Probable First 10 priorities of 25X energy efficient supercomputers
  • India Billion peoples basic ai health system & universal finance id
  • Agentic AI transformation womens education 9 to 15
  • Startup open ai ecosystem bridging hundreds of first mile agri and arts/garments etc startups with nations top 10 industries (Elon)
    UK-Valley Alphafold biotech segment leaps include tropical diseases as well as worldwide cancer data
  • Translation of all mother tongues to everyone codes ai via top 2 language llms and decolonial ai geonomic maps
  • Doudna Deepest continent scaled maths problems starting with energy and health transmission
  • First follower humanoid digital twins- eg community safety jobs nobody wants
  • Open profession AI startups
  • Colossus space ai including drone & cable ai
  • Chat+inference+physical ai everywhere self driving cars' "road of things AI"
  • Taiwan AI Digital twin ai factories etc- from Asia to West
  • Earth 2.0 & all deep global data others dont want to first
  • HUmanoids on streets ai
    Japan AI 5 asian supercity benchmark 5 or more western capitals including green model for half of countries with next to no critical minerals
  • Transgeneration Mapping (beyond multilateral relocation of education for millennial generation- eg united mayors ai)
  • HK and diaspora chinese: Digital twin university health colleges
  • Neuroscience etc Mapping start up ecosystem bridging cultures of 10 + regional nations and superport value chains
  • nft and womens metagames ai - eg beingai.org
  • UAE Water ai and Parallel geo-ai system but for middle east primarily desert superports and 360 degree trade maps sustainability
  • France - nuclear datacentre ai micro open ai and top 10 eu continent industries>
  • Sports AI owned by youth- end bad media and bring eg swiss into open euro models
  • Open history- culture ai
  • 25 years of knowledge city ai uniting nordia elearning & human capital- livelihoods new to millennils
  • PLus one
    Help welcomed ongoing intelligence Case Search - source Nvidia top 100 partners in 21st C accelerated computing - alphabet olf engineering inteligence - AI, BioI, Trillion$CoroprateI, DiscoveryI, EnergyI, FinananceI, GovI, HealthI, Icubed : 1) your real 1; 2 your digital 1; 3 your brain body and communal wellbeing support from agentic ai

    Monday, February 12, 2024

    Here is Q& A with Gemini today

    Q ultimately if we fail to make the younger4 half of the world the first renewable generation, this will have been a human implementation failure not one due to insufficient computational tech?

     A You're absolutely right. While insufficient computational technology could arguably pose some limitations, ultimately, the success of transitioning to a renewable generation hinges on human implementation and action. Here's why:

    Human factors play a key role:

    • Policy and Regulation: Governments need to set ambitious yet achievable renewable energy targets, implement favorable policies, and remove existing barriers to adoption.
    • Investment and Funding: Sufficient investments in renewable energy infrastructure, research, and development are crucial. Public and private sectors both need to be involved.
    • Behavioral Change: Individual and collective behavioral shifts towards energy conservation and sustainable practices are essential. Educating and empowering younger generations is key.
    • Social Justice and Equity: The transition to renewables must be just and equitable, ensuring benefits are shared widely and no communities are left behind.

    Technology serves as an enabler, not a magic solution:

    • Technological advancements in areas like renewable energy generation, energy storage, and smart grids can accelerate the transition but ultimately depend on human choices and implementation.
    • Innovation alone isn't enough to overcome political resistance, economic challenges, and social inertia. Human motivation, collaboration, and leadership are crucial.

    Focusing on empowering the younger generation is vital:

    • Engaging and educating younger generations about the urgency of climate action and the opportunities of renewable energy is critical.
    • Equipping them with the knowledge, skills, and resources to drive change within their communities and professions is essential.
    • Creating space for their voices and ideas to be heard and integrated into decision-making processes is crucial.

    Ultimately, transitioning to a renewable generation will require a collective effort:

    • Collaboration between governments, businesses, individuals, and communities is essential.
    • Prioritizing human agency and leadership while leveraging technology effectively is key.
    • Recognizing the critical role of empowering the younger generation to lead the way is vital.

    While challenges abound, fostering a collaborative and action-oriented approach focused on human agency offers the best chance for success.

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