TuneIn | Technology

In an astonishing talk and tech demo, neurotechnologist Conor Russomanno shares his work building brain-computer interfaces that could enable us to control the external world with our minds. He discusses the quickly advancing possibilities of this field -- including the promise of a "closed-loop system" that could both record and stimulate brain activity -- and invites neurohacker Christian Bayerlein onto the TED stage to fly a mind-controlled drone by using a biosensing headset.

Computer scientist Yejin Choi is here to demystify the current state of massive artificial intelligence systems like ChatGPT, highlighting three key problems with cutting-edge large language models (including some funny instances of them failing at basic commonsense reasoning.) She welcomes us into a new era in which AI is becoming almost like a new intellectual species -- and identifies the benefits of building smaller AI systems trained on human norms and values. (Followed by a Q&A with head of TED Chris Anderson)

Is AI as smart as it seems? Exploring the "brain" behind machine learning, neural networker Alona Fyshe delves into the language processing abilities of talkative tech (like the groundbreaking chatbot and internet obsession ChatGPT) and explains how different it is from your own brain -- even though it can sound convincingly human.

To restrain global warming, we know we need to drastically reduce pollution. The very next step after that: using both natural and technological solutions to trap as much excess carbon dioxide from the air as possible. Enter Orca, the world's first large-scale direct air capture and storage plant, built in Iceland by the team at Climeworks, led by climate entrepreneur Jan Wurzbacher. This plant is capable of removing 4,000 tons of carbon dioxide from the air each year. With affordability and scalability in mind, Wurzbacher shares his vision for what comes after Orca, the future of carbon capture tech -- and why these innovations are crucial to stop climate change.

After a billion years of evolution, fungi are masters of invention and resilience. What wisdom can we draw from their long, remarkable existence? Mycologist David Andrew Quist explores how fungi's innate biointelligence, penchant for collaboration and incredible regeneration abilities can show us new ways to think about complex problems -- and may hold the secret to humanity's survival on Earth.

Indigenous wisdom can help solve the planetary crises that colonialism started, says lawyer Jennifer "Jing" Corpuz. Her ancestors, the Kankanaey-Igorot people of the Philippines, are known for creating the Banaue Rice Terraces: centuries-old irrigated mountain terraces that illustrate the magic of humanity living in harmony with nature. Corpuz shares five values that have guided her people as they successfully fought against development aggression and invites everyone to pursue a more just, sustainable world.

Are insects the key to brain-inspired computing? Neuroscientist Frances S. Chance thinks so. In this buzzy talk, she shares examples of the incredible capabilities of insects -- like the dragonfly's deadly accurate hunting skills and the African dung beetle's superstrength -- and shows how untangling the mysterious web of neurons in their tiny brains could lead to breakthroughs in computers, AI and more.

Remote work, while redefining the workplace landscape, seems stuck behind endless video conference calls that hinder free-flowing conversation and collaboration. In the 21st century, is that really the best we can do? Digital anthropologist Josephine Eyre makes the case for embracing the metaverse as an immersive meeting place that could help reignite creativity and communication.

Imagine a boat that propels by moving its "tail" from side to side, just like a fish. That's the kind of machine that TED Fellow Robert Katzschmann's lab builds: soft-bodied robots that imitate natural movements with artificial, silent muscles. He lays out his vision for machines that take on mesmerizing new forms, made of softer and more lifelike materials -- and capable of discovering unknown parts of the world.

We’re going to be building on the Moon this decade -- and next will be Mars, says space architect Melodie Yashar. In a visionary talk, she introduces her work designing off-world shelters with autonomous robots and 3D printers and explores how it might help uncover radical solutions to some of the problems troubling humans on Earth today.

As climate change accelerates, finding clean alternatives to fossil fuels is more urgent than ever. Social entrepreneur Vaitea Cowan believes green hydrogen is the answer. Watch as she shares her team’s work mass producing electrolyzers -- devices that separate water into its molecular components: hydrogen and oxygen -- and shows how they could help make green, carbon-free fuel affordable and accessible for everyone. “This is how we end the fossil fuel era,” Cowan says.

With quick wit and sharp insight, writer Jeanette Winterson lays out a vision of the future where human and machine intelligence meld -- forming what she calls “alternative intelligence” -- and takes a philosophical look at our species, asking: Are we smart enough to survive how smart we are? (Followed by a Q&A with TED’s head of curation Helen Walters)

The universe that we know, with its luminous stars and orbiting planets, is largely made up of elements we can’t actually see -- like dark energy and dark matter -- and therefore don’t fully understand. Theoretical physicist Chanda Prescod-Weinstein takes us inside the search for this cosmos-shaping invisible matter and explains how, with the help of a new generation of telescopes, we could be closer to demystifying it than ever before. “The universe is more queer and fantastical than it looks to the naked eye,” she says.

SpaceX's Starship launch vehicle has the potential to explore the solar system in a bold, new -- and super-sized -- way. Planetary scientist Jennifer Heldmann talks about how reusable, large-scale spacecraft like Starship could help humanity achieve its next galactic leaps and usher in a new era of space exploration, from investigating the solar system's many ocean worlds to launching bigger telescopes that can see deeper into the universe.

As the line between the physical and digital worlds blur, so does the line between real-world and virtual sports. Reframing our understanding of competition, data-driven technologist James Hodge explains how far esports (like virtual Formula 1 race car driving) have come in replicating the conditions of physical sports, making elite competition more accessible than ever before. "This really is the new era for play -- and it's open to everyone," he says.

What's on Elon Musk's mind? In conversation with head of TED Chris Anderson, Musk details how the radical new innovations he's working on -- Tesla's intelligent humanoid robot Optimus, SpaceX's otherworldly Starship and Neuralink's brain-machine interfaces, among others -- could help maximize the lifespan of humanity and create a world where goods and services are abundant and accessible for all. It's a compelling vision of a future worth getting excited about. (Recorded at the Tesla Texas Gigafactory on April 6, 2022)

“To see and understand the countryside is a crucial part of moving towards a more livable future for everyone,” says coder, artist and organizer Xiaowei R. Wang. They’ve observed that some of the most careful, thoughtful innovation is happening in the world’s rural communities, like Chinese chicken farmers using biometrics tracking and blockchain to improve supply chain transparency. In this talk, they advocate for a new perspective on the countryside: not as places lacking in tech or digital media literacy but as centers of humble innovation that emphasize community and sustainability.

What if robots could build and optimize themselves -- with little to no help from humans? Computer scientist Emma Hart is working on a new technology that could make “artificial evolution” possible. She explains how the three ingredients of biological evolution can be replicated digitally to build robots that can self-assemble and adapt to any environment -- from the rocky terrain of other planets to the darkest depths of the ocean -- potentially ushering in a new generation of exploration.

Lucas Joppa, Microsoft's first chief environmental officer, thinks about climate change through the lens of coding, and he says the world's current net-zero approach simply won't compute. So how do we create a system that actually accounts for all the world's carbon emissions -- and helps us get to zero (as in zero additional carbon added to the atmosphere by 2050)? Joppa shares three "bugs" in our current net-zero code, a four-point plan for fixing them – and how logic can help us change the current course of climate change.

Picking an outfit? Take inspiration from this thrilling talk about digital fashion: the new, weird and wonderful world of fashion designed for our virtual worlds. Watch as Gala Marija Vrbanic, a leader in this emerging field, showcases what you could wear across your digital channels -- be it TikTok, Instagram or in the metaverse -- and shares how it could infinitely expand the creative possibilities of fashion, identity and self-expression.