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  • 01500
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    24時間テレビ 2026
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    三宅 健
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  • 06500
    日本国債
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  • 07100
    自衛隊
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  • 08200
    iccとは
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  • 09100
    本田真凜
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  • 101000
8分钟前更新
8小时前更新
  • 01913
    给 Claude 装上 SEO 专家
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  • 02467
    本地优先的英语语法检查工具
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  • 03712
    把 iPhone 变成 Mac 扩展屏
    这是一款免费开源的 macOS 副屏工具,可将闲置的 iPhone 或 iPad 变成第二个显示器。插上数据线或连同一 Wi-Fi 即可使用,可以直接把窗口拖过peetzweg
  • 04891
    让 AI 助手看懂视频
    这是一个为 Claude Code 等 AI 助手提供视频理解能力的技能包。输入视频网址或本地文件后,它会借助 yt-dlp 和 FFmpeg 提取关键帧与字幕bradautomates
  • 052256
    拒绝 AI 味的网页设计技能
    这是一个面向 Claude Code、Cursor 和 Codex 的网页设计技能,旨在避免 AI 生成页面千篇一律。它内置 20 个主题、4 种命令模式、57Nutlope
  • 06542
    Xteink 墨水屏阅读器的开源固件
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  • 07545
    可自托管的浏览器书签管理平台
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  • 082420
    可多人协作的旅行规划平台
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  • 091417
    把 AI 编程助手变成视频工作室
    这是一个开源的智能体视频制作系统,可让 Claude Code、Cursor、Copilot、Windsurf 和 Codex 根据自然语言完成调研、脚本、素材calesthio
  • 10555
    同时指挥多个 AI 编程助手
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  • 111062
    让 AI 少读代码的图谱工具
    这是一款本地优先的代码智能图谱工具,专为 MCP 和 CLI 设计。它通过 Tree-sitter 解析函数、类、调用和测试之间的关系,并持久化存成图。修改文件tirth8205
  • 123415
    把多张网卡的带宽叠加起来
    这是一款专为 Windows 平台打造的多网卡带宽聚合下载加速工具。当电脑同时接入网线、Wi-Fi 或手机热点时,它可将下载任务分配到不同网卡上,实现远超单网卡Hypostasis-Cat
  • 13736
    严格的 LLM 结构化输出框架
    这是一个约束大语言模型输出格式的 Python 库,可在生成过程中保证结果符合指定结构,而不是生成后再用正则修补。调用时只需传入期望的类型,同一段代码还能在 Odottxt-ai
  • 14720
    开源的企业级分布式监控平台
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  • 15544
    《死亡搁浅 2》背后的物理引擎
    这是一款用 C++ 编写的刚体物理与碰撞检测库,支持多核并发和确定性模拟。它提供球体、方块、胶囊体等形状的连续碰撞检测,以及多种约束类型、软体、毛发模拟等功能,jrouwe
  • 161343
    复古 PC 模拟器
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  • 17603
    小巧的 Windows 网络管控工具
    这是一款用于管理和控制 Windows 网络活动的工具,体积小、没广告、完全免费。它基于 WFP 实现网络过滤,不依赖系统自带防火墙,支持自定义规则、IPv6、henrypp
  • 18408
    Git 历史重写工具
    这是一款用于重写 Git 仓库历史的命令行工具,可作为 git filter-branch 的替代品。它仅需 Python 和 Git 即可运行,支持批量改写提newren
  • 19575
    手机上的服务器管理工具
    这是一款用 Flutter 开发的服务器监控与管理工具,支持 iOS、macOS、Android、Linux 和 Windows。它提供 CPU、传感器、GPUlollipopkit
  • 20394
    菜单栏里的桌面空间切换工具
    这是一款用于查看和切换 macOS 桌面的工具,支持点击图标或滚动鼠标快速切换桌面,还能为每个桌面设置颜色、图标、文字标签或表情符号。gechr
Homebrew
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Hugging Face
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1分钟前更新
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  • 05151.0万
    Salesforce/wikitext
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  • 06150.1万
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  • 07147.7万
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  • 09133.4万
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  • 10132.1万
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  • 11131.4万
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  • 14110.0万
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  • 15107.2万
    openai/gsm8k
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  • 16101.4万
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  • 1798.0万
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    region:uschuhaojie
  • 2760.7万
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虎扑
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IEEE Spectrum
Biomedical
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  • 01
    SOLARIS Project Will Study a Total Eclipse and the Heart
    On 12 August, just before sunset, a strip of the Iberian peninsula will witness its first total solar eclipse in more than 120 years. For many across the region, this is a rare chance to see the moon block out the sun. For one group of researchers, it’s an even rarer chance to record the human body’s reaction to that awesome phenomenon . For the first time, scientists will monitor those observers with the aid of smartwatches and fitness trackers. In Catalonia, the SOLARIS project is recruiting wRahul Rao
  • 02
    Sleep Patch Could Track Brain’s Nightly Cleansing Ritual
    When you get a good night’s sleep, you aren’t just giving your brain a chance to rest. Sleep activates a system only discovered in 2012 that washes out brain waste. Called the glymphatic system, it’s comparable to the better-known lymphatic system that moves and filters fluids throughout your body. A healthy glymphatic system is linked to good cognitive function and could prevent neurodegenerative diseases like Alzheimer’s, but monitoring it during sleep has been practically impossible in humansAlex Music
  • 03
    Injectable Outlet in the Body Powers Bioelectric Implants
    Supplying power to bioelectronic implants is essential for long-term operations. However, placing a socket on them can invite invasions from microbial intruders, and wireless charging antennas are often bulky. Now scientists have created a new implantable power outlet accessible via needle they say can overcome the challenges faced by previous charging techniques. “It is intended to serve as a general access point that could be integrated with many existing implantable bioelectronic devices, incCharles Q. Choi
  • 04
    Exosuit Aids Walking Without Motors
    Researchers in China have developed a soft exoskeleton for the lower body that is completely motor-free and is driven instead by high-power artificial muscles. The harness reduces the amount of energy a person spends walking by nearly a sixth, surpassing most hip-assistive exoskeletons, according to a study detailing the device published 10 July in the journal Science Advances . Companies and research groups worldwide are developing soft exoskeletons as wearable harnesses that can assist and augCharles Q. Choi
  • 05
    Cortisol Could Be the Next Frontier for Wearables
    In barely a decade, the continuous glucose monitor has turned real-time blood sugar into a number that millions track on their phones. The small round patch on the back of the arm is everywhere now—on diabetics, athletes, biohackers, and the simply curious. And for people with diabetes , it has revolutionized management of their disease. Now a startup called Adaptyx Biosciences has taken a major step toward doing for the stress hormone cortisol what the glucose sensors did for blood sugar. LastElie Dolgin
  • 06
    This AI Folds DNA Into Mini Masterpieces
    Shaped like dogs, stars, and the Mona Lisa, you could mistake these DNA structures for fun-shaped macaroni if they weren’t only nanometers wide. South Korean scientists made the constructions using a technique called DNA origami , which can bend genetic material into any form. Designing DNA strands so they’ll fold into a specific shape typically requires tedious manual work, but the researchers behind the playful fabrications have developed a shortcut using generative AI. The AI model, called GeAlex Music
  • 07
    How a Google DeepMind Spin-off Hunts Hidden Drug Targets
    For more than a decade, artificial intelligence has been touted as a way to dramatically accelerate drug discovery . Yet despite billions of dollars in investment, relatively few AI-designed medicines have made it to patients. That’s partially because the timelines for careful drug testing can’t be easily compressed—and partially because drug development is just really hard. Isomorphic Labs , the Google DeepMind spin-off that’s building on DeepMind’s Nobel Prize-winning work on protein structureEliza Strickland
  • 08
    Ultrasound Patch Could Form Future Pacemaker
    With the reliability of a quality wristwatch, pacemakers send out electric pulses to keep your heart beating at a steady rate. But unlike a watch, when the batteries need replacement, it’s a surgical affair—one that can be required as often as every five years . While the risks of having a pacemaker implanted are low, going under the knife always creates the potential for complications. A group of California and Massachusetts scientists have developed a pacemaker that works without requiring surAlex Music
  • 09
    Could This Blood-Filtering Device Help Treat Ebola?
    As the deadly Bundibugyo strain of Ebola continues to ravage parts of Central Africa, physicians once again find themselves scrambling for ways to keep the sickest patients alive. Existing antibody treatments are strain-specific and don’t target the virus responsible for the current outbreak, leaving few therapies capable of clearing virus from the bloodstream. This forces doctors to rely largely on supportive care for people in advanced stages of disease. That treatment gap is reviving interestElie Dolgin
  • 10
    Poetry for Engineers: Cyborg Laboratory
    This is the place where you face yourself, the you that could be you with a few different parts, a pump for your heart, eyes off color, and fresh off the shelf fake hair (a bit obvious), skin smoothed. You’re not perfect, but it’s a good start. Down to small digits, you’ll be improved. Memory maintained by small motors, as long as these gizmos don’t glitch. What’s before you? Full replacement or a constant game of test and switch, pieces peeled off, disconnected, removed, until you are not yoursPaul Jones
  • 11
    Leap in DNA Synthesis Slashes Time to Build New Genetic Sequences
    A new method for writing DNA promises to unlock the potential of generative AI in biology, giving scientists a fast, affordable, and accurate way to physically build the novel genetic sequences that predictive models are now producing faster than anyone can construct them. The technique, called Sidewinder, can assemble dozens of genetic sequences simultaneously in a single test tube, producing just one incorrect junction for every 10 million assembly events—a level of precision that far surpasseElie Dolgin
  • 12
    System Boosts Speech Volume Based on Brain Signals
    It can be difficult to carry on conversation in a crowded public setting, and even more so with any degree of hearing loss. But what if you could amplify only the person you wanted to hear and suppress the rest ? What if a computer could do that automatically by reading your brain? When we focus on a particular person talking, we subconsciously track the gradual modulations in speech volume, which vary from speaker to speaker. This characteristic pattern appears in the brain activity of the listGreg Uyeno
  • 13
    Developers: Get Your Medical Mobile App Verified By IEEE
    Patients who use mobile applications to manage medical conditions including depression and chronic pain might assume the apps have been evaluated by regulatory agencies to be safe and effective. But that isn’t necessarily the case. Most of the more than 55,000 medical apps that claim to diagnose or treat a condition—or ones that provide clinical decision support, known as “therapeutic” apps—have never been assessed by any trusted neutral bodies or regulatory agencies to evaluate them for technicKathy Pretz
  • 14
    Can AI Chatbots Reason Like Doctors?
    One of the earliest stated goals for computing in medicine was to aid in clinical reasoning: the decision-making steps required to reach a diagnosis and form a treatment plan. And over the years, researchers have built many clinical decision support systems, which have typically been purpose-built, with painstakingly written rules about symptoms, test thresholds, and medication interactions. As artificial intelligence capabilities develop, clinical reasoning is a natural application. Now, a largGreg Uyeno
  • 15
    Chatbots Need Guardrails to Prevent Delusions and Psychosis
    Millions of people worldwide are turning to chatbots like ChatGPT or Claude, and a proliferating class of specialized AI companionship apps for friendship, therapy, or even romance. While some users report psychological benefits from these simulated relationships, research has also shown the relationships can reinforce or amplify delusions, particularly among users already vulnerable to psychosis. AIs have been linked to multiple suicides, including the death of a Florida teenager who had a montStephen Cousins
  • 16
    Bionic Tech Must Prove Itself Beyond the Lab
    I first met Robert Woo in 2011, during his third time walking in a powered exoskeleton . The architect had been paralyzed in a construction accident four years earlier, but he was determined to get back on his feet. Watching him clunk across a rehab room in an exoskeleton prototype, the technology felt astonishing. I had the same reaction when reporting on early brain-computer interfaces (BCIs), which enabled paralyzed people to move robotic arms or communicate by thought alone . Both types of bEliza Strickland
  • 17
    Do We Really Need Smarter AI to Cure Cancer?
    By some estimates, more than a trillion dollars have already been invested in artificial intelligence. But large tech companies , including Meta and OpenAI, are still not content with today’s AI; they say they’ve set their sights on powerful, versatile AI that by some measure would match or even exceed human performance. A remarkable amount of resources is being poured into developing artificial general intelligence (AGI) or even more capable artificial super intelligence (ASI). Excitement arounGreg Uyeno
  • 18
    Chips Sense Free Radicals With Speed
    When things go bad—be it beer, batteries, or blood—they generate a certain class of molecules called free radicals. Scientists use a technique called electron paramagnetic resonance (EPR) spectroscopy to pick up the concentration and identities of free radicals, but today’s equipment relies on huge, heavy magnets. Groups of researchers in California, Germany, and now France have been inventing ways to shrink the whole spectroscopy system onto a chip, so scientists can take the instrument into thSamuel K. Moore
  • 19
    Can Biologists Rewrite the Genome’s Spaghetti Code?
    What if biology stopped being something we study and started becoming something we design? That’s the premise of Adrian Woolfson ’s new book, On the Future of Species: Authoring Life by Means of Artificial Biological Intelligence , which published on 28 April from MIT Press . He argues that advances in AI and DNA synthesis are pushing biology toward an engineering paradigm—one in which scientists can generate new genetic sequences and eventually build organisms to order. He calls this emerging cEliza Strickland
  • 20
    Engineering Collisions: How NYU Is Remaking Health Research
    This sponsored article is brought to you by NYU Tandon School of Engineering . The traditional approach to academic research goes something like this: Assemble experts from a discipline, put them in a building, and hope something useful emerges. Biology departments do biology. Engineering departments do engineering. Medical schools treat patients. NYU is turning that model inside out. At its new Institute for Engineering Health , the organizing principle centers around disease states rather thanThomas Machinchick
  • 21
    Contact Lens Uses Microfluidics to Monitor and Treat Glaucoma
    More than 80 million people suffer from glaucoma globally , making it the second most common cause of blindness worldwide. The disease—caused by elevated internal eye pressure damaging the optic nerve—is incurable, but its progression can be slowed with drugs to control eye pressure. Now, researchers have developed an electronics-free smart contact lens that can track the disease in real time and also deliver drugs in response. The all-polymer lens includes a microfluidic sensor that monitors eyEdd Gent
  • 22
    What It’s Like to Live With an Experimental Brain Implant
    Scott Imbrie vividly remembers the first time he used a robotic arm to shake someone’s hand and felt the robotic limb as if it were his own. “I still get goosebumps when I think about that initial contact,” he says. “It’s just unexplainable.” The moment came courtesy of a brain implant: an array of electrodes that let him control a robotic arm and receive tactile sensations back to the brain. Getting there took decades. In 1985, Imbrie had woken up in the hospital after a car accident with a broEdd Gent
  • 23
    Chip Can Project Video the Size of a Grain of Sand
    By many estimates, quantum computers will need millions of qubits to realize their potential applications in cybersecurity, drug development, and other industries. The problem is, anyone who has wanted to simultaneously control millions of a certain kind of qubit has run into the problem of trying to control millions of laser beams. That’s exactly the challenge that was faced by scientists working on the MITRE Quantum Moonshot project , which brought together scientists from MITRE, MIT, the UnivVelvet Wu
  • 24
    Tiny Graphene Drums Let Doctors Identify Bacteria by Sound
    Identifying bacteria by sight can be quite difficult. Why not listen to them instead? Researchers at TU Delft in the Netherlands and the university’s spinoff company SoundCell think that bacterial infections could be diagnosed with sound. They’ve crafted a nanoscale drum kit that uses some of the world’s smallest percussion instruments to turn a bacterium’s motions into song . Previously, the Delft researchers showed that listening to a germ’s drumbeat could quickly screen it for antibiotic resiRahul Rao
  • 25
    “Living Pharmacy” Implant Keeps Drug-Producing Cells Alive Longer
    Cells that have been genetically engineered to produce drugs are a promising way to deliver medicines inside the human body, but keeping those cells alive is challenging. A new bioelectronic implant can now support populations of three different drug-producing cells for more than a month. The researchers behind the result say it’s a step toward “living pharmacies” that can deliver a range of drugs on demand. But another promising avenue involves using genetic engineering to turn cells into livinEdd Gent
  • 26
    Young Professional’s AI Tool Spots Mental Health Conditions
    Abhishek Appaji has committed his career to bringing lifesaving technology to underresourced communities. The IEEE senior member weaves together artificial intelligence, biomedical engineering, deep learning, and neuroscience to make doctors’ jobs easier and to improve patient outcomes. “The intersection of these fields is where the most impactful breakthroughs in diagnostic precision occur,” says Appaji, an associate professor of medical electronics engineering at the B.M.S. College of EngineerAmanda Davis
  • 27
    Scientists Build Living Robots With Nervous Systems
    Engineers have long tried to mimic life. They’ve built machine learning algorithms modeled after the human brain , designed machines that walk like dogs or fly like insects , and taught robots to adapt, however clumsily , to the world around them. Now they are skipping imitation altogether. Instead of taking inspiration from biology, they are building robots out of it: fashioning tiny, free-swimming assemblages of living cells that organize into self-directed systems, complete with neurons thatElie Dolgin
  • 28
    What Exoskeletons Learned From One Relentless User
    It’s easy to assume that Robert Woo was defined by the accident that took away his ability to walk. Certainly, the day of his accident—14 December 2007—was a turning point. Woo, an architect working on the new Goldman Sachs headquarters in New York City, hadn’t attended his company’s holiday party the night before, and that morning he was the only one in the trailer that served as the construction-site office. He was bent over his laptop when, 30 floors above, a crane’s nylon sling gave way , seEliza Strickland
  • 29
    Can Electrical Stimulation Restore Sight?
    The optic nerve is like a high-speed fiber-optic cable between your eyes and your brain. But once that cable is cut, whether through trauma or disease , the nerve cannot be repaired and vision cannot be restored. Some engineers are working to change that. Shadi Dayeh , a professor of electrical and computer engineering at UC San Diego, has been developing a technology that could electrically stimulate and regenerate the optic nerve. His work is part of a multidisciplinary initiative called VISIONovid Parsi
  • 30
    How Your Virtual Twin Could One Day Save Your Life
    One morning in May 2019, a cardiac surgeon stepped into the operating room at Boston Children’s Hospital more prepared than ever before to perform a high-risk procedure to rebuild a child’s heart. The surgeon was experienced, but he had an additional advantage: He had already performed the procedure on this child dozens of times—virtually. He knew exactly what to do before the first cut was made. Even more important, he knew which strategies would provide the best possible outcome for the childSteve Levine
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