As we move aggressively into this period of great invention, we will increasingly marvel at astounding levels of innovation. Every domain will experience this phenomenon…and it is accelerating. The articles below make the point very clear. The most encouraging piece of these breakthroughs is growing evidence that our world of extraction is shifting ever so slightly to one of creation. Advances in materials science are critical to solving some of the worlds greatest challenges. The energy transition is underway.
I just finished another good book. Tony Orb takes us to the precipice in a new book that explores existential risk. He looks at natural risks like asteroids, comets, supervolcanic eruptions, stellar explosions, brightening of our sun, and orbital dynamics. He then explores those risks stemming from human activity (anthropogenic). These include nuclear weapons, climate change, environmental damage, pandemics, unaligned artificial intelligence, nanotechnology, biotechnology, and back contamination (from space microbes). The remainder of the book focuses on quantifying risks and safeguarding humanity. I highly recommend the book for those looking well into the future and focused on humanity. I have added the book to my library. Here is the Amazon abstract.Continue reading
RethinkX just launched a report on climate change, and I have added it to my research library. Sustainability is a growing topic and focus area for leaders around the world. RethinkX concludes that technologies to address the climate change challenge already exist, but they are subject to societal choices. The abstract points to the importance of this report for all leaders.Continue reading
Resilience is the capacity to recover quickly from difficulties. That word is suddenly in everyone’s vocabulary. Whether it is individual or organizational, resilience helps us withstand adversity and bounce back. The pandemic can be credited for our heightened awareness, but it was just a matter of time before we all got here. The factors described in my Post yesterday describe why: complexity, pace, volatility, unpredictability, and the unexpected. These factors have always been there, but during specific transformative eras throughout human history, they combined in ways that challenged the existing order.Continue reading
Wildfires burned nearly 10.4m acres across the US last year. The most costly thunderstorm in US history caused $7.5bn in damage across Illinois, Iowa, Nebraska and South Dakota. As the climate crisis swept the globe on a biblical scale it left in its wake a record number of billion-dollar disasters.Dominic Rushe – Reading the writing on the wall: why Wall Street is acting on the climate crisis
An epoch is a period of time in history or a person’s life, typically one marked by notable events or particular characteristics. Although not officially approved, a working group has proposed that the world entered a new epoch called Anthropocene, or the human epoch. The starting point is still debated, as some believe it started at the beginning of the Agricultural Revolution 12,000–15,000 years ago, and others see it starting as recent as the 1960s. One proposal, based on atmospheric evidence, is to fix the start with the Industrial Revolution circa 1780, with the invention of the steam engine.Continue reading
Yesterday, I Wrote about the speed at which change is likely to occur this century. Paradigm shifts will happen regularly, in stark contrast to the past, where paradigms had a long shelf life. From health and education to energy and transport, paradigms will shift. The energy transition is big discussion topic today, and rightfully so. The most transformative periods in history have been tied to energy transitions. While renewable energy dominates the dialog, rapid increase in energy demand can negate those gains. This short video captures parts of this dialog. Visit this YouTube Channel to join the discussion.
When looking at possible futures, one domain seems to intersect with them all. Whether we are discussing the environment, food, mobility, or energy, one common denominator is materials science. Wikipedia Defines it as an interdisciplinary field focused on the design and discovery of new materials, particularly solids. Materials science incorporates elements of physics, chemistry, and engineering. The Wikipedia page reflects on why it intersects with so much:
“Many of the most pressing scientific problems humans currently face are due to the limits of available materials and how they are used. Thus, breakthroughs in materials science are likely to affect the future of technology significantly.”
A recent book explores aspects of a broader Convergence story. The book – 2030: How Today’s Biggest Trends Will Collide and Reshape the Future of Everything – was authored by Mauro F. Guillen. In exploring a number of trends, he shows how the only effective way to understand the global transformations underway is to think laterally. Said another way, we need to think at the systems level. Understanding pieces in isolation blinds us to the combinatorial nature of change. The book abstract says it this way:Continue reading
I just finished another book and added it to my Library. Author Daniel Yergin explores the convergence of energy, climate change, and a world where an existing power is confronted by an emerging power. The New Map helps us understand global dynamics, historical perspectives, the entrenched role of oil and gas, the forces that are driving an energy transition, and the impact of a raging pandemic.
Daniel Yergin is a highly respected authority on energy, international politics, and economics, and a Pulitzer Prize-winning and bestselling author. He is vice chairman of IHS Markit, one of the leading information and research firms in the world, a member of the board of the Council on Foreign Relations, a senior trustee of the Brookings Institution, and has served on the Secretary of Energy Advisory Board under the last four presidential administrations.Continue reading
By now, readers of my Blog know that I have been researching the catalysts of human action for over 18 months. I have used a poll to gather insights from the community. I posted Results a while back, and am providing an update via this post. As a reminder of the topic, here is an excerpt from a Post back in April 2019:Continue reading
More votes have come in since I last reported on my poll. The question based on history is this: what catalysts drive human action in the future? It took two world wars and a great depression to drive humans to act in ways that prevented reoccurrence and advanced human development. In a world that looks eerily similar to that era, we once again wonder about catalysts. Here are the current results.Continue reading
As I mentioned in a recent Post, the global pandemic has altered how we think about our world. However, one thing is constant if not amplified by it: society needs to act if we hope to shape a future that advances human development. The rapid pace of innovation – riding on antiquated institutions – required our attention pre-pandemic. In a post-pandemic world, both of those factors are amplified. The inadequacies of our institutions are more visible now than ever; and innovation that may have unfolded over years is realized in months.Continue reading
Seems like an eternity has past since I first launched this Poll on the catalysts that drive human action. As I mentioned back then, one of our Lessons from History was the presence of catalysts that drove actions that ultimately shaped our future. The major catalysts of the second revolution were astounding levels of innovation, World War One, The Great Depression, World War Two, and the eventual democratization of innovation. The question I asked in the poll was: What catalysts force stakeholder actions that ultimately shape our emerging future?
My Post yesterday revisited the intersections that shape our future. Convergence across multiple domains sets these intersections in motion. In this context, convergence refers to a virtuous cycle where events in one domain spur action in another. The great inventions (electricity, telephone, and internal combustion engine) were clustered together at the end of the 19th century, forming a virtuous cycle that drove a period of astounding innovation. Several Catalysts drove an enabling convergence across the economy, science, technology, business, geopolitics, and a broader set of societal issues.
This research on the likely acceleration driven by the pandemic is a must read. Per their Website, Mehlman, Castagnetti, Rosen & Thomas is a full-service, bipartisan government relations firm whose partners and principals have decades of political and policy experience. The presentation is U.S. centric and a little heavy on politics. However, it captures many of the issues that are converging across multiple domains (business, society, science, technology, environment, philosophy, economics, and geopolitics). I believe it captures one of the most impactful aspects of the current COVID-19 crisis: the acceleration of forces that were already in play. It is a quick walk through of the following topics:
Last week. I posted about modern monetary theory (MMT) and how it challenges conventional wisdom regarding deficits. In her recent book titled The Deficit Myth , Author Stephanie Kelton – Professor of Economics and Public Policy at Stony Brook University – explores the tenets of the theory and its implications to government spending. Progressive agendas aimed at solving the challenges of education, healthcare, climate change and others look at modern monetary theory as a possible solution. In contrast to borrowing money or raising taxes, the monetisation of government expenditure (its financing by the central bank’s creation of money) is costless, in that the government does not have to pay interest on cash.
The attention garnered by MMT has drawn its share of critics. In the interest of understanding both sides of this debate, I read a book titled Modern Monetary Theory and its Critics. The book is a series of essays edited by Edward Fullbrook and Jamie Morgan. As the authors state: in the wake of the decade of fiscal austerity following the Global Financial Crisis, and the apparent exhaustion of standard monetary policy strategies and the ever-increasing income disparity, interest in MMT has grown beyond academia. The skeptics provide a different point of view. As we search for answers to our pressing issues and strive to think differently, it’s prudent that we keep an open mind to these new ways of thinking, while at the same time, understanding their limitations. I recommend the book, which I have added to my Book Library.
In a recent Article via the World Economic forum, author Saemoon Yoon identified 17 ways that technology could change the world by 2025. While the current pandemic exposed our vulnerabilities, it also shows what is achievable through collaboration. While efforts to collaborate globally must improve, a heightened visibility to the issues combined with an appreciation for the power of science and technology is a step in the right Direction. Here are snippets from the article that captures insight from 17 experts related to the world of 2025.
I wrapped up another great book. This one focused on government deficits as viewed through the lens of Modern Monetary Theory. Author Stephanie Kelton addresses the topic in her recent book titled The Deficit Myth. In this best seller, Ms. Kelton – Professor of Economics and Public Policy at Stony Brook University – explores the role of currency issuers (U.S., Japan, U.K., Australia, etc.) versus currency users. From the book:
“The distinction between currency users and the currency issuer lies at the heart of Modern Monetary Theory. And as we will see in the pages ahead, it has profound implications for some of the most important policy debates of our time, such as health care, climate change, Social Security, international trade, and inequality.”
I recently added a new book to my Book Library. Authors Peter Diamandis and Steven Kotler explore the acceleration of technology and the Upheaval we are likely to experience in the coming decade. Diamandis and Kotler investigate how exponentially accelerating technologies converge and impact both our lives and society as a whole. They ask key questions like: how will these convergences transform today’s legacy industries? What will happen to the way we raise our kids, govern our nations, and care for our planet?