CriticGPT, Living Robot Skin, and Oyster-Inspired Concrete
Jun 28, 2024
Discover groundbreaking technology as OpenAI's CriticGPT revolutionizes code reviews, spotting 85% of errors—outpacing humans by a wide margin. Marvel at a humanoid robot sporting lab-grown, self-healing skin, capable of realistic expressions. Finally, dive into sustainable construction with innovative oyster-inspired concrete, which boosts strength and supports ecosystem health. These advancements promise to shape the future of AI, robotics, and eco-friendly building materials!
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insights INSIGHT
CriticGPT's Performance
OpenAI's CriticGPT identifies 85% of coding errors versus humans' 25%.
Its feedback is preferred over human critiques in 63% of cases, improving AI reliability.
insights INSIGHT
Robot with Living Skin
Scientists created a robot face with lab-grown, self-healing human skin.
This allows for realistic expressions, potentially revolutionizing healthcare and cosmetics.
insights INSIGHT
Oyster-Inspired Concrete
Oyster-inspired concrete combines oyster shells with engineering for eco-friendly building.
It's more durable and supports healthier ecosystems by repurposing waste.
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In this episode of Discover Daily, we explore OpenAI's CriticGPT, an AI model designed to identify errors in code generated by ChatGPT. CriticGPT catches 85% of errors compared to 25% by humans and its feedback was preferred over human critiques in 63% of cases. OpenAI plans to integrate CriticGPT into their AI training pipeline, potentially leading to more reliable AI models.
Next, we discuss a groundbreaking humanoid robot face created by scientists at the University of Tokyo and Harvard, covered in lab-grown, self-healing human skin cells. The innovative skin consists of human cells in a collagen scaffold on a 3D-printed resin base, enabling the robot to smile and display realistic facial expressions. This technology could revolutionize healthcare and cosmetics testing.
Finally, we explore how oyster-inspired concrete combines the durability of oyster shells with advanced engineering for stronger, eco-friendly building materials. Companies like GROW Oyster Reefs have developed concrete mixes that mimic oyster shells to sustain healthy oyster populations, while Princeton engineers created a cement composite inspired by mother of pearl that's 17 times more crack-resistant and 19 times more stretchable than standard cement. Oyster-inspired concrete promotes biodiversity, reduces erosion, and repurposes waste shells.
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