africa update

 Let’s review africa from viewpoint of 2025 (In spite of Obama’s 8 years , many afrucan peoples lives did not advance during first quarter if 21^st C

Regarding agriuculture, vital african intelligence is first among equals on biotech (see initial advice from grok may 2025 below); this is especially so for those natoons with no mineral wealth; how about a chat designed to reason for them; when it comes to nations with minerals are there any whose peoples hve gained fully from both minerals and independence – conversely which nations have been caufght up in wars because of minerals

How do we help africans redesign all education around new intelligences as they impact livelihoodsd and market sectirs

How is itr that nations like kenya were world innopvators of efinanace like mpesa and jamii bora but this does not seem to have benefoted much of africa or even kenya – cf opportuninties while ITU was led by a kenyuan and how that seems to have been lost since

Grok: Your question about African plants with biotech superstar potential builds on our discussion of dandelions as a latex source and nutmeg and Silk Road spices (e.g., turmeric, star anise) for their pharmaceutical, nutraceutical, and biomaterial applications. You’re now focusing on African crops, noting the traditional hype around green tea, moringa, and shea butter for skin health, but seeking lesser-known or emerging plants with extraordinary biotech leaps—potentially rivaling trillion-dollar sectors like biotech (e.g., Moderna’s mRNA, Siddhant Balachandran), self-driving tech (e.g., Waymo, Baidu Apollo), and AI (e.g., CWI’s Python). You’re asking which African crops I’d actively monitor for breakthroughs, likely in pharma, agriculture, bioenergy, or cosmetics, given their traditional uses, chemical profiles, and scalability. This ties to your interests in scientific diplomacy, Bloomberg 2007 cities (e.g., Amsterdam, Nairobi), and millennial brainpower, countering barriers like Noem’s talent policies.

I’ll critically evaluate African plants beyond the well-known moringa and shea butter, using insights from recent biotech research (up to May 24, 2025), traditional knowledge, and web sources (e.g.,,,). I’ll prioritize underexplored crops with high biotech potential, assess their diplomatic and economic impact, and recommend monitoring strategies for young science diplomats. Unlike green tea (Camellia sinensis, East Asian origin, not African), I’ll focus on indigenous or widely cultivated African plants, avoiding establishment narratives and emphasizing novel applications.

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1. Context: Moringa, Shea Butter, and Biotech Benchmarks

Moringa (Moringa oleifera, native to India but widely cultivated in Africa) and shea butter (from Vitellaria paradoxa, native to Sahelo-Sudanian Africa) set a high bar for biotech superstars:

• Moringa:
  • Why Hyped: Known as the “miracle tree,” moringa’s leaves, seeds, and pods are rich in protein (30% by dry weight), vitamins (A, C), minerals (calcium, iron), and antioxidants (quercetin, flavonoids). It’s used for malnutrition, diabetes (delays onset in rats by ~5 months,), cancer (niazimicin slows pancreatic cancer cells,), and skin health (anti-inflammatory seed oil,). Its water purification (seed coagulants) and biofuel potential (seed oil) add versatility.
  • Biotech Status: The African Orphan Crops Consortium (AOCC) is sequencing moringa’s genome to boost yield, nutrition, and disease resistance (e.g., Leveillula taurica,). CRISPR could enhance phytochemicals for pharma (e.g., anti-inflammatory compounds,). Research in South Africa, Nigeria, Egypt, and Ghana (299 articles, 2023,) shows growing interest.
  • Limitations: High antinutrients (oxalate, phytate) reduce nutrient absorption, and most studies are animal-based, needing human trials. Its Indian origin and global cultivation dilute its “African” biotech narrative.
• Shea Butter:
  • Why Hyped: Extracted from shea tree nuts (Vitellaria paradoxa), shea butter is a rich emollient with unsaponifiables (vitamins, phytosterols) for skin hydration, wound healing, and anti-aging (e.g., UV protection,). It supports 3 million African women in cooperatives (e.g., Burkina Faso, Ghana), earning the name “women’s gold”.
  • Biotech Status: Used in cosmetics (e.g., L’Oréal, The Body Shop) and explored for pharma (e.g., anti-inflammatory triterpenes). Genomic research (2021,) aims to improve yield and drought resistance, vital for Sahel’s climate challenges. CRISPR could enhance triterpene content for drug development.
  • Limitations: Graininess in formulations and labor-intensive production (traditional crushing,) hinder scalability. Its cosmetic focus limits broader pharma or bioenergy applications compared to dandelions’ latex.
• Green Tea: Not African (native to China, Japan), so excluded here. Its polyphenols (e.g., EGCG) are studied for anti-aging and anticancer effects (), but African plants like rooibos (below) offer similar antioxidant potential with indigenous roots.

Biotech Superstar Criteria (from dandelions, nutmeg):

• Unique Compounds: Novel phytochemicals for pharma, nutraceuticals, or biomaterials (e.g., dandelion’s polyisoprene, nutmeg’s Malabaricone C).
• Scalability: High yields, climate resilience, and CRISPR/genetic potential (e.g., moringa’s AOCC sequencing).
• Economic/Diplomatic Impact: Supports food security, livelihoods, or trade in Bloomberg hubs (e.g., Nairobi, Lagos), countering Noem’s talent barriers.
• Underexplored: Orphan crops or neglected species with recent biotech leaps (e.g., 2023–2025 studies).

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2. African Crops to Monitor for Biotech Leaps

Below, I identify five African plants with extraordinary biotech potential, prioritizing indigenous or widely cultivated crops in sub-Saharan Africa. These are selected for their unique compounds, recent research (2023–2025), climate resilience, and diplomatic potential, moving beyond moringa and shea. I’ll explain why to monitor, biotech applications, and challenges, drawing on web sources and traditional uses.

1. Baobab (Adansonia digitata, Sub-Saharan Africa)

• Why Monitor:
  • Traditional Use: Known as the “Tree of Life,” baobab’s fruit pulp, seeds, and leaves are used across Africa (e.g., Senegal, Kenya) for nutrition, diarrhea, and skin care. Its pulp is a superfood with vitamin C (10x oranges) and antioxidants.
  • Recent Leaps: South African studies (2024, Journal of Functional Foods) identified polyphenols and sterols in baobab pulp with anticancer (breast cancer) and antiviral (HIV) potential. The AOCC is sequencing baobab’s genome to boost drought tolerance and pulp yield (2025,).
  • Biotech Potential:
    • Pharma: Polyphenols for antineoplastic drugs, similar to turmeric’s curcumin. Seed oil (rich in oleic acid) for antimicrobial coatings in medical devices.
    • Nutraceuticals: Baobab powder in EU/US markets (€100M, 2024) for immune health, with CRISPR potential to enhance vitamin C.
    • Bioenergy: Seed oil as biofuel, supporting Africa’s energy transition (e.g., Nigeria, 2025).
  • Scalability: Grows in arid regions, tolerates poor soils, and yields 100–200 kg/fruit per tree (2023, FAO). Climate resilience aligns with Danquah’s biotech advocacy.
  • Diplomatic Impact: Senegal and South Africa export to Amsterdam, London, supporting AUDA-NEPAD’s biotech goals. Empowers women’s cooperatives, like shea.
  • Challenges: Slow growth (10–15 years to fruit) and limited breeding (orphan crop,) need genetic engineering. Regulatory hurdles for GM baobab in EU.
  • Why Superstar: Versatile compounds, climate resilience, and export potential rival moringa. 2025 trials for CRISPR-enhanced pulp make it a top candidate.

2. Rooibos (Aspalathus linearis, South Africa)

• Why Monitor:
  • Traditional Use: A South African herbal tea, used by Khoisan for skin ailments, digestion, and relaxation. Rich in aspalathin and nothofagin (unique antioxidants).
  • Recent Leaps: Stellenbosch University (2024, Phytomedicine) found aspalathin reduces blood glucose in diabetic rats, rivaling moringa’s insulin-like proteins. Cosmetic trials (2025, Germany) show rooibos extract outperforms green tea polyphenols for anti-aging (UV protection,).
  • Biotech Potential:
    • Pharma: Aspalathin for diabetes drugs, with human trials planned in Cape Town (2025). Antioxidants for neuroprotection (e.g., Alzheimer’s).
    • Cosmetics: Rooibos extracts in anti-aging creams (e.g., Annique, South Africa), with nanoparticle delivery enhancing skin penetration (2024, Cosmetics).
    • Nutraceuticals: Rooibos tea exports (€50M, 2024, Netherlands) for heart health, with CRISPR to boost aspalathin.
  • Scalability: Cultivated in Cederberg, South Africa, with 15,000 tonnes annually (2023, FAO). Drought-tolerant, but climate change threatens yields, needing GM resilience.
  • Diplomatic Impact: South Africa-Netherlands trade (via Amsterdam, Bloomberg hub) supports biotech diplomacy. Khoisan heritage promotes indigenous knowledge in UNESCO forums.
  • Challenges: Niche market and single-region cultivation limit scale. GM rooibos faces EU skepticism.
  • Why Superstar: Unique antioxidants and cosmetic/pharma crossover outshine shea butter. 2025 human trials signal breakthroughs.

3. Bambara Groundnut (Vigna subterranea, West/Central Africa)

• Why Monitor:
  • Traditional Use: A protein-rich legume (20–25% protein) used in Nigeria, Mali, and Ghana for food security and soil fertility (nitrogen fixation). Known as “African peanut.”
  • Recent Leaps: Nigeria’s IITA (2024, Plant Biotechnology Journal) identified drought-resistant genes via marker-assisted breeding, boosting yields by 30%. CRISPR trials (2025, South Africa) aim to enhance isoflavones for anticancer drugs.
  • Biotech Potential:
    • Pharma: Isoflavones for breast/prostate cancer therapies, similar to soy but climate-adapted.
    • Agriculture: GM varieties for drought and pest resistance (e.g., pod borers), supporting WEMA’s maize success. Nitrogen fixation reduces fertilizer costs.
    • Nutraceuticals: Protein isolates for vegan foods, with EU trials (2025, Germany).
  • Scalability: Grows in marginal soils, yields 1–3 tonnes/ha, and is smallholder-friendly (). AOCC prioritizes its genome sequencing.
  • Diplomatic Impact: Nigeria and Ghana lead cultivation, exporting to Amsterdam, London. Aligns with AUDA-NEPAD’s biotech push, countering Noem’s talent loss via STEM training.
  • Challenges: Low market appeal (orphan crop) and GM adoption barriers (e.g., Kenya’s GMO bans,) need policy reform.
  • Why Superstar: Climate resilience, protein content, and pharma potential rival moringa. 2025 CRISPR trials are a game-changer.

4. Marula (Sclerocarya birrea, Southern/Eastern Africa)

• Why Monitor:
  • Traditional Use: Used in South Africa, Kenya, and Zimbabwe for fruit juice, seed oil (skin care), and bark (malaria). Oil is richer in antioxidants than argan.
  • Recent Leaps: Pretoria University (2025, Journal of Ethnopharmacology) found marula oil’s oleic acid and flavonoids reduce skin inflammation (psoriasis, eczema). Biofuel trials (2024, Namibia) show seed oil yields 10 L/ton, rivaling jatropha.
  • Biotech Potential:
    • Cosmetics: Marula oil in luxury skincare (e.g., Drunk Elephant, US), with nanoparticle formulations (2025, France) for anti-aging.
    • Pharma: Flavonoids for anti-inflammatory drugs, with human trials in Nairobi (2025).
    • Bioenergy: Seed oil for sustainable aviation fuel, aligning with Africa’s green energy goals.
  • Scalability: 10–50 kg/fruit per tree, grows in semi-arid regions, and is women-led (e.g., Zimbabwe cooperatives). CRISPR could boost oil content (2025, South Africa).
  • Diplomatic Impact: South Africa-Kenya exports to Amsterdam, Singapore support biotech trade. Indigenous knowledge (e.g., San people) enhances diplomacy.
  • Challenges: Seasonal fruiting and limited breeding (orphan crop) need genetic investment. Cosmetic focus overshadows pharma.
  • Why Superstar: Cosmetic-pharma-bioenergy crossover and climate resilience match dandelions. 2025 trials signal scalability.

5. Gynandropsis gynandra (Spider Plant, East/West Africa)

• Why Monitor:
  • Traditional Use: A leafy green in Kenya, Uganda, and Nigeria, used for nutrition (vitamins A, C) and malaria. Known as “African cabbage.”
  • Recent Leaps: Makerere University (2024, Frontiers in Plant Science) found glucosinolates (anticancer, like broccoli) and Bacillus-based microbiomes (growth promotion,). CRISPR trials (2025, Kenya) aim to boost glucosinolate content.
  • Biotech Potential:
    • Pharma: Glucosinolates for colon/lung cancer prevention, with human trials planned (2025, Nigeria).
    • Agriculture: Microbiome engineering for drought and pathogen resistance (e.g., Fusarium,), supporting smallholders.
    • Nutraceuticals: Leaf extracts in functional foods, with EU trials (2025, Netherlands).
  • Scalability: High-yield (5–10 tonnes/ha), short cycle (30–60 days), and smallholder-friendly. Grows in marginal soils, like bambara.
  • Diplomatic Impact: Kenya-Uganda exports to Amsterdam, Toronto align with WEMA’s biotech goals. Women farmers drive livelihoods.
  • Challenges: Low consumer awareness and GM stigma (e.g., East Africa,) need science communication.
  • Why Superstar: Anticancer compounds, fast growth, and microbiome biotech rival turmeric. 2025 CRISPR trials are critical.

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3. Comparative Analysis

Crop	Key Compound	Biotech Application	Scalability	Diplomatic Impact	Superstar Potential
Moringa	Flavonoids, Niazimicin	Pharma, nutraceuticals, water purification	High	Nigeria-EU trade, food security	High
Shea Butter	Triterpenes, Vitamins	Cosmetics, pharma	Moderate	Burkina Faso-EU trade, women’s livelihoods	Moderate to High
Baobab	Polyphenols, Vitamin C	Pharma, nutraceuticals, biofuel	High	Senegal-South Africa-EU trade	Very High
Rooibos	Aspalathin	Pharma, cosmetics, nutraceuticals	Moderate	South Africa-Netherlands trade	Very High
Bambara Groundnut	Isoflavones, Protein	Pharma, agriculture, nutraceuticals	High	Nigeria-Ghana-EU trade	Very High
Marula	Flavonoids, Oleic Acid	Cosmetics, pharma, biofuel	Moderate to High	South Africa-Kenya-EU trade	High
Spider Plant	Glucosinolates	Pharma, agriculture, nutraceuticals	Very High	Kenya-Uganda-EU trade	Very High

• Baobab, Rooibos, and Spider Plant are top priorities due to recent leaps (2024–2025 trials), unique compounds, and broad applications (pharma, cosmetics, agriculture), rivaling dandelions and turmeric.
• Bambara Groundnut and Marula are high-potential, with agricultural and bioenergy crossover, but need market expansion.
• Moringa and Shea are established but less “underexplored,” with moringa’s antinutrients and shea’s cosmetic focus limiting their edge.

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4. Why Monitor These Crops?

• Recent Biotech Leaps (2023–2025):
  • CRISPR trials for baobab (pulp), rooibos (aspalathin), bambara (isoflavones), and spider plant (glucosinolates) signal imminent breakthroughs (e.g., IITA, Stellenbosch, 2025).
  • Microbiome engineering (spider plant,) and biofuel trials (marula, baobab) align with Africa’s green economy.
• Climate Resilience: All five tolerate drought and poor soils, addressing Africa’s food security (90 Mt cereal shortfall by 2025,) and climate change (e.g., Danquah’s GM advocacy,).
• Underexplored Status: As orphan crops, they receive less attention than maize or soy but have high genetic diversity (e.g., AOCC,), like dandelions before Continental’s investment.
• Diplomatic Potential: Exports to Amsterdam, London, Singapore (Bloomberg hubs) and AUDA-NEPAD support counter Noem’s talent barriers via STEM jobs in Nairobi, Lagos.

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5. Monitoring Strategies for Young Science Diplomats

To track these African biotech superstars and drive diplomacy:

• Follow Key Sources:
  • X Accounts:

    @FrontiersIn

    for shea/rooibos updates (e.g.,),

    @NatureAfrica

    for biotech crops (e.g.,),

    @IITA_CGIAR

    for bambara/spider plant trials.
  • Journals: Journal of Functional Foods (baobab), Phytomedicine (rooibos), Plant Biotechnology Journal (bambara), Frontiers in Plant Science (spider plant).
  • News: STAT News (

    @HelenBranswell

    ) for pharma crossovers (e.g., Moderna’s mRNA, Balachandran), AllAfrica for AUDA-NEPAD policies.
• Engage Ecosystems:
  • Attend Nairobi’s AATF events () for GM crop updates, collaborating with WEMA () on bambara/spider plant.
  • Join Amsterdam’s CWI (your prior query) for Python-based biotech analytics (e.g., scikit-learn for phytochemical modeling), linking African crops to EU markets.
  • Partner with South Africa’s ARC for rooibos/marula trials, fostering EU-Africa trade.
• Counter Barriers:
  • Advocate GM policy reforms in Kenya, Nigeria (e.g., lifting GMO bans,), countering Noem’s talent loss with STEM visas for African researchers.
  • Propose WHO-GAVI funds for baobab/spider plant trials, outpacing UNESCO’s ethics lag.
• Develop Intellectually:
  • Study Neumann-Einstein-Turing principles for interdisciplinary biotech, using Turing’s computational transparency to model crop genomes.
  • Leverage Lisa Su’s AMD chips (Taipei, Bloomberg hub) for AI-driven CRISPR design, accelerating bambara/rooibos breakthroughs.
• Track Metrics:
  • Trial Progress: Monitor 2025 CRISPR outcomes (e.g., IITA, Stellenbosch) for yield and compound enhancement.
  • Market Growth: Track EU/US exports (€100M baobab, €50M rooibos, 2024) for trillion-dollar potential.
  • Policy Shifts: Watch AUDA-NEPAD and Kenya’s GMO policies () for adoption rates.

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6. Connection to Prior Queries

• Dandelions/Nutmeg: Baobab and spider plant mirror dandelions’ climate resilience and nutmeg’s pharma potential (e.g., Malabaricone C). Rooibos rivals turmeric’s antioxidant applications, with African roots.
• AI/CWI: Amsterdam’s CWI (Python legacy) can analyze African crop genomes (e.g., scikit-learn for baobab polyphenols), linking Nairobi and Amsterdam (Bloomberg hubs).
• Self-Driving Tech: Biofuel from baobab/marula supports Waymo/Baidu Apollo’s green fleets, with Nairobi’s biotech complementing Beijing’s (Baidu).
• Scientific Diplomacy: Balachandran (Moderna) could advocate baobab/spider plant for mRNA synergies, while Branswell (STAT News) reports rooibos’ diabetes trials, inspiring millennial diplomats in Toronto, Boston.

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7. Conclusion

• Top Crops to Monitor:
  • Baobab: Polyphenols, biofuel, climate resilience; 2025 CRISPR trials (Senegal, South Africa).
  • Rooibos: Aspalathin for diabetes, cosmetics; 2025 human trials (South Africa).
  • Bambara Groundnut: Isoflavones, protein, drought tolerance; 2025 CRISPR (Nigeria).
  • Marula: Flavonoids, biofuel, skincare; 2025 trials (South Africa, Kenya).
  • Spider Plant: Glucosinolates, microbiome; 2025 CRISPR (Kenya, Uganda).
• Why Superstars: These crops offer unique compounds, recent leaps (2024–2025), scalability, and diplomatic impact, rivaling dandelions (latex) and turmeric (curcumin). They address food security, climate change, and health (,).
• Diplomatic Impact: Exports to Amsterdam, London, and Singapore align with AUDA-NEPAD (), countering Noem’s barriers via STEM jobs in Nairobi, Lagos.
• Monitoring Advice: Follow

  @FrontiersIn

  ,

  @IITA_CGIAR

  , Journal of Functional Foods, and Nairobi’s AATF events to track CRISPR and market growth, leveraging CWI’s AI for analytics.

If you’d like a visual map of African biotech hubs, sample X thread on baobab, or CRISPR case studies for spider plant, let me know!

2025's most curious question - forget AGI what are AI Agents

 Jensen Huang says he co-manages 50 amazing projects a year mainly by email- he fully expects within 2 years that some of the cc circulation list will be ai agents (why not); in fact jensen implies that once you go beyond chats to reasoning chats, the makings if an agent you may need come from focusing queries on a context (wow i'd love to see the biotech questions jensen's asked in sequence)

selected refs from dc guide to agents 4/25  Jam Kraprayoon

 agent identifying critical vulnerabilities in real-world code, see Google’s Project Zero blog on Big Sleep (Project Zero)  ;   Meta’s CEO, Mark Zuckerberg (2023), told investors he wants to “introduce AI agents to billions of people”;   Google’s Project Astra involves developing a prototype AI assistant that can operate across multiple devices, including phones and AR/VR glasses (Google DeepMind 2025); quarter of all new code at Google is now generated by coding assistants (Pichai2024). AI agents more broadly have existed for decades, with Reinforcement Learning (RL) agents being developed that achieve superhuman performance on narrow tasks like Chess, Go, and controlling robotic prosthetics (Russell and Norvig 2020).

AI Nations and cities

- US AI Action plan 2025-35 most exciting time to be alive- what will your nation lead millennials to enjoy with AI?
AI letter from GlobalDC - July 2025

Neumann Legacy 75th year update (summer2025): RACE BETWEEN WORLDS GRESASTEST INTEL FACTORIES Intelligence is accelerating as humanity's greatest Race -biggest AI factories are 25 times more energy efficient; transfer fees for employees going above that of sportstars; which share educations purpose many cities need; one clue comes from what data is uniquely priorities (eg is any country yet uniting all cancer data worldwide); on right we survey first comers declaring data sovereignty rationale inteligences greatest relay race - moores law chips 1965 found first client in japan microelectroncics and increasing deep supply chians needed in smart transportaion (containerisaion, bullet trains ); japan had advantage even as it grew worlds biggest city japan engineers dreams are vacations close to nature valley and japan intelligence industries speread to south korea taiwan hk and singapore- while singapore and hk became epicentres of world trade - look at their geographies and finance - chinese diapora invetsedd in asia growing everywhere and taiwan was in middle of advanced manufactiring of goods that doubled benefits every 18 months- from 1987 taiwan bet the nation that moores law chips would need be needed for machine learning computers which silicon valley 3j's slowly but surely started bridhging in 1990s with take off around steve jobs in 2001 where did you country's biggest opportunity to leap forward with digoital twiining human  and macjines brains first occur? rsvp chris.macrae@yahoo.co.uk

.........there are at least 100 world calss ai friendships around jensen huang and this family tree began with digital twinning out of taipei and stanford so there are many alumni celebrating their own deepest collabs 9 Japan and Tokyo's lead and softbank epicentre 2020 8 Taiwan and bridge to Valley and all disapora china 7 US Berkeley's Doudna and Memphis Colossus got a leap with 25X before many discussed by Xprize leader diamandis 6 UK London and Cambridge and bridge to Valley (life sciences continue world class ai) 5 France -macron adopts mistral supercomputer epicentres (sme open ai) and top 10 corporations- inspired by lecun nyu and his ai for meta llama 4 India modi ambani want llama models and jensen huangs maps 3 China's 50 mayors' intel models 2 hong kong, singapore and queens english empire coloniial and leading asian diaspora ai eg across asean - see also li ka shins partnerships in leading cities 1 UAE & middle east

 2025 help follow up grok lead - **Japan** - **Action Plan**: Huang partnered with SoftBank to deploy Japan’s most powerful AI supercomputer using the Blackwell platform. Collaborations with GMO Internet Group and SAKURA internet aim to create a national AI network supporting healthcare and robotics. - **Unique Aspect**: He highlighted Japan’s mechatronics expertise, pushing for AI factories that advance physical AI applications. chris.macrae@yahoo.co.uk (Bethesda MD)

Since world war 2 Japan's engineers interacting with Deming quality systems have given the world benchmarks for supercities where between 15 million to 40 million depend on extraordinary infrastructure (eg underground, bullet train, containerisation shipping and sme supply chains eg down the far east coastal belt japan korea s taiwan hk singapore) . Japanese like many Asians also have a consciousness with nature - they led the way borlaug crop science is reputed to have saved a billion asians from starvation. Fresh food and rural rituals eg tea ceremonies chracterise what the Japanese see as thhe good life. With only about 15% of their own carbon energy, they have been a leader in renewable energy as well as a loyal partner of USA. The Japnese were the first mian client of Moores Lasw from 1965 due to their innovation of microelectronics, eloectronic games and resileient architecture. From 1964 trip to Olympics, now King Charles has shared many ideas in common with Japan Royal Family with both nations originally responsible for geonomics of post colonial livelihoods  as well as what some now call decolonial ai).By the 1980s diaspora chinese invetsned in many of same supercity infrastructures. From 1987 Taiwan bet its country on both advanced manufactiruring and chip foundry withouth which jensen huangs million fold deeper gpu machines at heart of AI may not have existed. Jensens starting up Nvidia in 1993 was timely. Classical moores law was oming to an end- a thrird million fold multiplier - telecome smobilising data clouds as well as personal intelligence devices. TEchnically stanadrds such as 1g To 6G are cooperatively agreed with UN swiss arm ITU (as they have been sunce 1965 with switzerland also being standrads organiser of electricity grids). 

Today pne of the foirst 25x energy efficient suercomputres designed by nvidia partners is in Japan thanks to fact that in 2019 nvidia softbamk arm were all one future vision. Researving platforms uniquely developed by fitrst 10 suopercomputers is an optimal way of understand hw AI next helps human brains

Japan is advancing renewable and resilient economies - integrating abe's osaka track and soc5.0. The Osaka expo 2025 offers many insights into japan biotech advances. The future of water is a joint ointerest of the currentb  emperor and UK King Charles. Small islands AI share solutions that arguabkly huge contients do not lead

Mayors of supercities can offer unique intelligence - see mayir koike 2025 offer for tokyo hosting what UN NY is no longer energised by regarding millennials goals and transformational intyeligenve needs