Unleashing Artificial Intelligence As A General-Purpose Technology

In our era of rapid technological transformation, Artificial Intelligence (AI) stands on the brink of becoming a powerful general-purpose technology (GPT) akin to electricity or the steam engine. These foundational technologies fundamentally reshape industries and redefine society by following an evolutionary trajectory that moves from small improvements to system-level change. History shows us that realizing the full potential of GPTs demands both an understanding of their progressive phases and a forward-thinking mindset, especially to avoid the productivity lags that have plagued previous technological revolutions.

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Superconvergence

“Superconvergence” by Jamie Metzl is an insightful exploration into the technological revolutions reshaping our world. Metzl, a renowned futurist, delves into the interplay between artificial intelligence, genome sequencing, gene editing, biotechnology, and other revolutionary technologies that he believes are converging to transform humanity. Those that follow my work know that I am a big believer in convergence – both as a historical driver in transformative eras and a current day phenomenon. I have added the book to my library.

Overview: Metzl argues that we are at the cusp of a superconvergence – a period where multiple technological advancements simultaneously come to fruition, creating unprecedented changes. He provides a well-researched narrative, enriched with historical context and current scientific insights, to illustrate how these technologies are evolving and impacting various aspects of society.

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What Should My Children Study in School?

As a keynote presenter and futurist, I am frequently asked by parents the pressing question: “What should my children study in school to thrive in an increasingly automated world?” In an era where technological advancements are rapidly reshaping the job landscape, my response emphasizes a balanced education that cultivates foundational skills like critical thinking and emotional intelligence, embraces STEM and digital literacy, and fosters adaptability and lifelong learning. Additionally, I advocate for focusing on human-centric fields, entrepreneurial abilities, ethical reasoning, and global awareness. By integrating these elements, we can equip the next generation with the tools they need to not only navigate but also shape the future of work and society.

To test the appropriateness of my response, I asked ChatGPT how it would respond. Here is the response:


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ChatGPT Makes Chilling Predictions For 2025

This recent article describes a conversation with ChatGPT. The article highlights ChatGPT’s predictions for 2025, warning of potential global disasters if certain crises escalate. The chatbot identifies several major risks:

  1. Climate Crisis Escalation: Increased natural disasters could lead to widespread displacement, food shortages, and economic impacts.
  2. Geopolitical Tensions: Heightened conflicts, especially involving major powers, may cause global instability and humanitarian crises.
  3. Pandemic Resurgence: New or returning infectious diseases could overwhelm healthcare systems and disrupt societies.
  4. Technological Risks: Misuse of AI and cyberattacks could threaten critical infrastructure and national security.
  5. Economic Collapse: A severe global recession could emerge due to trade disputes, inflation, and unemployment.
  6. Social Unrest: Growing dissatisfaction with economic inequality and political systems could lead to protests and social fragmentation.

The chatbot stresses the importance of taking proactive measures to address these looming global challenges.

Return On Learning: Pioneering The Future

In the preceding four-part series, I explored the convergence of knowledge, invention, and societal transitions, tracing the democratization of knowledge from the dawn of language to the present day. The series examined how pivotal inventions have expanded human capabilities and transformed civilization, while also considering how today’s accelerating pace of scientific and technological advances is creating an expanding space of opportunities and challenges. As we stand on the threshold of a new age of invention, potentially more profound than past eras, the series emphasized how organizations can adapt, build resilience, and thrive. Building on these key themes, this post shifts focus to Return on Learning (ROL), a crucial concept that equips organizations to navigate this evolving landscape. By prioritizing learning, leaders can proactively shape the future and ensure long-term success in an era of rapid transformation.

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Unlocking Human Potential – Thriving In A World Of Change

This series concludes by examining what it takes to thrive in the era shaped by the forces of knowledge (part one), invention (part two), and the second scientific revolution (part three). As these transformative forces unfold, organizations and societies must go beyond mere adaptation and learn to flourish amidst constant change. This section delves into the essential capabilities and strategies needed to navigate and actively shape our collective future in this new era of unparalleled opportunities and challenges.

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Unlocking Human Potential – The Emergence Of Scientific Revolution 2.0

In Part Two of this series, I discussed an age of invention. As we approach the third decade of the 21st century, we stand on the brink of a transformative era in human history – an era that not only rivals the original Scientific Revolution but, in many ways, surpasses it. In this third part of the series, I look at this new paradigm shift, aptly named Scientific Revolution 2.0, which is poised to reshape our world with profound and far-reaching impacts.

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Unlocking Human Potential – A New Age Of Invention

Having traced the evolution of knowledge democratization in part one, Let’s explore how this phenomenon ushers in a new age of invention with potentially transformative implications. As we venture further into the 21st century, we find ourselves on the cusp of breathtaking advances, exhibiting striking similarities to past periods of transformative change while presenting unique opportunities and challenges. To understand the significance of this moment, it’s crucial to distinguish between invention and innovation.

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Unlocking Human Potential – The Democratization Of Knowledge

I launched this series earlier with a description here. To begin this analysis, let’s examine how the democratization of knowledge has shaped human progress throughout history, setting the stage for our current era of rapid advancement. The democratization of knowledge has been the driving force behind humanity’s greatest leaps forward. As knowledge becomes more accessible and widely shared, it expands human capabilities and allows societies to break free from previous limitations. This journey of knowledge democratization has been marked by pivotal inventions that have revolutionized how we communicate, learn, and innovate.

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Unlocking Human Potential: The Convergence Of Knowledge, Invention, And Societal Transitions

In this four-part series, I embark on a journey through the annals of human progress, exploring the intricate convergence between knowledge, invention, and societal transitions. I trace the democratization of knowledge from the dawn of language to our current era, examining how pivotal inventions have not only expanded our capabilities but reshaped the very fabric of civilization. As we stand on the brink of what could be a second scientific revolution, I delve into the dawn of a new age of invention, potentially rivaling or even surpassing the remarkable progress of past eras.

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Disrupt With Impact

I had the pleasure of reviewing an early copy of a book authored by Roger Spitz. The book titled Disrupt with Impact is scheduled to launch on September 24, 2024. Roger Spitz is a futurist, author, and President of Techistential, a foresight strategy consultancy. He also chairs the Disruptive Futures Institute, a global education hub which empowers organizations and entrepreneurs. His work has been featured in numerous media outlets, such as Fast Company, WIRED, and MIT Technology Review. He is based in San Francisco, USA.

As a futurist, I find the book to be a compelling and timely exploration of the challenges and opportunities facing leaders in our rapidly evolving world. Spitz masterfully weaves together insights on technological convergence, artificial intelligence, and the blurring of industry boundaries to paint a vivid picture of the disruptive landscape we must navigate. His concept of UN-VICE (Unknown, Volatile, Intersecting, Complex, and Exponential) resonates strongly, effectively capturing the essence of our current era and the imperative for new approaches to leadership and decision-making.

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Geopolitics In Flux: Why The Current Moment Matters

“New Cold Wars: China’s Rise, Russia’s Invasion, and America’s Struggle to Defend the West” by David E. Sanger offers a comprehensive analysis of the current geopolitical landscape, focusing on emerging tensions between the United States, China, and Russia. Sanger, a veteran national security correspondent for The New York Times, draws on his extensive experience to provide readers with a nuanced understanding of the complex challenges facing the world.

The book explores how the traditional concept of a Cold War has evolved in the 21st century, with China’s economic and technological ascendancy and Russia’s aggressive military actions reshaping global power dynamics. Sanger argues that these new cold wars differ significantly from the US-Soviet conflict of the 20th century, presenting unique challenges for global stability.

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The Future of Robotics in Manufacturing: BMW and Figure’s Humanoid Collaboration

In a foreshadowing move for the robotics and automotive industries, BMW has partnered with California-based robotics firm Figure to deploy their advanced humanoid robot, Figure 01, at the automaker’s Spartanburg, South Carolina, facility. This collaboration marks a significant step toward integrating humanoid robots into complex manufacturing processes. Figure recently showcased a video of the 01 humanoid robot participating in vehicle assembly, demonstrating its autonomy and precision. The robot’s capabilities are driven by sophisticated neural networks that map visual data directly to actions. These neural networks enable the humanoid to perform various tasks, like handling sheet metal, working in the body shop, and managing warehouse operations.

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Keynote at TechArena

Back in February of this year, I had the honor to present at a large event in Stockholm Sweden. The event called TechArena included speakers like Al Gore and Steve Wozniak. The event abstract of my presentation follows, as, as well as an abridged version of the keynote.

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Generational Amnesia

In today’s rapidly evolving technological landscape, the concept of generational amnesia is gaining renewed attention. Generational amnesia refers to the phenomenon where each generation retains only a fraction of the knowledge and experiences of prior generations. This can lead to a loss of important historical insights, potentially causing us to repeat the mistakes of the past. As our society continues to advance, especially with the rise of generative AI, this issue becomes increasingly pertinent.

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A Journey Through The Looking Glass

UPDATE: Given current world events, I feel compelled to share this broad story again.


In the last ten years, as my focus expanded, a story about the future emerged. If I were to write a book to capture that story, I would call it A Journey through the Looking Glass (like the name of the leadership course I developed in 2017). My presentations are the vehicle for this type of storytelling, while my Blog captures the story in pieces. Now, as we find ourselves in the early stages of a transformative decade, I feel compelled to pull the pieces together through the written word as well. My next several posts will be dedicated to telling this story. Here are the other posts in the series to date:

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The Catalyst Effect: How Transformative Inventions Shape Humanity’s Future

Throughout history, catalysts—key events and turning points—have ignited profound shifts in human behavior and societal evolution. From conflicts like World War II to scientific breakthroughs such as the discovery of electricity, each milestone has propelled us into new realms of possibility and understanding. Today, as we stand on the precipice of a technological revolution driven by artificial intelligence (AI), humanoid robots, quantum computing, synthetic biology, and space technology, it is crucial to reflect on how these transformative developments will reshape our future. I have viewed this emerging period as a looking glass moment.

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Reframing The AI Narrative

The unease is still palpable. Artificial intelligence, a fledgling giant, casts a long shadow. Headlines continue to blare warnings of robot domination and technological apocalypse. We teeter on the precipice of a future painted in dystopian hues. But a counter-narrative is making its way into the discourse. Let’s reclaim the narrative. Let’s transform the ubiquitous AI assistants from harbingers of isolation to tools that empower us to focus on the things that truly breathe life into our existence. The conversation needs to shift. Not a passive acceptance of a preordained future, but an active shaping of our shared narrative. We must chart a course, not simply brace for impact. We stand at the precipice, but instead of staring down into the abyss, let’s turn our gaze skyward, towards the boundless possibilities that lie before us. The future is not a pre-written script, but a blank canvas. The question isn’t a resigned “will AI replace us?” but a rousing call to action: “What wonders can we co-create?”

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The Promise And Challenges Of Quantum Computing

Quantum computing stands at the forefront of technological innovation, offering the tantalizing promise of revolutionizing how we process information. By leveraging the principles of quantum mechanics, quantum computers could solve complex problems far beyond the reach of classical computers. However, despite its immense potential, realizing the full capabilities of quantum computing is fraught with significant challenges.

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Transforming Energy With Artificial Intelligence

A recent report offers a comprehensive strategy for expediting the deployment of clean energy while mitigating risks and costs amidst the climate crisis. In a collaborative effort, 100 experts in clean energy and artificial intelligence convened at Argonne National Laboratory to devise a plan for ensuring America’s energy future. The AI for Energy report captures their collective vision.

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