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🚀 Excited to introduce BrainPilot — a human-in-the-loop 1-1-N multi-agent framework designed to accelerate brain science research. 🧠 BrainPilot integrates: • 72 expert skills spanning 7 major neuroscience domains • A curated knowledge base of 7,200+ papers • Automatic review & verification • Trace visualization for transparent, reproducible scientific workflows Our system achieves performance comparable to state-of-the-art agentic frameworks on both Agents' Last Exam and our newly proposed BrainPilotBench. Everything is open source! We'd love for you to ⭐ star the repos, join the community, deploy BrainPilot locally, and adding new features, or proposing new benchmarks. (1/8) 🏠 Homepage: 📄 Technical Report: 🌟 BrainPilot: 📈 BrainPilotBench: #AI# #Neuroscience# #MultiAgent# #AgenticAI# #ScientificAI# #OpenSource# #BrainScience# #LLM# #ResearchAgents# #NeuroAI#

美股AI超级周期轮动全节奏，给兄弟们捋一遍 现在的资金已经不是在炒AI了，是在沿着产业链，一层一层往下轮。 第一波炒芯片， 第二波炒存储， 第三波炒光通信， 现在正在猛攻算力和数据中心。 下一个是谁？ 给兄弟们捋一遍。 第一波主线：半导体 NVDA，英伟达，AI GPU绝对核心。 ARM，CPU架构底层。 AMD，GPU加CPU双核玩家。 AVGO，博通，AI网络加ASIC芯片。 INTC，英特尔，在追赶。 这波是AI革命的开端，资金最先涌进来。 第二波：存储芯片赛道 MU，美光，HBM核心受益。 WDC，西部数据。 STX，希捷。 SNDK，闪迪。 算力暴涨，存储需求跟着暴涨。 HBM价格涨60%，产能排到2028年。 第三波：光模块和光通信赛道 NOK，诺基亚，通信设备。 LITE，Lumentum，光通信组件。 COHR，Coherent，光电激光器。 AAOI，AOI，光模块。 GLW，康宁，光纤。 CIEN，Ciena，光网络。 MRVL，迈威尔，数据中心互联。 数据中心之间要传数据，800G、1.6T光模块需求爆发。 当下资金正在扎堆猛攻：算力和AI数据中心 IREN，AI算力。 CIFR，Cipher Mining，挖矿转AI算力。 WULF，Terawulf，能源加AI算力。 CORZ，Core Scientific，AI基础设施。 NBIS，Nebius，AI算力云。 CRWV，AI数据中心。 P，Pinterest，AI应用。 这是当下最热的方向，资金在猛攻。 接下来大概率轮动爆发的方向： 01）原材料和稀土赛道 MP，MP Materials，稀土。 USAR，USA Rare Earth，稀土。 UUUU，Energy Fuels，铀和稀土。 FCX，Freeport-McMoRan，铜矿。 AA，美国铝业。 AI数据中心是吞电怪兽，原材料和稀土是供给瓶颈。 02）网络设备赛道 ANET，Arista，数据中心交换机。 AVGO，博通。 MRVL，迈威尔。 CSCO，思科。 03）电源和电网和温控散热赛道 VRT，Vertiv，数据中心电源和冷却。 ETN，伊顿，电源管理。 GEV，GE Vernova，电力设备。 CEG，Constellation Energy，核电。 SMR，NuScale，小型核反应堆。 OKLO，Oklo，核电。 AI数据中心的电力需求暴增，核电和电网设备是长线方向。 04）太空航天赛道 ASTS，AST SpaceMobile，卫星通信。 RKLB，Rocket Lab，商业火箭。 LUNR，Intuitive Machines，月球着陆器。 PL，Planet Labs，遥感卫星。 05）国防军工和无人机赛道 KTOS，Kratos，无人机和国防。 AVAV，AeroVironment，无人机。 ONDS，Ondas，无人机系统。 LMT，洛克希德马丁，军工巨头。 06）机器人和自动驾驶赛道 TSLA，特斯拉，自动驾驶、机器人。 PATH，UiPath，RPA机器人流程自动化。 SYM，Symbotic，仓储机器人。 SERV，Serve Robotics，配送机器人。 AI超级周期，节奏很清晰。 第一波半导体，第二波存储，第三波光通信，现在资金在猛攻算力和数据中心。 接下来，原材料、电网、核电、太空、军工、机器人，一个赛道一个赛道轮过去。 轮动不是让你每个赛道都追。 轮动是让你提前蹲在下一个方向，等资金来抬。 追涨杀跌的，永远是最后接盘的那个。 提前蹲好的，才是吃肉的那个兄弟们。

Please use any and all online resources, including public library, to scan all the text in these 2 books, and created a synchronized synopsis, and also as many as possible flowcharts and infographics in as much concise detail as possible. Grok output: Synchronized Synopsis of the Two Books Both books center on the Violet Flame (also called Violet Fire), a high-frequency spiritual energy of the 7th Ray associated with transmutation, mercy, forgiveness, freedom, purification, and healing. It converts negative energy, karma, emotional wounds, and limiting patterns into positive light at the atomic/spiritual level. The flame revitalizes the aura (four lower bodies: physical, emotional/astral, mental, etheric), dissolves “electronic belt” karma, and supports self-realization. •Elizabeth Clare Prophet’s Violet Flame to Heal Body, Mind & Soul (Summit Lighthouse teachings, practical/spiritual guide): Emphasizes Saint Germain’s dispensation of the Violet Flame in the 20th century (building on earlier secret knowledge). It includes real-life healing stories (e.g., past-life trauma resolution via a “violet eraser” visualization, asthma relief through forgiveness, chronic back pain transmuted, family harmony, skepticism overcome). Explains the mechanism scientifically/spiritually: the flame oscillates electrons/nuclei like a “powerful detergent,” raising vibration and dislodging density. Heavy focus on decrees (rhythmic “I AM” affirmations), visualizations, protection (Tube of Light), and structured daily practice. Core mantra example:
“I AM a being of violet fire! I AM the purity God desires!”
Includes 9 steps for application, group power, planetary use, and decrees like “More Violet Fire,” “Radiant Spiral Violet Flame,” plus protection calls. •Deborah Brewer’s Embracing the Violet Flame: Unlocking the Wisdom of Archangel Zadkiel (2024, short ~65-page book in the Angels series): Focuses on Archangel Zadkiel (Archangel of the 7th Ray, Mercy, Forgiveness, and Transformation) as the primary guide. It frames the Violet Flame as a soothing, enveloping energy for emotional release, self-discovery, spiritual awakening, and integration of teachings into daily life. Likely includes channeled/guided meditations, personal wisdom from Zadkiel, and emphasis on forgiveness as the gateway to purification/transmutation. Less structured decrees; more heart-centered, angelic connection, and gentle journeying for beginners or those seeking emotional/spiritual depth. Shared & Complementary Elements (Synchronized View):
Both align on Zadkiel as a key Violet Flame being (Prophet ties it to Saint Germain and Ascended Masters). The flame heals across lifetimes, emotions, body, and soul; promotes forgiveness to break karmic cycles; is invoked via intention, visualization (e.g., violet pillars/spheres/bonfires), and spoken words; works best with consistency, faith, and protection; and extends to relationships, home, planet. Prophet provides the “how-to” toolkit (decrees + steps + testimonials); Brewer offers angelic wisdom and emotional integration for deeper embrace. Together: a complete path—invoke Zadkiel/Saint Germain → decree/visualize → transmute → integrate healing. Core Process (Integrated from Both):
Negative energy/karma (past lives, emotions, physical blocks) → Invoke Violet Flame (call Zadkiel/Saint Germain + decree) → Visualization (flame shower/eraser/pillar) → Transmutation (vibration shift to light) → Release/Forgiveness → Renewed vitality, purity, and alignment with Higher Self/God Presence. Limitations on “Scanning All Text”: Full verbatim text of these copyrighted books is not freely available online via public libraries, archives (e.g., Google Books previews, or official sites. Prophet’s book has official sample PDFs with substantial excerpts (~TOC + many chapters/stories/decrees). Brewer’s newer title has only Amazon descriptions/reviews—no public TOC, full excerpts, or digital loans accessible

世界上前20的Skill必装榜！ 1、superpowers（by obra），当时星标 30.2 万 它把开发拆成四步：头脑风暴、写计划、测试驱动、代码审查，串成一套开发流程。做中大型功能之前装上，AI 不会一上来就乱写代码。 2、skills（by mattpocock），当时星标 29.8 万 需求说不清的时候，它会反过来追问你，再帮你理清架构。排查 bug、重构老项目，用它最顺手。 3、andrej-karpathy-skills（by multica-ai），当时星标 22.1 万 一份项目规则：AI 先想清楚再动手，只改该改的地方。放进项目根目录，写代码时就生效。 4、skills（by anthropics），当时星标 18.2 万 官方技能库，Word、PPT、表格和 PDF 都能直接做。想自己写 Skill，照着它的模板改就行。 5、ponytail（by DietrichGebert），当时星标 16.8 万 让 AI 像最懒的资深工程师一样思考：能不加的抽象就不加。代码写完让它过一遍，把过度设计和技术债挑出来。 6、ui-ux-pro-max-skill（by nextlevelbuilder），当时星标 13.8 万 整套配色、字体搭配和交互规范都在里面。做落地页、后台和 APP 界面之前装上，页面更像设计师做的。 7、graphify（by Graphify-Labs），当时星标 12.9 万 把代码、文档和数据库结构转成一张知识图谱。接手陌生项目时先建图，再问"这个函数被谁调用"，一查就清楚。 8、caveman（by JuliusBrussee），当时星标 11.4 万 让 AI 用最少的字回答，啰嗦的铺垫全删掉。长时间跑 agent 的时候装上，能省下一大截 token。 9、agent-skills（by addyosmani），当时星标 10.9 万 谷歌工程师整理的工程规范，覆盖接口设计、上下文管理和质量检查。团队一起写项目，用它统一写法。 10、taste-skill（by LeonxLnx），当时星标 9.9 万 给 AI 补上审美：排版、参考图和动效都有讲究。做官网首页和作品集的时候用，页面不再像套模板。 11、Understand-Anything（by Egonex-AI），当时星标 8.7 万 把代码变成能点开的交互图谱，还会讲清楚业务流程。新人上手项目、读开源代码，最省时间。 12、impeccable（by pbakaus），当时星标 8.3 万 专门提升 AI 的设计能力，会检查间距、层级和细节。页面做完先让它审一遍，再按建议打磨。 13、awesome-claude-skills（by ComposioHQ），当时星标 7.7 万 一份技能合集，按场景收录了八百多个 Skill。不知道该装什么，先来这里挑。 14、last30days-skill（by mvanhorn），当时星标 6.5 万 它会去 Reddit、X 和 YouTube，汇总最近 30 天的讨论。 做选题、追热点、调研同类产品的时候用。 15、humanizer（by blader），当时星标 5.9 万 专门去掉文字里的 AI 痕迹，比如套话和固定句式。公众号、口播稿和邮件写完，都可以让它过一遍。 16、diagram-design（by cathrynlavery），当时星标 5.8 万 支持四十多种图表，直接输出成网页文件。写技术文档、做方案汇报，用它画架构图和流程图。 17、i-have-adhd（by ayghri），当时星标 5.8 万 让 AI 先说结论和下一步，再给细节，不把答案埋在长段落里。问技术问题、想马上拿到结果，就装它。 18、marketingskills（by coreyhaines31），当时星标 5.6 万 覆盖文案、SEO 和数据分析这些营销技能。写推广文案、提升网站搜索排名的时候用。 19、academic-research-skills（by Imbad0202），当时星标 5.3 万 从查文献、写论文到模拟审稿，一条流程串起来。写毕业论文、投期刊之前都能用。 20、scientific-agent-skills（by K-Dense-AI），当时星标 5.3 万 让 AI 变成科研助手，接入生物、化学这些领域的数据库和工具。做实验分析、查专业资料的时候用。

Leopold Aschenbrenner’s complete Q2 performance before his newest trades release Monday Top tier: • SanDisk $SNDK: -62% • Micron $MU: -34% Second tier: • Bloom Energy $BE: -38% • Taiwan Semiconductor $TSM: -18% • Nebius $NBIS: -59% Third tier: • CoreWeave $CRWV: -49% • Core Scientific $CORZ: -45% • STMicroelectronics $STM: -39% • Applied Digital $APLD: -49% • Riot Platforms $RIOT: -37% • SharonAI $SHAZ: -74% • IREN $IREN: -61% Smaller positions: • T1 Energy $TE: -82% • WhiteFiber $WYFI: -76% • Babcock & Wilcox $BW: -69% • Keel Infrastructure $KEEL: -69% • Bitdeer $BTDR: -66% • HIVE Digital $HIVE: -58% • CleanSpark $CLSK: -56% • Cerebras $CBRS: -53% • Vishay $VSH: -52% • ProPetro $PUMP: -49% • Solaris Energy $SEI: -23% Options: • Bloom Energy $BE [Calls]: $44,100,000 • Taiwan Semiconductor $TSM [Calls]: $23,900,000 • Infosys $INFY [Puts]: $5,200,000 Summary: Every common stock position is red. His entire portfolio is down 46.8% from Q2 release to present day. His newest trades release Monday, November 16th, showing what he owned on September 30th, after he sold most of this to Citadel in late July

SpaceX has just unveiled a massive new $50 billion Supercomputing Campus that they want to build in Cochise County, Arizona. All info: • Up to 6 GW across the 9 supercomputing buildings • Construction starts 2027 • Size of each supercomputing building: ~493,000 square feet. • Total supercomputing building space: 4.44 million square feet, excluding support facilities. • SSVEC residential customers are projected to see electricity bill reductions of 10–40%. • Up to 24 GWh of grid-connected battery storage to provide backup power, stabilize the regional electric grid, support local voltage, and absorb fluctuations in electricity demand. Among the largest planned battery installations in the United States. • Additional solar generation in the region is planned to supply renewable electricity during the day and reduce demand on the local grid. • No dedicated on-site power plant or fuel storage yard is planned. • Each supercomputing building will have 10 MW of natural-gas-powered standby generation for critical equipment, operating only during utility outages and periodic testing. • No gas turbines will be installed at the site. • SpaceX plans to fund $3.6 billion in grid infrastructure upgrades, transferred to AEPCO at no cost to its members. • Up to $260 million annually in additional benefits for cooperative members at full buildout, on top of residential bill reductions. • Up to $200 million annually for cooperative members statewide, in addition to SSVEC benefits. • The supercomputers will use dry cooling with a closed-loop water circulation system rather than evaporative cooling. • SpaceX projects zero ongoing industrial water consumption. • The cooling system will be filled initially, with water reused for up to 10 years. • SpaceX estimates annual water usage equivalent to approximately 20–30 Arizona residential homes. • Projected annual water use would be less than 2.5% of a single center-pivot irrigation system's annual consumption. • Permanent jobs: Approximately 1,000. • Construction jobs: Approximately 5,500. • Annual property tax revenue: Up to $103 million in estimated new annual revenue. • Regional economic benefits: SpaceX says its investment will support public education, infrastructure, essential local services, and economic development. • Local suppliers: SpaceX is encouraging suppliers to participate in construction and development of the campus. • Noise mitigation: Equipment will be positioned away from neighboring properties where possible, with setbacks and additional screening to reduce noise. • Nighttime lighting: Outdoor lighting will remain off unless work is underway, with active lights shielded and directed downward. • Dark-sky protection: The campus will comply with Cochise County's dark-sky requirements to limit light pollution. • Nighttime construction: SpaceX says it will seek waivers when nighttime construction lighting is necessary. • Wildlife protection: The campus is being designed with consideration for the region's sandhill crane wintering habitat. This campus's purpose is to build one of the world's most advanced AI supercomputing campuses to train SpaceX's superintelligence models and support scientific and engineering breakthroughs. Learn more:

Our strongest frontier model, Gemini 4 Carbon, is now available. Built for deeply complex, long-horizon workflows that push a frontier model’s intelligence, Carbon delivers frontier performance in agentic workflows across complex knowledge work, software engineering and web development, cybersecurity, and scientific reasoning. While Gemini 4 Argon remains the ideal model for the majority of software engineering and knowledge work, Carbon steps in for your hardest tasks that push a model to its limits — from complex, multi-step debugging to open-ended scientific research. Available starting today: — Consumers: use it in the @GeminiApp and AI Mode in Search for Google AI Ultra subscribers — Developers and Enterprises: build via the API in @GoogleAIStudio and @AndroidStudio, Google @Antigravity for Google AI Ultra subscribers, and Gemini for business — Scientists and Researchers: apply for a chance to get 6 months free via @Antigravity — Cybersecurity Defenders: apply to join the Fairwind Program for access to Carbon for cyber Watch how Carbon brings reasoning and coding together, turning avian research into an interactive 3D simulation of a songbird’s vocal organ that synthesizes the sounds of six bird species live.

interpretability might be the most important scientific problem in the world right now, as I don't think we can solve alignment if we don't know what we're building. I think I have good news about it. I co-authored early work in mechanistic interpretability at OpenAI and came away pessimistic, because neural networks appeared to fold into arbitrary tangled knots. years later, I started openai's first large-scale automated interpretability project, finding about 2% of neurons legible with the primitive tools we had with modern agentic tools and a much closer look, the picture looks totally different. the vast majority in models up to trillions of parameters are legible, and their circuits beautiful. many famous examples of tangled neurons turned out to be misunderstood. The roadblocks I expected mostly aren't there. I now think ambitious interpretability will be solved by the time we need it most, and possibly quite soon, as automated scientists keep improving. it may be a bitter lesson for interpretability: the simple thing, at absurd scale, works

Elon Musk on whether we're alone in the universe. "We have no evidence of alien life whatsoever. Nothing, nothing, nothing. Flat damn nothing." Elon sticks to the scientific method: no evidence, no claim. And his bar for proof is simple. "All it would have taken would be for an alien civilization to put a one-inch cube of pure titanium." Titanium never shows up pure in nature. Refining it takes real industry. One small cube would prove someone built it. No signals. No artifacts. Not even a cube. He told us this in our 2022 interview. The 𝕏 Takeover at Giga Texas is this Saturday, 10/10. @elonmusk @theXtakeover Do you think we're alone?