History. ASEAN was established on 8 August 1967 in Bangkok by the five original member countries: Indonesia, Malaysia, Philippines, Singapore, and Thailand. Brunei Darussalam joined on 8 January 1984, Vietnam on 28 July 1995, Laos and Myanmar on 23 July 1997 (oddone out?), and Cambodia on 30 April 1999.entrepreneurial revolution began at The Economist in 1968- inspired by the imminent success of the moon race- was there anything that optimal blending of human and computer webs could not do? whats strange is today we have no system design to put say 10000 bright young people on sustaining earth - the space race may have been taken over by big business but its goal was first achieved by organising open collaboration between 10000 people round one goal- much more important that ER is that it can be argued that the moon race inspired many peoples who hadn't even be linked in to electricity to develop the east - china came out from behind its great wall with help of inward investment from diaspora already 3rd richest; the poorest big 10 populated place bangladesh gained independence and empowered generation of girls to build community-rising economies and then there was ASEAN - a loving cooperation between 5 founding nations in every way that the EU has failed to begin to value


  • 8 years ago
Interview with founder of Entrepreneurial Revolution at The Economist http://erworld.tv http://normanmacrae.ning.com

Monday, February 15, 2021

 our world ai issue - selected topics

ai transportation eu commissioner adina valean

Luis Neves

CΕΟ of the Global Enabling Sustainability Initiative (GeSI)

ai education - 

Teach AI in schools. Win the tech race in 2030.

Member of the Hellenic Parliament, former President of the Youth of the European People’s Party

Ten years ago everyone was talking about the future referring to 2020 as a really special year. Every nation, every business, every sports team was making big plans. Well, COVID ruined most of them, except one. The COVID crisis accelerated technological advancements almost everywhere in the world. Zoom calls, Amazon orders, online project planners, gaming, Netflix and so many quarantine apps skyrocketed this year.

However the tech king that has really expanded horizontally this year is Artificial Intelligence (AI). Billions of people have experimented with face filters on a mobile app. Trillions of online purchases have been made because of personalized suggestions. And surely while 2020 has not been the best year for travelling, all those who went through international airports for some reason might have noticed automatic passport verification.

Chances are that you fall at least in one of those categories and if so you have been exposed to the power of AI which undoubtedly became a big part of our lives in 2020 without making too much noise. From face recognition to self-driving cars, AI is growing exponentially and we need to get ready for what is coming.

Kids entering first grade at elementary schools this year, will be joining the workforce in the decade of 2030. If today we consider AI to be part of the successful operations of a company or a government, we can only imagine that ten years from today it will be absolutely necessary. It will be omnipresent and its impact will be taken for granted. All industries, including transport, logistics, medicine, construction, defense, architecture, customer service and even tax authorities will be utilizing AI. We have a duty to prepare the next generation for what is to come.

That is the reason I submitted a proposal to the Greek Parliament for AI to be taught in schools. Obviously, no one is expecting for 1st graders to become Python developers, but if they learn from a young age how to think algorithmically, understand the purposes of AI and realise what this technology can achieve, then they will be able to go on and accomplish goals that are hard to even conceive today.

Concretely, basic methods and patterns can be taught in the early stages of elementary school, followed by establishing a good base in intuitive programming languages towards the end of elementary. Stepping on these building blocks, Machine Learning can be progressively taught as a lesson that combines mathematics and computer science, two subjects that already exist in schools. Gamifying this subject with competitions such as Robotics will also prove beneficial. Note that these steps create a hazy path that could be followed and mainly aim to initiate the conversation of AI training in schools. I expect that more bulletproof plans will be created by expert committees when that time comes.

A great experiment is going on in Scandinavia right now. Finland has foreseen the potential impact of AI and created a course for efficient and effective AI training for all, with an ultimate objective of at least 1% of the population getting trained. Similarly, Sweden spends over half a billion € on AI research programs such as W.A.S.P and heavily invests in its universities. Already in 2018 French President Macron announced the nation’s long term AI strategy and while also mentioning that the country will be investing north of 1.5billion € to boost France’s AI capabilities. These are just some of the examples that illustrate that Europe is taking this issue seriously.

All that said, no investment will matter if students across Europe today will not become part of the AI revolution. For kids with an inclination towards STEM subjects, highlighting to them the power of AI from an early age will only benefit them as they will have a longer time to cultivate a good understanding in the field. For all other students, that will eventually focus on other professions they will also likely end up utilizing the power of AI, so learning about it from a young age will ultimately give them skills and knowledge so as to become competitive and rise to the challenges of the 2030 decade.

ai beyond the state by ioan-dragos tudorache eu romania and chair ai digital age

the modern state, as shaped after the Peace of Westphalia, risks becoming the most helpless and likely future victim of artificial intelligence. With a slow, ossified, often inefficient and ineffective bureaucracy and administration, the state has but a single advantage in the face of all other structures that organize human activity: its size and its monopolies on providing security and — to varying extents — social services, as well as on writing and enforcing rules for how society and economy work. But its monopoly on power, which allowed it to withstand massive shocks throughout history (from wars to large-scale rise of disruptive technologies) can make things turn terribly wrong when it comes to AI, and not only in the EU but anywhere else. 

Artificial intelligence, alongside the great opportunities it brings for humans, comes loaded with the means for the demise or the perversion of the state.Before the rise of artificial intelligence and the data economy, citizens entrusted the state with exclusive competences because the state was the only one large enough to provide certain services. The state was the only institution large enough to collect taxes, it was the only institution large enough to administrate natural monopolies, and it was the only institution large enough to maintain a standing army to counter other states’ standing armies.

Enter data, the new fuel — or even future currency — of the digital economy. And on this data, specifically because of the state’s inherent vulnerability to perversion from collecting data and building AI, the private sector has a cvasi-monopoly. The tables are turned: private companies are now increasingly more effective at providing what the state was historically entrusted to provide. And while there is yet no company that can match a modern state (even if because the state still holds a citizens-entrusted monopoly on making and enforcing rules), the trend is here, at our doorstep. As more and more of human activity becomes data-driven, data-fueled, and data-dependent, how can the state adapt, so that it can compete and survive?

Politicizing the 5G debate is not good for Europe Abraham Liu

Huawei Chief Representative to the EU Institutions

Eva Kaili

Member of the European Parliament from Greece (S&D), Chair of the Panel for the Future of Science and Technology (STOA), Member of the Committee on Industry, Research and Energy, Substitute Member of the Special Committee on Artificial Intelligence in a Digital Age


Adam Bielan

Member of the European Parliament from Poland (ECR), Member of the Special Committee on Artificial Intelligence in a Digital Age

Julia Anderson

Research Analyst, Bruegel

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