Vignette: Cooking With Grandma’s Digital Twin

It’s a rainy Sunday in 2029. You step into your kitchen and greet a familiar voice:
“Wash your hands first — and don’t forget, you always overcook the garlic.”

It’s your grandmother. Or rather, her AI-trained twin — a rich synthesis of voice recordings, handwritten recipe notes, photos, and family video calls. Her likeness lives in your kitchen’s AI assistant, trained not only on the technical aspects of her cooking but the emotional cues too — her sayings, her pacing, even her eye-roll when you forget the bay leaves.

Tonight, you’re making her famous Sunday stew.
As you begin, her voice guides you through each step.
“This is the part where we stir slowly — remember how we’d hum together at this point?”

The AI pulls up a shared memory — a short home video from when you were seven, standing on a stool next to her, stirring that same pot. You smile. You hum.

As you plate the stew, she adds one last note:
“Serve it with that crusty bread from the bakery — just like Grandpa liked.”

The food is real, the memory is enhanced, and your kitchen has become a portal to the past — powered by code, but steeped in love, culture, and identity.

Breaking The Cycle: How Digital Twins Can Preserve Wisdom And Rewire The Future

History doesn’t just repeat itself because we forget the facts. It repeats because we lose the wisdom of those who lived through it. When the last voices of a generation fade – those who endured war, depression, migration, or reinvention – we lose more than stories. We lose anchors. We lose quiet guidance in moments of moral fog. We lose the ability to ask: “What would you have done?”

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Large Behavior Models: A New Frontier In AI

Large Behavior Models (LBMs) are emerging as a powerful new tool in AI, offering profound insights into complex human, social, and even organizational behaviors. By processing and learning from enormous datasets—ranging from individual actions to societal trends—LBMs can generate nuanced and adaptive responses, enabling machines to interact with humans in ways that feel natural, responsive, and contextually aware. This capability opens a world of transformative possibilities, blurring the lines between human and machine interaction and reshaping how we experience the digital world.

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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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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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The Rapid Evolution Of Humanoid Robots

The rapid advancement of humanoid robots is revolutionizing technology at an unprecedented pace. In just a few years, we’ve seen leaps in capabilities, from performing complex tasks with human-like intelligence to drastically reducing the time needed to learn new functions. This progress not only highlights the incredible innovation in robotics but also points towards a future where these machines can seamlessly integrate into various aspects of our lives.

Examples are all around us, and this article describes one such example. In less than a year since debuting its 6th-generation general-purpose humanoid robot, Canada’s Sanctuary AI has now introduced the next iteration of Phoenix. Sanctuary AI has been dedicated to developing a versatile humanoid robot capable of performing various tasks, such as labeling boxes, bagging groceries, moving packages, scanning products, and soldering. Initially, these robots are teleoperated to teach them how to execute these tasks effectively.

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Exploring The Potential Of AI Avatars: Reid Hoffman’s Experiment With Digital Twins

LinkedIn co-founder Reid Hoffman recently delved into the realm of AI avatars by engaging in a video interview with a remarkably human-like digital clone of himself. Developed by Hour One and featuring voice cloning by 11ElevenLabs, this AI replica not only mimicked Hoffman’s knowledge and voice but also exhibited nuanced body language, actively nodding, smiling, and shrugging in sync with the real-world counterpart.

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Game-Changing Digital Twin Could Redefine Weather Forecasting

A recent article takes the concept of a digital twin to an interesting level. An earlier film developed by my team of Futurists rehearsed the possible future of digital twins. One possible future is a digital twin of the earth. The article describes how Nvidia recently unveiled Earth-2, a digital twin of the Earth aimed at revolutionizing meteorological simulations and visualizations on a global scale. This innovative platform, powered by Nvidia’s generative AI model CorrDiff, offers unprecedented speed and energy efficiency, enabling users to create high-resolution simulations of global weather patterns in seconds. By providing access through an API, Nvidia aims to enhance early warning systems for natural disasters and improve weather forecasts.

Government agencies and organizations like the Central Weather Administration of Taiwan and The Weather Company are already planning to utilize Earth-2 for forecasting and visualizing weather impacts. Nvidia’s venture into climate-focused technology reflects its commitment to addressing the challenges of climate change while capitalizing on the growing demand for AI-powered solutions. However, the long-term accuracy of such a complex system remains a pertinent question. The video below describes Earth-2.

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The Rise Of Brain-Computer Interfaces

Imagine a world where you can control your computer, prosthetic limb, or even virtual reality experience with just the power of your thoughts. This is no longer the realm of science fiction, but the exciting reality of brain-computer interfaces (BCIs). BCIs act as a bridge between your brain and external devices. They capture the electrical activity generated by your thoughts and translate them into commands that can be understood by computers or machines. This is achieved by placing electrodes, either on the scalp (non-invasive) or directly on the brain tissue (invasive), to detect these signals. Sophisticated algorithms then analyze and decipher these intricate patterns, transforming them into actionable commands.

The potential applications of BCIs are vast and hold the promise to revolutionize numerous fields. In the medical realm, BCIs offer a glimmer of hope for individuals with paralysis or neuromuscular disorders. Imagine someone suffering from ALS regaining the ability to communicate and control their environment through the power of thought. BCIs could empower them to type messages, operate prosthetic limbs, or even control their smart homes, restoring a degree of independence and agency.

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Generative AI Propels Humanoid Robots Into Unstructured Frontiers

The field of robotics stands at a pivotal point, poised to venture beyond the controlled confines of factories and laboratories. At the forefront of this progress lies the potent collaboration between generative AI and humanoid robots, paving the way for their operation in the dynamic and unpredictable world – unstructured environments. Generative AI, with its ability to analyze and synthesize data across varied domains like text, images, and video, plays a crucial role in empowering these robots. One primary contribution lies in enhancing their understanding of unstructured environments. These environments, unlike the pre-programmed structures robots traditionally operate in, are characterized by their dynamism, with constant changes in layout, object placement, and even lighting conditions.

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Progress In Robot Dexterity Is Accelerating

Generative AI systems operating on language, text, images and video have the potential to extend the digital footprint of robotics to increasingly unstructured environments.

Gordon brown, Mohamed A. El-erian, Michael Spence – Permacrisis

Based on the progress demonstrated in the video, I’d say that quote is playing out.

Rehearsing The Future Of Digital Twins

At an event earlier this week, TCS premiered a new film describing the past, present, and future of digital twins. The production team at TCS did a remarkable job – and I am proud of the end product. Hope you enjoy this journey to the past, present, and future.

The Virtual You

I have written about digital twins over the past year and participated in several articles describing a future where virtual representations of all things physical are viable. You can explore the topic here. The art of the possible is coming into focus.

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Governments Need A “Digital Twin Division”

I wrote about the expanding possibility space for digital twins earlier this month. One domain that stands to benefit from the use of digital twins is the public domain. Government use of digital twins in the coming years, if pursued, can help leaders prepare for disruptions and disasters. This article – which I authored – was just published by Government Technology Insider. Several scenarios are described, with a vision towards a specific division focused on the possibility space.

What The Community Said about Interacting With Lost Loved Ones

In this post from February 2nd, I once again posed the question of interacting with a lost loved one. This scenario is part of a broad digital twins discussion, whether it is a digital version of a lost loved one, or a version of ourselves that lives on forever. In a post from February 2020, I included this video that showed a women reconnecting with her lost daughter virtually (digital twin):

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The Expanding Possibility Space For Digital Twins

I have spent the last several months focused on all aspects of digital twins. The maturing of foundational building blocks has expanded their possibility space. Industrial applications are familiar to many, but the breadth of applications are now more visible. If we view digital twins through the lens of possibilities, we can apply them to the various challenges that continue to impact society. Using some of the UN sustainability goals as a guide, and with the help of ChatGPT via a question and answer session, let’s explore the possibilities:

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Speaking To Those Who Have Passed

In early 2020 I wrote a Post about reuniting with a lost loved one. Since that time, the capacity to do so has expanded.

Rememory, the act of talking to the dead, is an idea as old as man himself. For pagans, it was a means of venerating ancestors who had passed. In Christianity, it remains the belief in afterlife through purgatory, heaven, or hell. What used to be science fiction for some and customary beliefs for others has now become a reality, by using the artificial intelligence technology created by DeepBrain AI.

Nana Coupeau – Rememory, The AI that Helps Us Talk to the Dead
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Digital Twins Are Set For Rapid Adoption In 2023

Interest in Digital Twins is ramping, as evidenced by the number of media outlets showing interest in the topic. I have added a number of recent articles to my media library. A very good CNBC article was launched a couple of days ago. It provides a broad view of digital twins and the growing possibility space.

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Big Things In Store For Digital Twins In 2023

I had the pleasure of talking to Paul Barker in an interview with IT World Canada. The resulting article just launched. We discussed the possibilities for digital twins in 2023. I really enjoyed our discussion, which he captured via a series of quotes in the article. In the context of foresight – a question that comes up a lot these days – he asked me what it is like to be a futurist:

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The Impact Of Virtual Worlds On Travel

The tourism sector stands to benefit tremendously from the use of Metaverse technology. The greater availability of new and better sources of inspiration for travelers is one of the perks that stands out the most

Jai Hamid – Survey shows Metaverse will have an impact on how people travel
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