can you identify 10 nations leaders who believe millennials can save humanity with AI as much as King Charles and Japan's Emperor. and which of Japans 5 candidates for leading parliament believe in AI and digoital Games as Japans giant leaps with humanity is it time for 10 nations to updaye 5 nations plaza accord 185 which rebalanced us and japan currencies how is freedom of speech evolvining in usa uk jpana saudi france- what willasean make of trump and jensen hiuag advice at korean hosting of asean summit 1 nov after jensen huang host dc ai summit at national convenetion center oct 27-9; can we compare olympics opportunities for intelligence- 1964 when charles first visited tokyo, 2012 when queen elizabeth paracgouted into london olympics with japems bond, tokyo'dss audienceless olympics 2020/1, la's oly,pics 2028; japan as connecting expos of uae osaka and saudi ... .Q to Grok- can you summarise what late night shows say about freedom of speech, and how california of mid 19th C had transformed education before it joined the union- see eg the roles of oakland an berkeley, the deep cultural towns of francis and clare (CF today's pope from Chicago), the bay and the valley, the roles of private stanford and public berkeley- fast forward Intelligence to 1990s what was the role of 3 stanford alumni start ups nvidia, yahoo, and google in intelligence of the world or of pacific trade or of atlantic trade.How can asia's two thirds of humans and rest og world map value multiplied by3 million fold waves which 10*18 times tech has brought us: moores law changed what chips could do from 1965 to 1005 jensens law changed what ai computes can do 1993-2025(with some 1990s support from 3 stanfird alumni startups nvidia, yahoo, google) Musk (aka man from mars law0 whanged what data space transmits Together these make 2025-35 most exciting decade to be alive- will all parents and language freedom translators trust millennials to save every community on earth or shall we blow planet up with Russia from love? More at EconomistDiary.com CatholicUni.com Economistwater.com povertymuseums.blogspot.com year 75 of what was purpose Neumann-Einstein-Turing expected intelligence humans stop design with chips, computers and satellites, let alone energy, win-win trading games and ending wars. |  |
| EconomistJapan.com: Help map Neumann's Japan's gifts to humanity since 1945, all Asia Rising 1960+ AND invest in hi-trust millennials' brains now! |  | ||||||
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. | help survey which places likely lead which community AI Forrestry & Photosynthesis AI Finland, Japan, perhaps oregon nutrition ai japan, korea, taiwan edge aps and affordable insurance - india, literacy ai rural womens finance india india infrastructure ai - imec arabia to 3 seas young womens media - japan manga, korea kpop;reusable fashion uniqlo teaching hospital digital twin - hk , singapore, taiwan |  |
| Jensen Huang Demis Hassabis Yann Lecun. | Bloomberg 45 Cities- Civil Eng Road of Things SAIS 70 nations youth ambassadors of win-win science Deep learning billion year leaps in Einstein 1905 maths e=mcsquared starting with biotech's 250 million proteins. | Emperor Naruhito King Charles Narendra Modi. |
Thursday, September 25, 2025
Sunday, September 14, 2025
Grok updates on Asian & King Charles friends AI & Plant Biotech
celebrating 20 smarter uses of phone than chat
Intelligence era could have generated 10 times more health* wealth for millennials to generate- Can Asia save westerners from 3 falsifications (conflicts with neumann systems of computer & brain) of intelligence. 1 Transform education - eg agentic ia is opposite of bad media design; value above zero sum market spaces- eg linking life saving knowhow multiplies value in use unlike consuming up things; dont make intelligence engineers the most hated and wanted on nations people the way you did to energy engineers and neumann-einstein-turing warring first half of 20th
3 ai wizards to follow weekly to help collab 10 times more health*wealth : Jensen Huang, Demis Hassabis, Yan Lecun. Map where places data sovereignty install nvidia 25X energy more efficient computers and what deep data applications prioritised (eg follow king charles friends and ai world series - data sovereign priorities UK-cambridge royal societies, Japan Emperpor, UAE Emir, Macron France, Modi India ...)
why not one llm uniting all intelligent tv coverage (cf nvidia partnership all euro public tv)
eg NHK MME
Wednesday, September 10, 2025
Understand energy bargain of supercomputer humanly energising https://www.podomatic.com/podcasts/technation min 7.20 unique deep data maps - which megacities collab game 10 times more health & wealth eg mumbai tokyo new york & valley fierce race saudi ... https://www.google.com/search?q=%22tokyo%22+nvidia+bloomberg.org+OR+koike+OR+son celebrate neumann 1955 computer & brain : 1962 JFKennedy & royals of Japan & UK -2923 - Kings ai (+ arm & deepmind intel) world series endorsed japan india france qatar.. SoftBank partnering NVIDIA pilot world's first combined AI a&5G network, NVIDIA tech turns telecom base stations into AI revenue centers.
Tuesday, September 9, 2025
Smartphones have evolved far beyond basic communication, leveraging built-in sensors like cameras, LiDAR, accelerometers, and microphones for innovative, practical applications. Below, I've compiled a list of 20 of the smartest uses, drawing from advanced features, apps, and real-world integrations. These highlight how smartphones enhance productivity, health, creativity, and problem-solving. The first one references the NHK program you mentioned, where the phone's LiDAR lens enables precise 3D scanning for civil engineering tasks like site surveying and volume measurements.
Civil Engineering Surveying with LiDAR: Modern smartphones (e.g., iPhone 12 Pro and later) use built-in LiDAR sensors to create accurate 3D point clouds of construction sites, buildings, or terrain. This allows for quick topographic mapping, volume calculations, and reality modeling in urban scenarios, reducing the need for expensive professional equipment. As featured in NHK's program on easy measurements
Real-Time Sound Detection for Accessibility: Using the microphone and AI, features like Google's Live Transcribe on Android devices identify and label household or environmental sounds (e.g., doorbells, alarms, or baby cries) in real-time, aiding hearing-impaired users by providing haptic or visual alerts without needing external devices.
Remote Control for Smart Home Devices:
Disease Cell Tracking via Microscope Attachments: Attach a simple lens to the smartphone camera to create a portable microscope (e.g., the Athelas app), allowing real-time monitoring of blood cells for malaria, cancer, or Ebola detection, enabling field diagnostics in remote areas.
Augmented Reality (AR) for Interior Design: Apps like IKEA Place use the phone's camera and ARKit/ARCore to overlay virtual furniture in your real space,
Fitness and Health Tracking with Wearable Integration: Built-in sensors and apps like Google Fit or Apple Health sync with wearables to monitor heart rate, steps, sleep patterns, and even ECG via compatible watches, providing personalized workout insights and early health alerts.
Mental Health Monitoring via Mood Analysis: AI apps like Youper analyze voice tones, facial expressions (via camera), or journal entries to detect emotional states, offering guided meditation or therapy techniques based on cognitive behavioral methods for daily mindfulness support.
Productivity Boost with Task Automation: Apps like Automate or IFTTT create custom workflows, such as auto-backing up photos to cloud storage when battery is low or silencing notifications during focus hours, turning the phone into a personal automation hub.
Environmental Sound Transcription for Note-Taking: Beyond accessibility, Live Transcribe can convert lectures, meetings, or podcasts into searchable text in real-time, with speaker identification, ideal for students or professionals without relying on external recorders.
3D Modeling for Hobbyists and Architects: Using LiDAR or photogrammetry apps like Polycam, scan real-world objects to generate editable 3D models for printing, animation, or architectural planning, with accuracy suitable for small-scale prototypes.
Navigation for the Visually Impaired: Screen readers and haptic feedback apps (e.g., Seeing AI) use the camera to describe surroundings, detect obstacles via LiDAR, and provide audio-guided navigation, integrating with GPS for independent mobility.
Music Identification and Composition: Apps like Shazam instantly identify songs from ambient audio, while GarageBand turns the phone into a full studio with virtual instruments, loop libraries, and AI-assisted mixing for on-the-go creation.
Battery and Usage Analytics for Optimization: Hidden diagnostics tools log app drain, screen time per activity, and performance metrics, helping users optimize settings, identify power-hungry apps, and extend device longevity without third-party software.
Gaming Performance Enhancement: Built-in game modes (e.g., on Samsung or OnePlus) optimize CPU/GPU, reduce lag, and record sessions, while the phone's haptics and gyroscopes enable immersive controls for titles like mobile PUBG or AR games like Pokémon GO.
Document Scanning and OCR for Archiving: Camera apps with AI (e.g., Adobe Scan) capture, enhance, and extract text from physical documents, converting them to editable PDFs or searchable files, useful for quick digitization in professional or personal settings.
Stargazing and Astronomy Identification: Apps like SkyView use the camera and GPS to overlay constellations, planets, and satellites in AR, providing educational info and tracking events like meteor showers for amateur astronomers.
(inspired by multimedia extensions)
Recipe Guidance with AR Overlays: Cooking apps like Whisk or SideChef use the camera to scan ingredients and suggest recipes, with AR steps overlaying instructions on your countertop for hands-free guidance during meal prep.
(AR innovations)
Translation for Travel via Camera: Google Translate's camera mode instantly translates signs, menus, or books in real-time using AR, supporting offline languages and integrating with conversation mode for non-chat audio translation.
Virtual Reality Experiences for Education: With a simple cardboard viewer or built-in VR modes, apps like Google Expeditions offer immersive tours of historical sites or science simulations, using the phone's sensors for 360-degree interaction and gyroscopic controls.
Thursday, September 4, 2025
update china AI
Search only for china ai 6 jey sectors
AI Overview
AI Overview
China is integrating artificial intelligence into six key areas as part of its "AI Plus" national strategy
. This strategy aims to embed AI technologies across the economy and society to drive industrial upgrading, boost productivity, and improve public services. The six key sectors for AI integration are:
- Science and Technology: Using AI to accelerate research and development (R&D), including in fields like biotechnology, drug discovery, and quantum computing.
- Industrial Upgrading: Promoting "AI + Manufacturing" to enhance production efficiency and innovation. This involves AI-driven robotics, digital twins for simulation, and predictive maintenance in sectors like automotive, aerospace, and electronics.
- Consumption: Integrating AI to improve the consumer experience. This includes AI-powered retail, personalized services, and advanced payment systems.
- Social Wellbeing: Expanding the use of AI in public services to enhance quality of life. Applications include AI-driven healthcare diagnostics, adaptive learning platforms in education, and intelligent transportation systems.
- Governance: Applying AI to enhance administrative efficiency and public services. This includes using AI for data processing in government, improving public safety with intelligent surveillance systems, and optimizing city management.
- International Cooperation: Fostering global collaboration on AI development and governance. This involves promoting open-source development and sharing technologies to solve shared challenges.
These areas are supported by a broader national strategy focused on infrastructure development, data governance, talent cultivation, and building a robust domestic technology stack.
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eg Sakana AI: late 2024, Tokyo-based AI startup developing generative AI models with Japanese cultural nuance.Koike turns sushi-tech into ai world of startups with Japanese character; asks guterred to co-share WHO & Tokyo; Osaka expo from UAE to Saudi
Tokyo Institute of Technology: collaborated with NVIDIA fine-tune AI language models with Japanese-language data. Koki Nagano,principal research scientist at NVIDIA, alumni Tokyo Institute of Technology; focuses on realistic digital humans using data-driven techniques.