# IA e Robotica: una dimensione umana. | Antonio Bicchi | TEDxRimini

Source: https://www.youtube.com/watch?v=1yoaEASnYAU
Recap page: https://rapidrecap.app/video/1yoaEASnYAU
Generated: 2026-01-21T17:04:31.575+00:00

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## Quick Overview

Antonio Bicchi argues that the future of Artificial Intelligence is embodied robotics, which, when developed with soft, adaptable principles mirroring the human body, enables profound integration and new forms of human expression, exemplified by using humanoid avatars for artistic performance and remote interaction.

**Key Points:**
- AI has already surpassed humans in games like Chess (Deep Blue, 1997) and Go (AlphaGo, 2015), and in scientific prediction (AlphaFold, 2024), but humans win when they learn to use machines creatively, as shown by Ke Jin who trained with AI to win 14 out of 15 Go matches.
- The future of AI is robotics, an intelligence with a body capable of intervening in daily life, which is possible because research has shifted from caged, dangerous robots to collaborative robots (cobots) operating safely near humans.
- Bicchi's research focuses on hands, noting that hands are the most characteristic feature of human intelligence, leading to work on prosthetics where rigid hands failed because nature is always soft and adaptable.
- The success of soft robotics lies in creating prosthetics that behave like the human body and speak its language, achieving true integration by mimicking natural softness and adaptability.
- This integration principle extends beyond prosthetics to humanoid avatars, like 'Alterego,' allowing humans to inhabit the robot, see what it sees, and feel what it touches, enhancing immersion and credibility, especially through the sense of touch.
- Robotics can offer practical assistance, such as delivering medicine and comfort to the elderly, performing dangerous tasks like exploring collapsed buildings or deep-sea recovery, and enabling artists to express themselves by 'living inside' the robot.
- The concept of the 'robot' originated from art (Karel Čapek's play), and robotics can now influence art by acting as a tool (a 2.0 chisel) or by allowing artists like painter Melchior to express themselves as if painting through a three-year-old child via the robot.

**Context:** Professor Antonio Bicchi, whose family background is rooted in Tuscan craftsmanship, discusses the evolution of Artificial Intelligence, moving from abstract computation to embodied robotics. He grounds his perspective in the importance of hands as the defining aspect of human intelligence and uses historical and contemporary examples, including the democratization of art through technological advancement like French Ultramarine, to frame the potential of soft, human-like robotics.

## Detailed Analysis

Bicchi establishes that while AI has achieved superiority in specific domains like games and protein folding, human ingenuity prevails when machines are leveraged creatively, citing the Go champion who trained against AI to regain his title. He posits that the next major development is robotics—AI with a body capable of physical interaction, moving past the era of isolated industrial robots to collaborative cobots. His core work involves replicating the human hand, recognizing that softness and adaptability are crucial for successful integration, unlike previous rigid prosthetics. This leads to soft robotics, where machines mimic the body's language, enabling true symbiosis, such as in advanced prosthetics or humanoid avatars like 'Alterego.' Through Alterego, humans can remotely experience the robot's senses, including touch, which is essential for deep immersion. Bicchi explores practical applications, including remote caregiving and dangerous exploration, but ultimately focuses on robotics' impact on art, advocating for artists to inhabit robots to create new methods of expression, demonstrated by painter Melchior who expressed himself through Alterego as if seeing the world through a child's eyes.

### AI Milestones and Human Adaptation

- Deep Blue beat Kasparov in Chess in 1997
- AlphaGo beat Lisidol in Go in 2015
- AlphaFold predicted protein folding in 2024
- Human champion Ke Jin won 14/15 matches after training with AI

### The Shift to Embodied AI

- Future AI is robotics, an intelligence with a body for concrete daily life
- Research moved from dangerous caged robots to collaborative cobots operating near humans

### The Importance of Soft Robotics

- Bicchi focuses on hands as key to human intelligence
- Early prosthetics failed because they were rigid, unlike nature which is always soft and adaptable
- Soft robotics creates adaptable prosthetics that allow for pleasant contact, like massaging a friend

### Integration and Telepresence

- Successful integration requires the robotic part to behave and speak the body's language
- Humanoid avatars like Alterego allow humans to be 'inhabited' by the robot, feeling what it feels, which emphasizes the importance of touch ('toccante')

### Practical and Artistic Applications

- Robots can deliver medicine, offer comfort, explore dangerous sites, and recover deep-sea artifacts
- Robotics can influence art, allowing artists to live inside the robot to generate new methods of expression, as demonstrated by painter Melchior and dancer Idil Oznamar