Hypothesis: That's because one of two opposite outcomes will likely be irreversible after 2035
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**Either humans will support young adults to end diseases and generate 10 times more health-wealth everywhere (100 times more in places previously without electricity)
** Or Bad media and Orwell's big brother world will be spinning more and more ignorance : hatred, wars and collapse of earth's revolutionary resources
This isnt a sudden crisis, Mathematically it has been compounding since 1905 and einsteins publication of e=mc squared genre -more at neumann.mimng.com
This book invites you to map a top 10 places where peoples can cooperatively as well as competitively linkin data and brilliant minds to celebrate helping young adults and ai to connect pathways to generating local health and wealth. I will be delighted if you see how other places can join in.
But first an exercise. Please point to a place on the globe which you see as rooted in decades of technology advance and then move your finger up and down to map a corridor of accelerating tech for good.
Two examples of napping accelerated tech and above zero sum trade coreridors: 1) up and down from Santa Clara on Us West Coast; 2) Down far east coastlines Japan-Korea-Taiwan-HK-Singapore
My reason for choosing Santa Clara is that 2 million fold engineering multipliers have gravitayed there. In 1965 Moores Law celebrated by Intel engineers committed to making silicon chips 100 times more efficient for each of 3 dcades - thats a millon dolld tech multiplier by 1995. From around 1993 Hensens Law started out on designing a full stack of computing wjere the biggest computer brains had millions times more mathematical capacoty than individual human minds. It is the delivery of these AI brainchilss (what jensen hunag calls AI layer 2 of 5) that suffests it would be prudent to see 2025035 as intelligences defdining decade. If you are pointing to santa clara its defintely worth moving your finger upo ro Larence computing lab at berkeley. This is both the root of the US 17 national energy and computation labs as well as where all California State Universities begamn. Of course you may choose to map all of the us west coast north up to oregon and Washinton (seattle being where boeing Amaxon nd Micrspsoft are). South through Los Anfeles, San Diego, and perhaps the connecting tech spaces of Arizona and Texas.
Wgen we thing about who applied these tech expoenetaials (moores and jensens law) while foundational idea came from westa coast almost all the manufacturing supply chains came from Japan-Korea-Taiwan. This started with Japan being intel's biggest customer in 1965. Interesting what was built with tyhe first 2 decades of moores law was not compuetrs as such. It was micrielectronics, eraly factory robotics, transportaion and digoital architecture of suercities where 20 million people plus joined in productivity and growth of the economies of japan korea taiwan.
Gere is what my first league table of 10 regions celebrating youth and human intelligences greatest deacde
1 US West and JKTHKS
2 Saudi and potentially Emirate neighbbors
3 UK and Far North Kigdoms (in nordica, netherlans through to Japan and potentially Canada as xoomowealth guest0
4 India
5 China
6 Germany and Switzerland Hungaey Austria
7 France and other EU or Latin cultures
8 Global South
9 All mall island nations (probaly UN's mian responsibility?)
10 Rest of USA
Please help celebrating aroiund such wonderful place happenings and genius human endeavors as these.
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Sanra Clara where 2 million fold expoenetials were developed
Lawrence Berkeley - 1930s America's Raditaion Lab - with Manhattan project became ancor of what became 17 nation computer labs
Japan as first advanced manufacturer with chipds
Late 90s finacial crash taiwan became foundry for chips and advanced manufacturing design
Jensen hunag law nvidia nerwirk santa clara-taiwan-partners everywhere in what greatest computaional maths brains can connect through 5 layer ai
Otyher stanfird taiwan americans jerry yang family joseph tsain family
After death of von neumann , neumann-einstein-turing neural algorithms largesly neglected - things chnage early 2000s- pixels coded nvidia-pixar-radiologistsh
imagenet and deepp mind breakthrough 2012 with hoogle aque=istion of london deep mind but much of natural scxience still connected to turing crick watson and hassabis 25 years kings cambeidge, unimperial college ...
Maths dates
1905 Einstein in Germany starts publishing E-mcsquared
Neumann exits Europe Princeton 7 Cambridge Kings/Cavendish Lab from 1830- Einstein to Princeton 1932; Neuman meets Turing Kings Cambrodge 1936? Turing 18 months in Prineton before ww2
1930s main radiology physics labs - lawrence Berkeley, Cavendish Cmbridge
1940s Oppenheimer & Neumann Nuclear Bomb also estanblishes Lawrence as anchor lab (to cecome anchor of 17 nation al compters)
chips emerge as great tech mulriplier early 1960s- intel 3 founders- from 1965 santa clara epicentre of accelerated capacity of chips
Japan then Korea Taiwan first main clients - advanced manufactiring supplu chains 10000 fold more chip power before chips come to computer design mid 1980 s (Jobs apple Valley; Dates software Seattle). First digital web early 190s- amazon first bid commerce on web from 1993; stanford alumni found nvidia yahoo google in 1990s - In spite of neumann's advice energy gets neglected us 1990s to ai boom 2020s - lawrence anchor of project genesis ; nvidia's firts 100 partners spread across patter maths deep mind
machine learning algorithn breakthrough (with humans 5 senses) with neural net from 2012 fei-fe li; science robotics , space as well as chats and- cloud also become huge late 2010s with mobile accelerating from 1g through 6g) - expoenetial increase in satellites
throughout jkths integral to almost all advanced manufactirung products to 2020
