Jasper Li @JasperCleanTech

One #Robot, Endless Configurations by @CyberRobooo #Robotics #Technology #Engineering #Innovation

neo turbine product formfactor so how right now

Tectonic @tectonicdefense

23 hours ago

Component manufacturing really is so hot right now. This morning, new-age manufacturing startup @VolundMfg announced that it’s raised a $12M seed round led by @rootvc to build low-cost gas turbine engines. tectonicdefense.com/exclusive-volu…

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@Sovol3d’s new machine is an IDEX tool changer? Didn’t expect that one. Exciting! Now, how does it calibrate the nozzle positions? Will it be heated? What kind of nozzles (e.g. brass, steel, etc) will be available at launch? Will slicer support be built into @real_OrcaSlicer ?

Canada’s deep investment crisis spans everything from machinery and equipment to technology, IP, R&D, and venture capital. Over a 10-year period, our business investment per worker dropped 16%, while it rose 9% in the Eurozone, 12% across the OECD, and 26% in the United States.

IEDM - MEI @iedm_montreal

a day ago

Canada is facing a real investment crisis. Over the past decade, investment per worker has declined, while in peer countries it has increased. If we want higher-paying jobs and rising living standards, we need to reduce the tax and regulatory barriers that discourage investment.

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The enterprise is not ready for #AI that can act simply because it has bought the tools. It becomes ready when it can govern action at machine speed without surrendering human accountability. #artificialintelligence #digitaltransformation open.substack.com/pub/tonymorone…

[PDF] Universal free-space photonic circuits for polarized structured light🛸

Right now, getting a robot to do one complex task takes an army of people. Watching it. Correcting it, Labeling everything. Thousands of hours. not any more introducing a new Remoroo capability: autonomous data collection from a single prompt.

Real-time world models are a game changer for robotics. 🤖 FlashDreams delivers up to 3× faster inference so robots can simulate, plan, and adapt on the fly.

Ruilong Li @ruilong_li

2 days ago

World models are moving beyond offline generation towards interactive, real-time experiences. Introducing ⚡FlashDreams⚡: an open-source high-performance inference and serving library built for autoregressive world models: 🔥 Up to 3.10× faster LingBot-World inference 🔥 Up to

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🚨 SCIENTISTS JUST BUILT A HIGH-PULSE-ENERGY MODE-LOCKED LASER ON A CHIP USING A MAMYSHEV OSCILLATOR. Ultrafast lasers have powered everything from corneal surgery to attosecond science and optical atomic clocks. But scaling them to high pulse energies while keeping them compact and integrated has been extremely difficult. Now, researchers have demonstrated an integrated Mamyshev oscillator that delivers significantly higher pulse energies than previous on-chip designs all while maintaining clean, stable mode-locking. Why this matters: • Mamyshev oscillators are known for generating high-energy pulses through nonlinear spectral broadening and filtering • Integrating this architecture onto a chip brings high-performance ultrafast lasers much closer to real-world applications • Higher pulse energy on-chip could enable compact sources for precision machining, biomedical imaging, and next-generation spectroscopy • It represents a major step toward practical, scalable integrated photonics for ultrafast science The deeper implication is significant: We are moving from bulky, power-hungry ultrafast lasers toward truly compact, chip-scale systems that can deliver serious pulse energy. This could accelerate the deployment of ultrafast laser technology in medicine, manufacturing, and fundamental research. If this approach continues to scale, we may soon see high-energy mode-locked lasers in devices and systems where size, cost, and efficiency previously made them impossible. What do you think which application would benefit most from compact, high-pulse-energy ultrafast lasers on a chip? Follow for more frontier photonics and laser technology.

What if large-scale metrology didn't require compromises? 📦 One transportable case 🔋 Truly wireless operation ⚡ Fast setup 📏 Precise single-point & dynamic measurements 🏗️ Built for installing and aligning large machine components Find out more: hxgn.biz/49tqXWv

"Industrial Deeptech" Maybe it's a term worth coining. Maybe it's already slipping off the tongue of someone sitting at a coffee shop in Indiranagar or Bandra or Hauz Khas. Nope. They're too busy chasing consumer & Saas. Very little VC money is currently flowing into: - Pressure vessel manufacturing - Heavy fabrication - Metal forming - Welding automation - Industrial equipment manufacturing - Contract manufacturing - Capital equipment builders - Industrial consumables Yet those sectors are benefiting from: - Defense expansion - Nuclear buildout - Hydrogen infrastructure - Semiconductor plants - Data center construction - Oil & Gas capex - Process industry localization The venture ecosystem is largely ignoring them because they do not fit traditional software-style returns. This creates an opening for what I would call "Industrial Deeptech": - Additive manufacturing - Robotic welding - Digital fabrication platforms - Factory automation - Smart pressure equipment - Industrial AI for fabrication - Advanced materials These are precisely the categories where patient capital is beginning to emerge, but competition for capital is still far lower than in SaaS.

If the reSail project succeeds in closing the gap between theory and reality, it could push fuel savings past the 25 percent mark. bit.ly/49EhCvb #ShipSails #GreenShipping #MaritimeEfficiency

Path Robotics has developed a legged robot called Rove for large-scale industrial welding. It moves to the worksite and scans welding seams to understand their shape. Then, its AI performs welding and adjusts the process in real time.

Recent Progress in CO2 Conversion: An Overview of Catalytic Strategies for Sustainable Fuel and Chemical Synthesis doi.org/10.1002/smm2.7…

SmartMat @SmartMat2

3 days ago

Recent Progress in CO2 Conversion: An Overview of Catalytic Strategies for Sustainable Fuel and Chemical Synthesis doi.org/10.1002/smm2.7…

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BlackBird Breakthrough: The First Cyclorotor Aircraft Successfully Takes Off by @spaceandtech_ #Aviation #EmergingTech #Technology #Innovation

🧬 CRISPR evolution — directly inside human cells — for the first time. PNAS: CRISPR-MACE uses adenovirus replication to continuously mutate, select, and amplify Cas9 variants in human cells, bypassing bacterial evolution limitations. Key results: 🔑 "Gatekeeper" G12D mutation: 3× higher DNA affinity 💪 DVKIH 5-mutant variant: ~1000× anti-CRISPR resistance ✅ Validated in CASFISH imaging — brighter, stronger signal Shoulders & Choudhary labs, Broad Institute | PNAS doi.org/10.1073/pnas.2… #CRISPR #DirectedEvolution #Cas9 #GeneTherapy #Broadinstitute

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Treventus Scan #Robot Digitizes Up to 2,500 Pages Per Hour by @AadityaAnand_11 #Robotics #Innovation #EmergingTech #Technology

A year of transformation for @intel - 18A ramped to high volume on multiple products. - 14A development on track. - Steady progress on building foundry business. - New SOCs launched on all major compute platforms. - Rebuilding and strengthening partnerships. - Creating new business opportunities. - Striking new partnerships across multiple verticals. - Only the Paranoid Survive!

.@cerebras' new data center in Toronto. Racks and racks of wafer scale chips. Designed and manufactured in the U.S. Deployed across North America - and beyond. More coming soon.

Taiwan isn’t just building AI infrastructure, it’s powering the world’s AI factory buildout. 👏 From fabs to factory floors, leaders like TSMC, Foxconn, QCT, Pegatron, and Wistron are using accelerated computing, digital twins, and AI agents to transform how AI systems are designed, built, and scaled. As NVIDIA Vera Rubin ramps into full production for agentic AI factories, Taiwan’s manufacturing leaders are showing how AI infrastructure becomes part of its own manufacturing engine. 🔗 Read the #NVIDIAGTC blog: nvda.ws/3S22WQl