In the data manifold, the shortest path between two... points is a geodesic that pass through high density regions of data. Just like mass curves the space geometry, data also curves the space. In the example below we can see a geodesic being optimized between two points. 1/3show more

Without touching a single piece of land, it's possible... to sail from Alaska to India in a completely straight line. More precisely, along a geodesic, or a curve that constitutes the shortest path (arc) between two points on a surface, like a spheroid.show more

Many dimensionality reduction algorithms share a few central principles.... 1. Construct a graph that captures the data's local structure 2. Measure "geodesic" distances between points using the graph 3. Project the points to a lower dimension while preserving these distancesshow more

The latent space of earlier generative models like GANS... can linearly encode concepts of the data. What if the data was model weights? We present weights2weights, a subspace in diffusion weights that behaves as an interpretable latent space over customized diffusion models.show more

ELON MUSK: The future of AI data centers is... space and sooner than you’d think. Mark my words… in 36 months the most economically compelling place to put AI will be space. JENSEN HUANG: The amount of energy that we need for computing is probably 1,000x more than we currently have. JEFF BEZOS: The idea of data centers in space is very realistic. Data centers in space will happen. SAM ALTMAN: No. —— Sam Altman is getting too comfortable after taking OpenAI from Elon, forgetting that in the end, the ones who control the infrastructure, data centers and energy, will decide the future of AI.show more

The largest LNG plant in the world is on... fire 🔹Thermal anomaly tracking data with 100% certainty confirm two points of large fires in Qatar.show more

Dear friends, we are excited to introduce Data Points,... a rewards system built on the legacy of the RAS Factor System. Data Points reward engagement within the Dataland ecosystem—bridging past contributions with future benefits in both digital and physical realms.show more

max⁡(∣x∣,∣y∣,∣z∣,∣w∣)=1 You’re witnessing a 2D projection of a 3D... shadow cast by a 4D tesseract. As it rotates through the W-axis, the "inner" and "outer" cubes swap roles: a spatial inversion that feels like a glitch only because our biology is trapped in 3-space. It’s a hauntingly beautiful reminder that our "reality" is often just a lower-dimensional cross-section of a much more complex structure. Perspective is everything. This is used in high-dimensional data visualization, hypercube topologies in parallel computing networks, and exploring the geometry of extra dimensions in theoretical physics.show more

Here’s how Starlink next‑generation V3’s laser network works in... space Each Starlink V3 satellite is equipped with six high-capacity space lasers capable of operating at up to 400 Gbps These laser links connect satellites directly to one another, creating a fast, high-bandwidth and resilient mesh network in orbit that can route massive amounts of data around the planet without relying entirely on nearby ground stations That means more network capacity, faster data routing, greater reliability and stronger connectivity across remote and hard-to-reach regions Starlink V3 is not just a more powerful satellite It is a major upgrade to the internet infrastructure being built in spaceshow more

In classical differential geometry the Ricci curvature is a... unit of measure that defines the curvature of a manifold at a given point. It is expressed as the contraction of the Riemann tensor which equates the progressive curvature of a manifold. The Ricci curvature is essential in the study of Einstein field equations which relates the curvature of spacetime to the mass and its energy density. When studying #quantum field theory in curved spacetime, the Ricci curvature plays a vital role in the equations of motion for particles and fields, it’s specifically used to measure the curvature of the Fermi surface, which is a starting condition of electronic properties in the Hilbert space.show more

Here’s a proof of concept showing how data calculated... in Python can be used in Blender. #Blender can process the received data with custom geometry nodes, custom shaders and full 3D interactivity. This minimal example uses @networkX in Project Jupyter. Learn more in this thread🧵show more

I've always been excited about the hybrid client/server execution... model in MotherDuck but seeing how well the WebAssembly client works with Interactive Data Lab Mosaic is even more exciting. In the video below I am looking at 10m data points in my browser.show more

You thought the sky was the limit? Wingbits is... going to space 🚀 thanks to a strategic partnership with Spire, leader in space-based data and operator of the largest multipurpose satellite constellation. 🛰️ Together we’re launching a new satellite that will act as a validator of Wingbits’ ground data, increasing the security and reliability of our global flight tracking network. The satellite is scheduled for launch on the SpaceX Transporter-13 mission.show more

The Power of Decentralized Data 💪 Data is the... new oil, 🛢️ but it's also a valuable asset that needs to be protected. 🛡️ Traditional centralized data storage and processing methods are vulnerable to security breaches and data leaks. 🚨 Inflectiv's decentralized approach offers a more secure and efficient way to manage data. 🔐 By distributing data across the network, we reduce the risk of data loss and ensure that it remains under the control of its rightful owners. 🤝 Experience the power of decentralized data with Inflectiv. 🚀 #Inflectiv #DecentralizedData #DataSecurity #Blockchainshow more

Something that stood out rewatching Jacksonville’s season was tons... of drops… it was not only BTJ. So I checked the data… Trevor Lawrence led the NFL in dropped receiving yardage in 2025 (source: Fantasy Points Data)show more

Introducing Grayscale Space and Time Trust $SXT 🪐 ,... backed by M12 - Microsoft's Venture Fund and integrated with Microsoft Fabric*, connects the power of decentralized blockchains with the speed and flexibility of traditional databases through: 🏢 Enterprise-Readiness: Backed by Microsoft and integrated into Microsoft Fabric*, allowing developers to easily access data from networks like #Bitcoin, Sui, and #Ethereum. 🖊️ Proof of SQL: Verifies queries on tamperproof data using zero-knowledge proofs without needing to rerun or reveal underlying data. ⏳ Decentralized + Scalable: Blends blockchain security with traditional database speed and accessibility for reliable, real-time data access. ✅ Verifiable Data: As we enter the new age of AI, transparency is paramount. Space and Time enables verifiable data, helping ensure we can trust the datasets that power AI systems and smart contract applications. See important disclosures and learn more about the Grayscale Space and Time Trust: *Source: Space and Time press release, May 20, 2025.show more

We just streamed the first ultra-HD video brought to... you via laser from deep space. And it’s a video of Taters, a tabby cat. This test will pave the way for high-data-rate communications in support of the next giant leap: sending humans to Mars.show more

A developer just saved $4.5M in a single conversation.... He received a $12.5M quote for a Las Vegas resort fitout. Instead of signing, he ran the data through . The AI’s estimate: $7.2M. The contractor claimed that number was "impossible." After seeing the data, they settled at $8M. Stop leaving millions on the table. Trust the data, not the first quote.show more