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TED Tech

From the construction of virtual realities to the internet of things—technology is changing our world every day. But how can we make sure that the quickly-evolving role that tech plays in our lives is one that builds, empowers, and connects us? Host Sherrell Dorsey guides you through the latest ideas from TED Speakers, uncovering the riveting questions that sit at the intersection of technology, society, science, design, business, and innovation. Listen in every Friday.

 Hosted on Acast. See acast.com/privacy for more information.

Human brains are often described as computers — machines that are “wired” to make decisions and respond to external stimuli in a way that’s not so different from the artificial intelligence that we increasingly use each day. But the difference between our brains and the computers that drive AI is consciousness – our inner world, defined by experience and awareness. Anil Seth is a professor of cognitive and computational neuroscience at the University of Oxford. He studies human consciousness and he’s concerned about the way we’ve come to think about AI as conscious minds rather than useful tools. Anil and Bilawal sit down to discuss the differences between intelligence and consciousness, the possibility of AI becoming self-aware, and the dangers of assigning human-like traits to our AI assistants. For transcripts for The TED AI Show, visit go.ted.com/TTAIS-transcripts

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The TED AI Show: Could AI really achieve consciousness? w/ neuroscientist Anil Seth

Is it possible to meet the world's seemingly infinite demand for data storage while also caring for the natural environment? Biomedical researcher Keolu Fox and professional surfer and scientist Cliff Kapono believe that Indigenous knowledge combined with the science of genetics may offer such a solution: using the DNA of plant cells (like those found in sugar cane) as mini data warehouses. Learn more about the incredible potential of this technology — and how it could help foster ecosystem resilience in a high-tech world. After the talk, Sherrell reflects on the economic and environmental benefits this technology could reap. 

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Could we replace data centers with … plant DNA? | Cliff Kapono and Keolu Fox

This is an episode of Fixable, another podcast from the TED Audio Collective. The evidence is clear that hybrid work is good for both people and organizations. So why are companies as big as Amazon now asking employees to come into the office all five days of the work week? Could “magical hallway conversations” actually make teams better — or is this a leadership play based on nostalgia and wishful thinking? In this provocative "Unsolicited Advice" episode, Anne Morriss and Frances Frei debate what Amazon’s new return-to-office mandate means for the company’s future.

Frances Frei is a Harvard Business professor. Anne Morriss is a CEO and best-selling author. Anne and Frances are two of the top leadership coaches in the world. Oh, did we mention they're also married to each other? On Fixable, Anne and Frances move fast and fix stuff by talking to guest callers about their workplace issues and solving their problems – in 30 minutes or less. Both listeners and guests will receive actionable insights to create meaningful change in the workplace – regardless of their position on the company ladder. 

You can listen to Fixable wherever you're listening to this. 

If you want to be on Fixable, call our hotline at 234-Fixable (that's 234-349-2253) to leave Anne and Frances a voicemail with your workplace problem.

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Fixable: Why is Amazon dragging its employees back into the office?

In this revelatory talk, technologist Kayvon Tehranian explores why NFTs -- digital assets that represent a certificate of ownership on the internet -- are a technological breakthrough. Learn how NFTs are putting power and economic control back into the hands of digital creators -- and pushing forward the internet's next evolution.

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How NFTs are building the internet of the future | Kayvon Tehranian

We're far from developing robots that feel emotions, but we already have feelings towards them, says robot ethicist Kate Darling, and an instinct like that can have consequences. Learn more about how we're biologically hardwired to project intent and life onto machines -- and how it might help us better understand ourselves.

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Why we have an emotional connection to robots | Kate Darling

What is a weapon in the Information Age? From microscopic "smart dust" tracking devices to DNA-tracing tech and advanced facial recognition software, journalist Sharon Weinberger leads a hair-raising tour through the global, unregulated bazaar of privatized mass surveillance. To rein in this growing, multibillion-dollar marketplace that often caters to customers with nefarious intents, Weinberger believes the first step is for governments to classify surveillance tools as dangerous and powerful weapons.

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Inside the massive (and unregulated) world of surveillance tech | Sharon Weinberger

"We've been promised a future of chrome -- but what if the future is fleshy?" asks biological designer Christina Agapakis. In this awe-inspiring talk, Agapakis details her work in synthetic biology -- a multidisciplinary area of research that pokes holes in the line between what's natural and artificial -- and shares how breaking down the boundaries between science, society, nature and technology can lead us to imagine different possible futures.

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What happens when biology becomes technology? | Christina Agapakis

What if diseases could be treated with a patient's own cells, precisely and on demand? Biotech entrepreneur Nabiha Saklayen explains how we could harness advances in biology, machine learning and lasers to create personalized stem cell banks -- and develop medicine uniquely designed for each of our bodies.

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Could you recover from illness ... using your own stem cells? | Nabiha Saklayen

What if we had a map of ... everything? Jack Dangermond, a visionary behind the geographic information system (GIS) technology used to map and analyze all kinds of complex data, walks us through the interconnected technologies gathering information about every crack and corner of the Earth. Learn how this "living atlas" and "geospatial nervous system" can help us better understand our changing planet -- and let nature guide our actions towards a more sustainable future.

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An ever-evolving map of everything on Earth | Jack Dangermond

Will innovation in artificial intelligence drastically improve our lives, or destroy humanity as we know it? From the unintended consequences we've suffered from platforms like Facebook and YouTube to the danger of creating technology we can't control, it's easy to see why people are afraid of a world powered by AI. But in this interview, OpenAI CEO Sam Altman makes a case for AI's potential to make the future better for all of us—and explains how his company is leading that charge with an unusual new business model.

This is an episode of The TED Interview, another podcast in the TED Audio Collective. For More episodes, find and follow The TED Interview wherever you're listening to this.

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The race to build AI that benefits humanity | Sam Altman

What if tiny microparticles could help us solve the world's biggest problems in a matter of minutes? That's the promise -- and magic -- of quantum computers, says Matt Langione. Speaking next to an actual IBM quantum computer, he explains how these machines solve complex challenges like developing vaccines and calculating financial risk in an entirely new way that's exponentially faster than the best supercomputers -- and shares why industries should prepare now for this new leap in computing.

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The promise of quantum computers | Matt Langione

The promise of quantum computers | Matt Langione

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