与「enable-lens-region-search」相关的搜索结果

Chrome 浏览器右键菜单的“谷歌反向图像搜索”（下图），最近消失了，被 Google Lens 取代。这个新功能一点作用也没有，下面这篇文章教你怎么关闭它，恢复原来的反向搜索。 简单说，就是访问这个设置： chrome://flags/#enable-lens-region-search#

🚨 SCIENTISTS JUST CREATED ULTRA-COMPACT LENSES THAT COULD SHRINK CAMERAS DRAMATICALLY. Researchers have developed wafer-level meta-aspheric lenses that combine traditional curved lenses with flat metalenses. The result is a lens system that is only 3.39 mm thick but delivers wide field-of-view near-infrared imaging something that normally requires much bulkier optics. Why this matters: • Current high-performance NIR cameras are still relatively large and expensive • These new lenses can be manufactured at wafer scale (mass production) • They achieve high image quality in a volume of just 0.02 cm³ • Could enable much smaller, cheaper sensors for phones, drones, medical devices, and AR/VR The deeper implication is practical: We are entering an era where powerful imaging systems no longer need to be bulky. This kind of compact, high-performance optics could accelerate everything from better night-vision in phones to smaller medical imaging tools and more advanced autonomous systems. What do you think which device would you most like to see get dramatically smaller thanks to better optics? Follow for more frontier materials science and future technology.

NASA recently recognized one of America’s outstanding engineers. At @SpaceX’s Rocket Development Facility in McGregor, Texas, I joined Congressman @PeteSessions and McGregor Mayor Jim Lilley to present Andrew Berkowitz with NASA’s Exceptional Public Achievement Award. Andrew’s pioneering research to better understand liquid methane and oxygen explosions is helping enable the next generation of rockets that will return Americans to the Moon, establish a sustained U.S. presence on the lunar surface, and prepare us for Mars. America’s greatest achievements in space are built by extraordinary people whose work often happens behind the scenes. Andrew’s contributions will help shape the future of exploration for years to come. Congratulations on this well-deserved honor, Andrew, and thank you for your contributions to NASA’s mission and America’s future in space.

NASA recently recognized one of America’s outstanding engineers.   At @SpaceX’s Rocket Development Facility in McGregor, Texas, I joined Congressman @PeteSessions and McGregor Mayor Jim Moody to present Andrew Berkowitz with NASA’s Exceptional Public Achievement Award.   Andrew’s pioneering research to better understand liquid methane and oxygen explosions is helping enable the next generation of rockets that will return Americans to the Moon, establish a sustained U.S. presence on the lunar surface, and prepare us for Mars.   America’s greatest achievements in space are built by extraordinary people whose work often happens behind the scenes. Andrew’s contributions will help shape the future of exploration for years to come.   Congratulations on this well-deserved honor, Andrew, and thank you for your contributions to NASA’s mission and America’s future in space.

Software quality now depends on the constraints you set around your agents. When humans manually wrote most of the code we could look at the code itself for signs of quality. Is it clean? Is it thoughtful? Is it fast? Can another engineer understand it? Does it have tests? Agents can now generate more code than people can read. When code generation scales beyond review, quality - checks for one or more of correctness, maintainability, security, performance etc - increasingly has to live somewhere else. It moves into the harness, environment and operating system around the agent. This can be the tests and deterministic checks that decide what the system is allowed to do (amongst others). Your constraints are what may eventually enable loops of agents to deliver production software reliably. They can include unit tests, property tests, acceptance tests, mutation testing and quality metrics. This back-pressure lets the system resist bad work before it becomes somebody elses problem. Set your constraints. They decide whether the code your agents generate is good enough to ship.

The next trillion-dollar industry won't just be AI. It will be AI Humanoids + Web3 + DigitalIdentity. Explore .humanoids: Here's why: 1/ AI has transformed software. The next transformation is physical. Humanoid robots are moving into manufacturing, warehouses, healthcare, logistics, retail, and eventually everyday life. Some long-term industry forecasts envisionthe humanoid robotics economy reaching themulti-trillion-dollar range over the coming decades. 2/ Intelligence alone isn't enough. Autonomous humanoids will need secure digital identities to interact with people, businesses, and other machines. Identity becomes infrastructure. 3/ They'll also need to:
• Verify who they are
• Own digital assets
• Build reputation
• Authenticate services
• Access decentralized networks
• Coordinate with other AI agents 4/ That's where Web3 can add value. Decentralized identity, ownership, programmable payments, and verifiable credentials can enable machine-to-machine interactions without depending on a single centralized authority. 5/ As this ecosystem grows, human-readabledigital identities become increasingly important. Owning a .humanoids digital identity today could be similar to securing premium internetreal estate before mass adoption—givingbuilders, brands, creators, and communities anearly presence in the emerging humanoid economy. 6/ AI gives humanoids intelligence. Web3 enables ownership and verifiable identity. Together, they could help support autonomousmachine economies. 7/ The future won't just be digital. It may walk beside us. Work alongside us. And interact with us every day. We're still early. Discover the future of .humanoids:
 What role do you think decentralized identity will play in the age of autonomous robots? 👇 Join the discussion. #Humanoids# #AI# #Web3# #Robotics##DigitalIdentity# #ArtificialIntelligence##MachineEconomy# #FutureOfWork##Automation# #Blockchain# #DePIN#

At @SynaptrixAI, we’re exploring how people can control powered wheelchairs using only their minds, completely non-invasively. Our Atlas™ platform decodes movement intentions from EEG in real time and translates them into control of an on-screen cursor, similar to a motor implant without the surgery. Move the cursor forward and the wheelchair moves forward. Move it in any other direction and the chair follows. The same platform can enable thought-controlled wheelchair mobility, full computer access for work, gaming, chess, and more, as well as prosthetic and robotic arm control. It represents an important step toward restoring mobility and independence for people with paralysis without requiring an implant. We believe our systems will reach the capabilities of implanted interfaces by the end of this decade. Atlas™ will help many people explore and interact with the world once again!

For my first post, I’m sharing a letter @NVIDIA signed on why open models matter. AI will transform every industry, power every company, and be built by every country. Open models strengthen safety and cybersecurity, accelerate innovation and diffusion, and enable sovereignty. The world needs both frontier closed models and frontier open models.