence, an essay published by Google DeepMind. Researchers point out that performance gains in individual models translate into wages and productivity relatively slowly. The real market revolution will occur only after crossing the threshold of mass cooperation among autonomous agents (including automated negotiations, supply chain management, or resource allocation without human intervention). ​If you want to measure AI's real economic impact, watch wage indicators in knowledge sectors first, and overall GDP growth later. ​🚀 Space ​Your name can fly to Titan-Saturn's largest moon. ​NASA's flagship rotorcraft, Dragonfly, will launch no earlier than July 2028. After a six-year journey (arriving at its destination in late 2034), it will begin a series of flights over organic dunes and near liquid methane lakes on Titan. ​You can submit your name until January 15, 2027. Every participant receives a commemorative digital boarding pass. #news

Building SpaceSphere solo, this is exactly the kind of update I was hoping for. Thanks for listening to the feedback. 🚀 My next step: go ultrafast with Astra as the coordinator for everything I do with Claude, from planning features to reviewing the results. I want to bring computer use into that workflow too: → Astra breaks down the feature. → Claude implements it. → Computer use walks through the actual website: plays an Expedition, opens Learn lessons, checks navigation and different languages. → Screenshots and reproducible bugs go back to Claude. → Fix, retest, then I review before release. Beyond coding, I’d use it to check onboarding, spot confusing screens and collect visuals for launch posts. More usage gives me room to try that whole workflow on real features.

You follow a satellite, wonder how its orbit works, and somehow end up owning a lunar station and charging your opponent fees 😂 That’s the kind of rabbit hole I’m building with SpaceSphere. Learn is already approaching 600 quizzes with over 3,000 questions, and I’m adding more almost every day. Thanks for taking it for a spin 👊

Space is expanding. Apparently, so is my question bank. SpaceSphere Learn is approaching 600 quizzes with more than 3,000 questions about space, astronautics and science. I’m adding new quizzes, questions, lessons and lesson extensions almost every day. More topics to explore, more explanations to dig into, and more chances to find out that something you thought you understood has another layer to it. The lessons run from Beginner to Expert. Extensions take you further into a subject, and the AI tutor helps when an explanation doesn’t quite click. The next milestone is getting closer: 1,000 quizzes and 5,000 questions. Plenty of work left. Plenty of universe left, too. For people who want to know more.

Google DeepMind has unveiled Genie 4, an experimental model that generates interactive, photorealistic worlds in real time, complete with sound, music and dialogue. Users can navigate scenes and change them through prompts. Access is starting with trusted testers, with Google AI Ultra subscribers in Project Genie and selected API partners expected to follow. Educators are among those testing it. The potential is considerable, but Google acknowledges that physics, spatial accuracy and consistency over longer simulations still need work.

Cowboy Space just unveiled Big Iron (86 m). Fact (announcement): the upper stage isn’t meant to be discarded after launch it’s designed to stay in orbit as a compute satellite (GPUs). The company talks about a Stampede constellation (plan: up to ~20k units) and a first flight around 2028. Timeline and scale are a pitch; the industry is already debating how real that is. Why this matters beyond the “AI in space” headline: the denser constellations get, the harder it is to see what’s actually overhead. That’s why I’m building [SpaceSphere] a 3D globe and satellites, so orbital exploration is understandable, not just news-shaped #BigIron #CowboySpace #OrbitalAI

An AI may have just broken a 25-year-old rule of computer science. Or not. That's the point. OpenAI says its models produced new proofs in math, CS and physics. MIT's Ryan Williams and others are now checking them. Discovery got fast. Understanding still takes people.

Three weeks ago, this was a rough board with dice on it. Now there’s a whole Earth spinning in the middle. SpaceSphere Expeditions just got a redesigned board, new “Solar System” fields, and a much closer connection between learning and playing. The dice tray is gone. That space now belongs to the rotating Earth — the same globe you see on the SpaceSphere homepage. Land on a Signal or Mission field and a card lifts off the pile and flips open. Fields you own glow when a rival lands on them. The side panels now share the board’s wooden frame. It’s starting to feel like a table you want to sit down at. And the biggest change goes beyond how it looks. Every question in the learning module now flows into the game automatically. I used to approve them by hand. Questions that only made sense inside a lesson had to be rewritten to stand on their own at the table. A lesson added on Monday can become a question you face on Tuesday. The course and the game share one brain. Weekly rankings are live too: one ranked attempt per day, your best result of the week counts, and a reset every Monday. Public ranking is optional, nickname only. Just playing for bragging rights. The dice bring the luck. What you learn gives you an edge. Try the new board. One free game a day #boardgame #space #education