Showing posts with label technological innovation. Show all posts
Showing posts with label technological innovation. Show all posts

Tuesday, November 19, 2019

The US needs to copy China’s tech strategy to remain the top economy in the world — Robert D Atkinson

Many US economists and policymakers cling to the faith that free markets are enough to effectively drive innovation and believe that any national IT strategy would be inappropriate government meddling. Most Chinese government officials are engineers who don't get hung up on such philosophical debates: they do what works.…
So it's not surprising that the World Values Survey finds 78% of Chinese residents agree that "more emphasis on the development of technology" is a good thing, compared to just 49% of US residents....
Business Insider
The US needs to copy China’s tech strategy to remain the top economy in the world
Robert D Atkinson | president of the Information Technology and Innovation Foundation

Monday, November 11, 2019

Sputnik — Putin Explains Why Russia Can Afford to Spend Less on Defence


Targeted expenditure based on priorities determined by national security and aimed at neutralizing threats. In other words, defense rather than global power projection, like US-led NATO.

The real expenditure, however, is not in nominal terms but with respect to allocation of real resources that are scarce, most significantly, knowledge and skill. Russia has established dominance in technological innovation in weapons development and manufacture. This requires investment in education and R&D.

Sputnik International
Putin Explains Why Russia Can Afford to Spend Less on Defence

See also
Between 2000 and 2016, while the Chinese economy averaged official annual growth rates around 7-8 percent, the PLA’s budget grew even faster at 10 percent. Despite that, the PLA’s current roughly $200 billion dollar budget totals less than one-third of U.S. defense spending. However, China pays much lower costs for hardware and personnel because of China’s “latecomer advantage” as the DIA report explains:
“China has routinely adopted the best and most effective platforms found in foreign militaries through direct purchase, retrofits, or theft of intellectual property. By doing so, China has been able to focus on expediting its military modernization at a small fraction of the original cost.”
Prominent examples include China’s aircraft carriers and its J-11 jet fighters.
By 2017, Chinese defense spending growth declined to 5-7%percent and the PLA shed 300,000 personnel, bringing it down to 2 million-strong—still the largest armed force on the planet. This transition sought to remodel the PLA into a leaner, more flexible force suited for fast-paced modern warfare.…
Actually, the nominal expenditure is lower than the US owing to differences in const. However, the cost in terms of real resources is the same. Real resources that are committed to military use, including exports, are not available for use in the domestic economy. So the cost in real resources per capita would have to be figured as real terms rather than in monetary terms. For example, China's military commitment of personnel is 2 million out of a billion people and that the US is one million out of 300 some million. The US is committing significantly more per capita to its armed services.

But this doesn't include related commitment, such as the arms industry, covert operations, etc. Some of those figures are classified. Moreover, it is impossible to tell what level of resources is being committed to black operations.

Finally, none of this is really germane to assessing power capability. The author has a degree in conflict resolution and apparently no background or training in military science. The question is not much much but how effective. For example, power projection is more costly than defense.

The US military and NATO is about force projection. China and Russia's militaries are orient toward national defense. In their case, asymmetry advantage lies in neutralizing potential adversaries' through technological weapons, like hypersonic missiles, electronic warfare, and cyber warfare.

It's not how many bucks, or even how much equipment, but rather the bang for the buck.

Based on this both China and Russia are modern military powers capable defending themselves against attack and protecting their periphery through denial of access. On the cheap.
The National Interest
Sebastien Roblin

Wednesday, July 3, 2019

If innovators can solve India's problems, they can save the world. Here's why. — Nikhil Malhotra

India is a country of contrasts. It is home to a $160 billion tech services industry, while also buffeted by environmental and social challenges - and this makes it fertile ground for globally scalable, tech-driven solutions....
World Economic Forum
If innovators can solve India's problems, they can save the world. Here's why.
Nikhil Malhotra

Tuesday, July 17, 2018

Alex Gray — China is among the 20 most innovative economies for the first time

In the last few decades, China has made huge progress in science and technology. This new age of innovation has seen the birth of ‘unicorn’ tech companies like media giant Tencent, the ‘Uber of China’ Didi Chuxing, and the world’s biggest drone builder, DJI.

Now, for the first time, China has broken into the top 20 of a global list of the most innovative economies.

The latest Global Innovation Index singles out China for its rapid transformation into an innovation powerhouse. It has risen consistently up the rankings, in 2015, it was in 29th place, the following year it rose four places to 25th place and in 2017 up three places to 22nd.

Key drivers behind this upward trend include a high level of spending on research and development and the high number of patent applications made by Chinese companies and institutions.

China’s innovation trajectory has been dynamic, says the report, which is compiled by the INSEAD business school, Cornell University and the World Intellectual Property Organisation (WIPO).
Enter the dragon.

Interesting article. Should be a wake-up call that the world is getting a lot more competitive. That's great for buyers but challenging for producers.
"China's rapid rise reflects a strategic direction set from the top leadership to developing world-class capacity in innovation and to moving the structural basis of the economy to more knowledge-intensive industries that rely on innovation to maintain competitive advantage," said WIPO Director General, Francis Gurry. "It heralds the arrival of multipolar innovation".
World Economic Forum
Ellen Wulfhorst

See also

World Economic Forum
Back to the future: flying cars are becoming a reality
David Alexander | Director, Aerospace Standards, SAE International

Thursday, March 1, 2018

Brad DeLong — Nikola Tesla

It is traditional to talk about Thomas Alva Edison. The most famous inventor in the world, "the wizard of Menlo Park", New Jersey, registered more than 1000 patents and founded 15 companies—including what is now called General Electric. But that story is too well-known. Let’s talk about Nicola Tesla instead....
If you look at a chart of economic growth relative to energy usage, it is understandable why Nikola Tesla is arguably the most important person in the economic history of humankind, having pioneered alternating currency as the basis for the modern power grid and inventing the induction motor to make it useful. Tesla and Westinghouse's AC beat out Edison's DC system in that it was more efficient. The world now runs on AC.
The world from space at night, illuminated by the electric power grid, is Tesla’s world.
See also William Nordhaus on the falling cost of artificial light, Do Real-Output and Real-Wage Measures Capture Reality? The History of Lighting Suggests Not.

Grasping Reality
Nikola Tesla
Brad DeLong | Professor of Economics, UCAL Berkeley

Tuesday, November 14, 2017

Bill Mitchell — Automation and full employment – back to the 1960s

On August 19, 1964, the then US President Lyndon B. Johnson established the – National Commission on Technology, Automation, and Economic Progress. He established the Commission in response to growing concern during the deep 1960-61 recession that the unemployment had been created by the pace of technological change. Ring a bell! He wanted to an inquiry to explore this issue and come up with recommendations on how to deal with the possibility that automation was wiping out jobs and the future would be bleak. Before the Commission had reported, the Federal government had reversed its fiscal austerity and the resulting stimulus had driven the unemployment back down to relatively low levels. The Commission noted that unemployment was largely the result of inadequate total spending and that the Government had the tools at its disposal to eliminate it. They considered that there would be workers (low-skill etc) who would suffer more displacement from technology than those with more skill etc, but that ultimately even those workers would be able to get jobs if the public deficit was large enough. In this regard, they eschewed pointless training programs that did not provide immediate access to jobs. Instead, they recommended (among other things) the introduction of a Job Guarantee (Public Service Employment) financed by the Federal government but administered at all levels of government. It would pay the Federal minimum wage and be available on demand. This is the preferred Modern Monetary Theory (MMT) approach and rejects solutions that rely on the provision of a basic income guarantee to resolve the problems created by unemployment.
Technological innovation has often been disruptive historically, but the disruption has always proved temporary, and progress ensued. The problem is not technological innovation. Evolution always brings new challenges along with new opportunities. The primary challenge is to adapt to change. Standing in the way of change is seldom successful.
The currency-issuing government has the responsibility of maintaining aggregate spending at a level sufficient to generate sufficient jobs overall.
This level changes as the pace of labour force growth and productivity changes. But the fact remains – the government can always purchase anything that is for sale in the currency it issues, including all idle labour.
There is never a reason for persistent mass unemployment. Mass unemployment is a political choice not a financial necessity.
This doesn't imply that technological innovation is not disruptive. It may be disruptive to those that lose their jobs, or are otherwise affected, such as new industries being born (tires) and old ones shuttered (blacksmiths, horseshoes, and horseshoe nails). There was huge disruption in customary employment as a result of the transition from the agricultural age that centered on farming to the industrial age that centered on manufacturing. We can anticipate something similar in the transition from the industrial (analog) age to the information (digital) age. For example, if leisure increases as a result of disruptive technology, so will work in areas that serve it. People won't just sit around — as long as they can afford to do something of interest.

A currency issuing government has the ability to address change in a timely way so as to minimize the effects of disruptive innovation by maintaining full employment and keeping the economy on track. It's a matter of maintaining demand so resources that technological innovation and increased productivity make available are not idled owing to lack of demand.

A currency issuer is capable of addressing this by maintaining the flow of money at the level of effective demand commensurate with supply at full employment to the degree that the private sector does not. In this sense, government uses its "power of the purse" to act as a buffer against unemployment.

Technological innovation increases the potential for prosperity and also leisure. Managing the transition involves political decisions along with a correct understanding of economics and government finance. Then it is a distribution issue

Distribution is a political issue with respect to who wins and who loses, rather than just an economic one. Currently, this is where the problem can be traced. Its' a matter of ignorance about economics and government finance, but also involves ideology heavily.

Bill Mitchell – billy blog
Automation and full employment – back to the 1960s
Bill Mitchell | Professor in Economics and Director of the Centre of Full Employment and Equity (CofFEE), at University of Newcastle, NSW, Australia

Thursday, October 26, 2017

Caleb Maupin — Technology & The Marxism of Jack Ma


Technological innovation increases productivity, decreasing the need for human work and increasing the opportunity for leisure.

It's a distribution issue.

The problem is that under capitalism, gains are capitalized and losses are socialized.

Under socialism, gains are socialized and losses are minimized.

Who is going to win this race, those aiming at the top or those racing to the bottom?

NEO
Technology & The Marxism of Jack Ma
Caleb Maupin

Friday, October 13, 2017

Bhaskar Chakravorti — The “Smart Society” of the Future Doesn’t Look Like Science Fiction



Harvard Business Review
The “Smart Society” of the Future Doesn’t Look Like Science Fiction
Bhaskar Chakravorti | Senior Associate Dean of International Business & Finance at The Fletcher School at Tufts University and founding Executive Director of Fletcher’s Institute for Business in the Global Context

Tuesday, October 10, 2017

Emerging Technology — First Evidence That Online Dating Is Changing the Nature of Society


Not just e-commerce that's changing the world. 

Social networks are proliferating and expanding, and it is affecting how people meet. An obvious way to test this is through investigating online dating, for which there is ample data. Online dating sites are obviously targeted at people meeting. This has implications for many other social media venues as well.

More evidence that the Internet is changing everything. Distance is shrinking, not only in terms of separation in space but also in terms of separation of networks. And interfaces are proliferating.

This article examines some of the effects observed.

MIT Technological Review

Friday, September 22, 2017

Asia Unhedged — Xi stresses integrated military, civilian development

During a meeting of the Central Commission for Integrated Military and Civilian Development (CCIMCD) on Friday, Chinese President Xi Jinping stressed the importance “defense, science and industry” will play in the integration of the private sector and China’s military, according to an official release from Xinhua.…

“Defense science, technology and industry are key areas for integrated military and civilian development, and play a vital role in boosting the country’s innovation-driven development and supply-side structural reform,” read a Xinhua translation from a statement released after the meeting.
The commission adopted a plan for the development of “defense science, technology and industry” (as translated by Xinhua) during the period under the 13th five-year plan (2016-2020), as well as guidelines on advancing integrated military and civilian development in the areas.

Duncan Green — What does Artificial Intelligence mean for the future of poor countries?


Important. 

Is global society and the global economy at a turning point and if so, what happens next? It's chiefly about the developing world, but similar challenges face the developed world. 

Technological innovation results in emergence and emergence present fresh challenges along with new opportunities. How those involved in rapid change will react is uncertain. Will they be able to adapt, and, if so, how? While coordination increase the return from coordination, or will competition separate winners from losers? What does this imply for the level of conflict, types of conflict, and reactions to conflict?

From Poverty to Plenty
What does Artificial Intelligence mean for the future of poor countries?
Duncan Green

Tuesday, September 12, 2017

China Plus — Largest quantum facility to equip stealth submarines


Dual-use technology development.
The report suggests the scientists will be working on the development of "quantum metrology," a process which could help improve submarine's stealth operations.…
The South China Morning Post is also reporting the facility in Hefei will be used to develop a quantum computer capable of decoding encrypted messages within seconds....

Global Times — With many Chinese talents returning home, China gets set to overtake the U.S. in technology breakthroughs

A recent report by Goldman Sachs indicated that China has the resources and ambitious, high-level government plans to support artificial intelligence (AI) development and machine learning over the next few years. In the report, the investment bank identified four key factors for the growth of the AI industry - talent, data, infrastructure and computing power. By now, China already has the first three factors needed to fully embrace AI. Some talents who studied and worked overseas shared their stories with the Global Times to explain why they came back to China....
Ecns.cn
With many Chinese talents returning home, China gets set to overtake the U.S. in technology breakthroughs
Global Times

Wednesday, July 5, 2017

David F. Ruccio — Technology, employment, and distribution

I can make the case that things would be much better if the adoption of new technologies did in fact displace a large number of labor hours. Then, the decreasing amount of labor that needed to be performed could be spread among all workers, thus lessening the need for everyone to work as many hours as they do today.
But that would require a radically different set of economic institutions, one in which people were not forced to have the freedom to sell their ability to work to someone else. However, that’s not a world Autor and Salomons—or mainstream economists generally—can ever imagine let alone work to create.
Technological innovation increases the potential to substitute leisure for work, but that is ruled out institutionally and operationally in a capitalist system operated on wage labor. Rather than increasing leisure the gain from increased productivity goes to owners of technology and technology workers. This puts downward pressure on other workers and increases unemployment in less desirable work. The result is increasing inequality and social dysfunction.

Occasional Links & Commentary
Technology, employment, and distribution
David F. Ruccio | Professor of Economics, University of Notre Dame

Saturday, March 25, 2017

Ryan Avent — How Automation with a Robust Safety Net Increases Productivity


Workers replaced by technology don't drop out of the labor market because then the would face poverty, alone with bankruptcy and seizure of assets if they are indebted, as most workers are. So workers replaced by technological innovation have to seek reemployment. This drives down the wage and employment conditions that workers in general are willing to accept.
So there you are: continued high levels of employment with weak growth in wages and productivity is not evidence of disappointing technological progress; it is what you’d expect to see if technological progress were occurring rapidly in a world where thin safety nets mean that dropping out of the labour force leads to a life of poverty.
Technological innovation that increases productivity provides the opportunity for increased leisure but this doesn't mean that this opportunity will be distributed, especially when the benefits accrue chiefly to owners, top management, and highly skilled workers associate with the technology.

Evonomics
How Automation with a Robust Safety Net Increases Productivity
Ryan Avent | senior editor and economics columnist at The Economist

Wednesday, January 25, 2017

Johan Aurik — Work in an Automated Future

The Fourth Industrial Revolution will disrupt employment, just as the previous three did. But before we assume the worst, we should recall that technological change has more often affected the nature of work, rather than the opportunity to participate in work itself.…
The big takeaway is that work has become much less physically demanding owning to technology and distributed leisure has increased significantly, permitting the wider and deeper distribution of education. The wider deeper distribution of education has generated increasing technological innovation that has multiplied the process. There is no reason to suspect that this the end point of the process is approaching of that the process has an end point at all if an essential aspect of human nature is creativity and industry.

So don't freak out over "disruptive technology."

Worth reading the whole post. It is short and on point.

Project Syndicate
Work in an Automated Future
Johan Aurik | Managing Partner and Chairman, Global, at A.T. Kearney

Friday, November 11, 2016

President Putin's Address to Conference Into the Future focusing on technology and innovation

Vladimir Putin took part in the international conference Into the Future: Russia’s Role and Place, organised by Russia’s oldest bank, Sberbank, to mark its 175th anniversary.

The conference focused on forecasting and analysing future technology trends, discussing the main outlines for technological development, and examining the potential benefits and risks their mass use could bring.
President of Russia
President Putin's Address
Conference Into the Future: Russia’s Role and Place

Tuesday, October 25, 2016

CNBC — Building the city of the future — at a $41 trillion price tag

Cities around the world could spend as much as $41 trillion on smart tech over the next 20 years.
"But, but, where will the money come from?"

That's going to take a whole lot of electricity, too.

CNBC
Building the city of the future — at a $41 trillion price tag
Aneri Pattani, special to CNBC.com