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
Today we communicate lsst than 5% of how natutre's biotech could help us; by 2035 we could communicate if not yet action over 50% of biotech maguc energies
Today we communicate less than 5% of how humanoid machines undersyand all 5 human senses could autonomously help us, by 2035 we must communicate at least 50% for sake of satey as well as trust
Today our lives (our brain power . communal time on earth) are generated by 3 forces in one- real relationships, digital relationships, relationship we shape with agentic ai.
How did we get here ? with 10**18 more tech than humns had 60 years ago and primarily because of 3 matmeaticians who only just linked together starting with Einstein 1905 publixation of e=mcsqaured. This revealed nature's energies interacted unseen maths at a nano level which she has played on earth every year (with far more energy than we humans have ever produced/engineered. 105 years ago von neumann joined in helpin einstein but for various reasons their alumni worked mainly in parallel with neumann solving at least 20 different maths puzzles while the older eistein emerged ever more a grand philosopher. 87 years they were colocated with young turing in princeton for a year 1938-9. His work became coding and computers which post war three had less than a decade to unite round due to their sudden deaths and becasue world war 2 meant that all had to work on nucrlear bommb race and helpoing defeat hitler.
these mathematicians birthed 3 main expoenemtial multipliers of 10*18 more tech which they hoped could be celebrated in win-win-win games
minutarisaion of electronics- moore silicon law which primarily multipliets million fold imapcts 1965-1995
satellite communicatison of dats which though first demonstrated at toky olympics 1964 was used mainly for enetertainment for 30 years before its mapping of communities in data clouds accelerated
the design of compouting due to 2 births in 1963 ibm 360 and jensen huang. Although IBM had access to the net's last compuetr blueprint they didnt design un neural network algorithms as diaries in the met's last notes - neumann's computer and the brain
If education is to value multiplying intekligences, a simple way to play the CBA Icubed games is to ask reasoning chats like grok3 for up to 6 alumni netoworks recommended to any place's teenage stidenst and tecahers. We shou;dnt expect the 6 would match in every place. What human icubed collabs are needed next if your view is from top of a wall street skyscpare is oppoisyte to a village that has bartely yet seen any engineering but may have some hidden treasure trove of nature as well as god's or natures children ..
What should 15 year students and teachers track to doublechecvh wgetre AI or BiologyI is most changing livelihood learning over the next 10 years as far as 15 year olds are concerned. This question emerged from hearing that Biotech is now turning dandelions into latex and mushrooms into haute couture learher-like material as well as many best hopes in medical progress. As Stanford update launch of emertging tech put it: Studies suggest over 50% of the GDP could be affected by biotechnology and this is a big deal but yes it's aspirational: you all could get there but not if we blow it from a geopolitical perspective.Nature's reality (Einstein 1905 e=mcsquared) now means you can have localized supply chains- if you can biomanufacture something you don't have to have one biggest factory anywhere. As Stanford Biomaps guide Drew likes to point out when we walk across campus he's like aren't trees amazing they can grow anywhere right the leaf development system of a tree is unique to a particular place now imagine you (& eg 3d print) can bio manufacture anything anywhere. So, we're not talking about supply chain vulnerabilities to China anymore.
. As well as multiplying trust of top human intelligence agents. Summer 2025: We rank Jensen Huang as world #1. At least 100 engineers over 20 years building advanced supercomputing power celebrate their lifes' work around him - majority are either asian americans or asian. Deep Learning platforms multiply inteligence instead of the ignornce/arrogance advertising mediation platforms scale. Taiwan has 40 years of designing chips for every deep intelligent customer network. As predicted in 1983 if your mind is fortunate to be trained in 3 languages maths , english and chinese you'll help futurise more goodwill transparency while LLM chats reign. #2 demis hassabis: Shocking if his Royal Soc alumni not breeding biotech innovation in every way; his ai closest to resolving 120 years of maths challenges gravitated einstein 1905 e=mcsquared. Moreover Newton network partners including huang & hassabis are cracking final code of making autonomous humanoids safe to touch. #3 Yann Lecun as 3rd most valauble to update you brain's curiosity if you are already tracking JenDem. Instead of making billions of $'s he's making science and youth ambassador students self-confident across us coasts & atlantic celebrating how youth open source locally economic ai models. India's Modi & Ambani & JenSem friends & 4th stage of AI world series started fall 2023 by King Charles and Royals concerned with their peoples futures can make world's largest pop education's number 1 as ai comes to pc's edge.
..2025report: Today, human relationships (trust and emotions) are being gravitated throough every communiy on earth by 3 engineering/artifical million fold multipers that's 10*18 more tech for kids, parensts and grand parents to transform human race around than 60 years ago:
*computation (ask a 1960s school kid or teachger how long and hard work artithemtic was with big numbers )
*communications - both stories we tell each other & life timely intel (eg tsunami is coming) & banking data to map local & global brain power - every person today has 1)real life, 2 digital life, 3 soon ai agented life (potentially greatest education boost or reverse)
*silicon- weirdly what first millionfold change wave : Moores Law 1965-95, applying materials mainly silicon to designer smaller and smaller compoenents - what in 1960 inovled a building of computers is now the mobile phone in your pocket but it actually integratyed hundreds of supply chain inventions. It was Pacific ocean people's love of micro-design (Japan-Korea-Taiwan twinned with Siliocon Valley) that grounded tech spaces; materially their design of supercity (20 million peoples productivity) needed most compact lifestyles electronics goods could accelerate as well as early robot advances ; at their best Asian supply chains hace have win-win trade entrepreneurially boderless. Biotech 2025-35 will accelerate this further as greatest innovation context ever. The 3rd quarter of 20th C progress of Asia Rising by delivering improved customer benefits with every jump in Moore's law was featired Xmas 1976 issue of the Economist - Entrepreneurial Revolution www.economistdiary.com/1976
.Today we connect 10**18 (millionmillliomilillion) more tech to communicate influence celebrate how every person learns and lives. The innovation opportunities and risks to our brains' joy and productivity are traingularised by deep and as yet unverified data which is
multiplying exponentially
strtetch our imagination faster than is humanly normal
need machines to mediate real time decision making wherever data is too much for human brains alone to adminsister
What this means is we need to democratise coding beyond 0,1 maths.
Examples From 2002 steve jobs (then owner of pixar) and jensen haung started coding pixels; immediate use rendering games and films but then radiologists joines in, soon all medics needing pattern maps to operate or dicosver dna, rna, proteins, illness prevention, stopping infections, as well as drug manufacturers were joining in this inteligence game
But question was what needs to be coded before we can trus robots (both to move around in public and to make real time decisions); in 2009 jensen hiang family started up deepp learning lab- reserachers told huang if you accelerated chips brain power we'll train machines to understand and practice all 5 human senses- do you know exactly who was at early silicon valley deisgned global coding competitions from 2009
In summer 2025. my brain is wowed by these intels - but I dont know whom I have missed as i only speak english and maths RSVP chris.macrae@yahoo.co.uk - currently interned in Washington DC Region. Countgry codes include T Taiwan, S Singapore, F France, Le Lebanon as well as variety of English language models ranging from Kings English and Trump's American
.More than any one person, AI has caught up with Einstein (Natural Science - Physics, Chemistry, especially Bio) puzzles first published 1905 e=mcswuared thanks to Hassabis Deepmind - eg billion man year leap represented by world chapion go machine learning & alphafold3 open sourcing 250 million protein database.
..FUS1
Yann Lecun.
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.Humans surrounded ny 1o**18 more tech now than 1965. Which was first case of intelligence.NET- <a href="http://neumann.ning.com">Neumann</a> Einstein Turing diaries suggested neural network algoritms would be key. Lecun proved this early 1990s computer identification of A=Z, 0-9 application postcode without manual sorting Lecun is one of several algorithm alumni of Hinton but relentlessly nost integrated of maths thru tech acceleration era of 10**6 to 10**18 brains (deeply influencing open source ai west coast, east coast, France, India) in our view
.By seeing in 1982 how to profitably accelerate computer terminal business news networking, Bloomberg has advanced at least 5 essential leaps of cf inteligence generating coopertaion supercities. integratiung deep trust futures of youthful brainpower from East to West and Equator's (Middle) to southand north
Adapation & Hoover SETR Debrief april 2025 extract - places data sovereignty & peoples intelligences .investing huge amounts in biotechnology not just for health or agriculture but across the board. Our investments on that kind of biological infrastructure for progress in the future truly needs to be meta/mega! Studies suggest over 50% of the GDP could be affected by biotechnology and this is a big deal but yes it's aspirational: you all could get there but not if we blow from a geopolitical perspective.Nature's reality (Einstein 1905 e=mcsquared) now means you can have localized supply chains- if you can biomanufacture something you don't have to have one biggest factory anywhere. As Stanford Biomaps guide Drew likes to point out when we walk across campus he's like aren't trees amazing they can grow anywhere right the leaf development system of a tree is unique to a particular place now imagine you (& eg 3d print) can bio manufacture anything anywhere. So, we're not talking about supply chain vulnerabilities to China anymore. Can we cheer on millennials' 4 billion brains with a bit of help from agentic ai freedom of learning to celebrate the kind of Forward Thinking opportunity that the bioeconomy could generate have
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Today every human's Icubed intelligence can multiply positively & exponentially,
stretching our imagination faster than is humanly normal; best to team than to examine self on everything,
need to unite machines to mediate real time decision making wherever data is deeply too much (eg how to prevent cancer all over the world) or transacting info 24/7 that's too much for human brains alone to adminsister.
TO MAKE COMMON SENSE OF TODAYS EXCITING OPPORTUNITIES
ask where and whom did these unprecdented tech waves come from and was their purpose openly trustworthily or in some way closed to fewer and fewer people powrering over us.
Before steve jobs and others put chips into personal computing networks mid 1980s on - do you know who designed first 1000fold silicon chip apps 1965-1980
or whast happened during two much slower artificial revolutions known s the indutrial revolution part 2 1865-1960 or part 1 1760-1865 ; what many call the era of industrial revolution was pretty slow: engineering or artificial system design involved two century long waves before the 1960s.
First out of Glasgow 1760s came the engineering of physical power, automation, transporation, city factories replacing rural as the only produce to market. Scots had become a somewhat unwilling colony of London so infliuencers like Adam Smith diarise. IN reality Adam had these strage ideas which he asked engineers to valkue:
Don't design machines which conflict with nature's systems
Be bold in quizzing trust-logics of professors hired by City of London at places like Oxford
Open source your innovation on a new contiennt scale - ei USA dont let it solely be applied by slave trading Empires like London's
Adam came to these views because in 1760s's scxotalnd life expectancy was under 40; best brains were home schooled by family clans, sent to Glasgow college age 11-15 to gradiate, sent to eg oxford to doctorate 15-19. At oxford Adam found professors designing silos refencing each others hierarchies and primarily sponsored by London's Money narons. So that's why he returned toGlasgow tio be appoined professor of moral system trade mapping- his diaries begin in 1758 as book moral sentiments, end in 1776 with book adgnatanges of nations. In between he mentired several bright brains some of whom interned in France which was planting the entrepreneurial revolution of cutting off the heads of those monoplising the people's land and assets. Iro0nically 1776 saw the oppoiste of Adam's hopes. Instead of USA inviting scotland to be the next state of American, independence of America from Britain was announed. This had 2 big impacts that its not polite to talk about. British empire doubled down in enslaving asian caostlines until in 1843 queen victoriua asked eiitors of royal society newsleteres led by the economist to map commonwealth trading. America became the continent of immigrants - most of whom disliked their countru of origin but who brought enginering updates with them
If you think 1760s to 1860s was a chaotic century, 1860s-1960s may blow your mind. From 1865 old engineering was multlied by new engineers of telecommunicatiosn and electricity. Their centre of gravity was GASHR_F - that's Germany Austria Switzerland Hungary Russia France. Switserland was nominated as neutral open source standard setter beceuas eguess what neither communications nor eleectricity scake unlsess youi connect people with one openly improvinhg standard. The histiry of what hapened in the old world and the new world from 1865 to 1945 has many differences interrupted by the 2 world ars which were rooted in unequal application of the engineering techs of comps and and electric energy (whose scaling up to 1945 required miinerals of carbon and iron).
If understanding Adam Smith diaries mattered to diaspora scots during the first century of engineering, then understanding of the NET's diaris Neumann-Einstein-Turing is integral to mappig how 1860-1950 started up our era of 10**18 more tech.
Roughly these 3 men were a generation apart, but vecauise they all died within 2 yeras of ecah other in thye mid 1950s, its hard to trace who was an alumni of whom in spite of the need to unite their intelligences before rishing into age they had planted of 10**18 more tech
Known dates are
1905 Einstein published e=mcsuared - this tells us that all of nature's pjysicla chemican and bilogocal energy does not deeply compute the way man's science had hoiterto assumed. Newton maths was a fair approximation but for example if you anted to leverage photosynthesis or nuclear energy you needed to map much more local and deep data. Discussions arund einstein did not scale before world war 1 distracted everyones attention. At the end of world war 1 Einstein triued to mediate International Intellectual Coopertaion daologues out of switzerland - thats' along side the electricity and telecoms standards at the new reconsicilation space Geneva's league of nations. Probably more impoactfully Vo neumann started solving 20 of the deepst maths problems whoich einsytein alumni were cataloguing. Tow crises emerged. The nuckear arms race took over atention from all other Einstein apps. Hiter's Germany was not the safe space for Jewish matjhematicians causeing Neumann to emigrate to Princetion 1930 folowe by Einstein 1932. By this time Einstein mental health (he blamed himself for early publication of nuclear) was too distracted to do more great maths though his philosophical dialogues with eg Gandhi and neurscientist Freund are mind-opening. So it was that as well as the nuclear race, von neumann became the main puzzle solver of every transforamtive maths engineers needed until 1938. Then for a year a student Alan Turing pkanted an idea in Neumann's head. From then on his dairies start talking about coding and ocmpiting as the maths he must devote his life to s soon as nucreal race is won. Princeton maddeningly separates its main brains miles out oif twon from the studnt campus. So Turing didnt stay and the correpondence between turing and neumann and so algoirithms they loved like neural networks failed to unite academics anywhere until a decade after the death of the NET. It may surprsie you to know that tyhe pacific ocean people of Japan and Silicon Valley with a little helpo from 2 Kings and JF Kennedy became pivotal to most of the best tristed applications of 10**18 more tech. At least diaries of JFK and the Royal Families iof Japan and Uk become essential to anywhere that wants its millennials brains to tgranfirm education and health nd effcetively advance the goalkks the multilateral have been chatting about since 2000 but which neiter western education nor western helath services have vanued computaionally or mediwaise.
I mention this because if you want to celebrate the best of intelligence dicsovery toiday look at jensen hunag and alumni, demis hassabis and alumni, Yann Lecun and alumni. Thier nhetwirks will give young minds polenty of maps for integrting health and liveli=hood elarning through every last mile. Once you can see the sorts of discoveries needed how to design energy and other natural resources to multip-ly intergeneratyional trust is a game worth playing/
Could you help me? The easy part of this AI Game is a listing of 500 AI's (well there are many such lists); the hard part is updating premier league top 10 showing how each win-win with each other pairwise or in other combos -and how this chnages what colege students now need to unite across disciplines. There is no point in any 4 year degree graduation if it hasnt included at least a few weeks intelligence cubed updates
I have spent much of my professional life opinion polling and coding (eg back in 1985 my team coded first data on 15000 hours of interviews on what low cost dinsfectant majority of people in india wanted as first nationwide (tv added) brand in that market - data included city slum dwellers and many different dialects). In addition to the interviews and their digital taping in binary, it rfequired about 300 hours of human analysis work (that's before we passed the written report over to the client a partnership between a leading us company and a maharjah) and was limited to testing about 10 possible formulations, price points, - if we had today's AI tools we could have done quite a bit better (but is was as good as my 1985 brain and tools avialable then could do). And overall the client thanked us both at time and when I did a 5 year after review.
so today i have to say ouch- yesterday in washington dc i heard quite the silliest survey ever of what do people feel about AI- it was silly because I dont currently know any 2 people who mean the same thing by ai so all the aggregated numbers were sort of whatever you wanted them to be as 4 panel members droned on for 90 minutes; it bothered me particularly as I had spent much of the weekend at probably America's Main Street (Penn ave) deepest 2 day event of indian and american medical workers sharing inteligence needs with each other
it is quite possible that what ASI does today is play 50 of most intelligent market games ever played plus one sillier one - the sillier one is general chat (before resoining is untegratewd) which I dont think it pays any attention to but is forccd to play by some mdia barons who seem to want to own web3 (whatever that is!)
here's why I sort of trust ai to say its happy hosting 50 inteligence games but isnt anywhere near attaining AGI nor chatting other than a trivial pursuit
back in 1956 Neumann_Einstein-Turing all parted earth within 2 years of each other but listed these final cluses
expect 10**18 mre tech by 2025
design win-win trading gamesolut of every first mile community not just top-down
please dont make ai gurus nations' most hated and wanted of brains the way you mahe energy engineers since einstein's 1905 publication of e=mcsquared ; also if you are going t
***o end wars you will need to end top secrets; and you will also need to be transparent as to when is open source better than deep patenting
start designing computers to improve human brains applying neural networking maths
Instead we hunans coded linearly with binary right up to 1993 when give or take a year 2 things happened jensen huang started up Nvidia to build non linear comouting machines which for 10 years hosted games; yann lecun got neural network algorithms ti replace manual work of checking post codes and cheques signing
TRUMPIST FREEDOM OF VOICE 1993 REPLAY?
Would americans have preffered Yann had not done this and a million clerical jobs had remained in clecking post codes and cheque singatures? - I guess not but its true nobody organised a nationwide vote - in other word intelligence engineers play (with 10**18 more tech) at games beyond ones that public srvants can't regulate- this seems to me to introduce a question on how media covers this which I havent yet seen commercial media address
2002 Beyond )01 Coded Computational Machines
anyways, a decade after jensen and yann had started bridging the generation gap (40 years of not proressing the NET's advice) in 2002 steve jobs Pixar and jensen started coding pixels instyea dof binary - it soon became evident that health ai games depended on pattern recognition I would say at least one third of value creating ai games toiday are pattern maths (see eg biotech;s 250 million protein gameboad of alphafold 3 first trained on oriental game go) - jensen first chatted to demis hassabis about this in 2009 and stanford deep learning lab was begun in the engineering quadranngle; in the same year fei-feil li chatted to jensen- why dont you help test if machines can be coded in all 5 human senses? It was 2012 that li and jensen had provided both computing tools and annual world comeption to prove machines could be trained to host 5 heuman sense gamss; every big investor crioded in- google took main share aquiring hassabis deep mind )pattern games); oddly enough MusK & Li & Jensen thought that mobile autonomus games most needed to wait until 5 human senses were machine supercomputable- this is what was announced GTU 2015 if not earlier; and 10 years later nvidia's annual update climaxed with today nvidia, hassabis goigle deep mind, and disney (todays owner of pixar) annouunce Newton physical AI (essential leap before letting autono,ous humanoids roam your city)
i find it fascinating to look around the workd at 50 most dinstinctive partners of jensen or lecun or hassabis logic as well as fei0fei li;s intennts ;
toghether with thise 4 extraordunary enginners (and thousands of alumni's) contributions i like what king charles; japan emperor; modi and bloomberg hope for their peoples emerging brainpower (3 nations including youth biggest prain poulation) and 45 cities learning with bloomberg since 2007. More at www.economistjapan.com/2025 on how jf kennedy, and the 2 royal families of UK and Japan were first to take the NET's advice to heart
chris macrae bethesda MD USA May 2025 (year 75 neumann & Economist inspired ai dialogues)
correspond chris.macrae@yahoo.co.uk
Tuesday, May 13, 2025
Cases - source Nvidia & top 100 partners in 21st C accelerated computing -Top3 Humans of DL: JH & DH & FL & Alg 3-2022:LBH
- first demonstrations came from coding pixels (2002 steve jobs pixar and jensen huang's nvidia) applied to radiology and now prerrt much any o[eration surgeons need to reherase ; DOING ENGINEERS LIFES WORK over 200 engineers of 30000+ have been at nvidia from this start - pattern recognition solutions apply to many of maths challenges first published einstein 1905 e=mcsquared; Jenmeen huang had already started to bet the company on jensens law - computing 2.0 designs needeed for deep learning analyses through 2000s when in 2009 fei-fei was headhunted to stanfird because of her idea that machines could learn all 5 human senses; this reignited brain science maths of neural networks that Neumann-Einstein-Ruring had expected humans to progress technolgy with but which non digital neuroscience academics had lost touch with; without jensen haung with FFLi betting on chip design to train machines in all 5 senses we would not have toadys' chats nor would not see ways to make sure robots and autonomous moving machines obey human safety converns
Updated Western Spring 2025
Health & Safety AI is now 24 years : see eg mathematically evidenced thanks to what happened in 2001/2 -with silicon valeey transforming into AI Valley : Nvidia's Huang partnered Steve Job's Pixar after Steve had hosted 65rh birthday party of Fazle Abed celebrating billion poorest asian womens inteligence &James Grant School of Global Health integrating human energy intelligence netwrks eg Borlaug
Cofing pizels makes all kinds of medical scanning & mappoinf=g simpler than coding binary - see jensen haung and 3 taiwan american families, deep mind hassabis, Lila Ibrahim, Hanah Fry (reconnect with maths deepest puzzles sincve einsutein published e-mmcsquared)
alu,ni of bllopomberg roads and superscity civil engineering maps
data sovereignty ai taiwan american families with ; commonwealth ai king charles, modi, Ambiani, Japan emperor, Qatar leader ..
Meidation 5 human senses to agent advanced brainpower of every human is in crisis - while ai's most exciting race since deep learning lab at stanford begun 2009 by jensen huang , stanford, (assists koller, ng , anne doerr, lila ibrahim) fei-fei li, and the neural network algorithm people (start with yann lecun as most practical)
autonomous machines and robots - while humans need these desperately ; we cant just leave that to elon musk (greatest genius in space ai and robotics as he undoudtedly is- these areas are very technical unlike other ai so be curious about them bit dont expect to contribute without many uears deep appreticeship or a brain the size of musk!
March 2025.1) what are opportunities & risks to kindergarten-12 grade generation of brains over next 13 years given 10**18 more data analysis tech available than when I was 13 year old in a class of slide rulers (roughly 10**18 has emerged since 1964 with 3 by million fold waves: moores law* mobilising data clouds* nvidia jensen partners in deep compute 2.0 (other ways of visioning texpoenetial X are possible)
March 2025.2 thank you for the map of educational transformation necessary - can you provide some other maps eg investment, public service, civil engineering?
March 2025.3 given need to trabnform pension invetments etc could you see abitcoin 2.0 being designed to enable ai agency to help optimise brain development (by and for all 8 billion beings) over next 13 years
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Today, engineering of intelligence is changing every human skill, every life, every community’s economy safety and natural beautyThis is impacted by transparently auditting exponentials of 3 multiplicative waves of million times more technology QUiNTILLION TIMES MORE TECH 3) Nvidia compute2.0; 2) Satellite Data Clouds; 1) Chip Designs Moores Law Download 4 slide powerpoint intro -coming soon or chat chris.macrae@yahoo.co.uk , Washington DC ...
www.ai20s.comHIR-KELM- Do you need to know about Xponential Kings English Language Modesl -in full throttle since OCT 2023 fusion of Pacific Coasts' Human Intelligence Reality & Atlantic's Kl? HIR has been very good at brainstorming the coming of 10**18 "moore" computational and data trnasmission tech. Moore's Law started this engineering gift to humanity 1965; my favorite year's giant leap by engineers is Valley brainstorming 2009: primarily 3 wizards' nets brainstormed application of next wave of accelerated computing (Team Huang) and chose Games transformation around Einstein 1905 logics (Team Hassabis eg open sourcing 250 milion protein databab alphafold3) and democatising (girl empowering) every human's coding of digital intel by training machines to adapt to human modes of communicating and sensing mother earth (Team Fei-Fei Li who this week launchedworldlabs.aias her friends latest north star platform). Given accidental system failures in transtalantic's mediation of 2001, 2005, 2009, 2021 the world's 8 nillion vitizens owes great debt to Pacific (especially Valley) in keeping Human Intelligence Reality within reach of sustainable generation of millennials. It seems that from October 2023 to end of school year 24-25 every aspect of KELM will be tested eg US Nairr Pilot Executive Order & Chips Acts together with King Charles AI world series (London , Seoul, Paris ...), NY next week UNsummitfuture and NVidia world in DC October 7-9. We need hundreds of cities' peoples to celebrate intelligence inclusion. One way helping transatlantic Americans to transform attention is Bloomberg's commitment to smartest 100 mayors to get their peoples deepest intelihgence needs openly researched by Amerca's number 1 reearch univeristy Johns Hopkins. The US Department of Energy has located America's bigget computing powers across 13 national regions so that while DC' NiST orchestrates the USwww.NAIRRpilot.org, 13 reigonal HIRs can blossom and factually NAIRRS are the consequence of NIST deciding to fund Fei-Fei Li nearly 20 years ago. More on how Queen Victioia way back 1843 asked Economits to tranform English Constitution imoact worldwide in 1843 atwww.economistdiary.com.
Our newsletter Ed3EnvoyUN wuth Unwomens @ linkedin and Facebook's fanclub of Yunus Bangla2.0 benchmark for all UN gov2.0 servanrs of SDGs, with million friends www.ed3dao.com (AI*metaverse*Digital Twins of Earth2.0) will try to celebrate & map every open diary date to futures for all but welcome probobo corespodents across 100 cities and all hemispheres and linguistic data sovereignties.
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Millennials & Parnets responsible for their generation no longer need UN SDGs -let’s Unite to Save our SpeciesSOS 17 .16 .15 .14 .13 .12 .11 .10 .9 .8 .7 .6 .5 .4 .3 .2 . 1 . Economistdiary.com .
join us at www.ai20s.com to explore what else could happen - eg id Musk helps Dr Yunus design Bangladesh 2.0 at same times AS USA game of 7 Trumps
WE asked a sample of Reasoning Gen AI's:
If Elon Musk's Starlink were to provide optimal support to Dr. Muhammad Yunus, the Nobel Peace Prize laureate and founder of the Grameen Bank, in his ongoing efforts to design a "new nation" of Bangladesh centered around poverty museums and women empowerment, the impact could be transformative. Starlink's high-speed, low-latency satellite internet could address critical infrastructure gaps in Bangladesh, enabling Dr. Yunus' vision to scale rapidly and reach even the most remote communities. Here's how this collaboration could unfold and its potential outcomes:
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### 1. Empowering Women Through Connectivity
- Digital Literacy and Education: Starlink could ..
- Telemedicine and Healthcare: Internet access could enable global vilage women and millennails to access telehealth services, improving maternal and child health outcomes in underserved regions.
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### 2. Poverty Museums as Centers of Learning and Innovation
- Virtual Tours and Global Awareness: Starlink could
### 3. Scaling Social Business Models
- Global Reach: Starlink could connect Dr. Yunus' social business global corporate partnerts
### 4. Bridging the Urban-Rural Divide
- Remote Work Opportunities: Starlink could enable rural residents to access remote work opportunities, reducing migration to urban areas and promoting balanced regional development.
- Agricultural Innovation: Farmers could use internet-connected devices to access weather forecasts, market prices, and best practices, increasing productivity and income.
- Disaster Preparedness and Response:
### 5. Catalyzing a Global Movement
- Inspiring Other Half of Nations which have no minerals!: until biotech values what nature has planted with photosynthesis (more energy per year since start of planet than humans ever use)
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### Challenges and Considerations
While the potential benefits are immense, there are challenges to consider:
### Conclusion:
If Elon Musk's Starlink provides optimal support to Dr. Muhammad Yunus, it could accelerate the transformation of Bangladesh into a model nation centered on poverty eradication, women empowerment, and social business. By bridging the digital divide, Starlink could enable Dr. Yunus' vision to reach new heights, inspiring a global movement to redefine development and create a more equitable world. This collaboration would not only honor Dr. Yunus' six decades of groundbreaking work but also demonstrate the power of technology to drive social change.
YLNEXTDOOR: This group in Maryland - a few safe miles from the White Hpouse - is for sharing ideas on how anyone can double intelligence in next 5 years - don't get left out. I doubt chances to co-create intel will ever be as free again. This may be the greatest collaboration opporunity 8 billion peoples ever enjoy. Peoples and places will win wherever education is changed from examining to helping each other multiply intelligences. This isnt a new idea but we now have up to a quintrillion times more tech than the days of slide rulers in my high school.- i know some folk who have been playing with small steps as well as giant leaps for over 50 years. The more the world changes the more mmotional intelligence and mental health are integrat to start (subconscioulsy sensing) at the earliest. As author Lois McGuire of Don't Be That Kid" reveals - this starts by age 8/9- don't be the kid that bullies, distracts, or selects who's in. From now on as soon as a child can read she or he should be choosing experiences not memorising (the kind of factoids machines can now deliver). Moreover as the Lancet has argued for most of this millennium, one of the great missing curricula is peer to peer pre teens health. Translating in any joymaking way is something every community's diversity needs everyone to help do now. Arts and crafts are as important to play as sports or fashion design. We can help chats get deeper in seeing every loving action - if we don't those chats will get more and more superficial. We are in the first school year that every device including personal computers - is being redesigned around AI. For example, of like me you are not good at filing notes, ai isnt doing you much good until it helps with that more than selling you stuff. Real curiosity is also the way to innoculate you and yours from being marooned by fake news.
.welcome - pls click here if you want to start at top of blog of AI and UN goals superstars
chrismacrae.comyoutube washington dc email chris.macrae@yahoo.co.uk linkedin 9500 skype chrismacraedc co-author with The Economist's Norman Macrae 1984's 2025Report - 40 years to transform education and save our species
