New Scientist TV - April 2010

TL;DR

A team in the UK is working on an all-electric vehicle to compete for an energy efficiency prize, an artist investigates the cause of deformed frogs, and a robot is being developed to mimic the abilities of a human toddler.

Transcript

hello and welcome to New Scientist TV this month we investigate some deformed Frogs We also meet a baby robot that's just finding its feet but first we head to the UK's Silverstone racetrack where a team is gearing up to compete for millions of dollars sea O'Neal tells us more I'm here at Delta Motorsport to take a look at a prototype all electric ... Read More

Key Insights

• 😤 The Delta Motorsport team is focusing on creating an energy-efficient, all-electric vehicle that performs well in terms of speed and handling.
• 👨‍🔬 Brandon Baling's research challenges the previous belief that chemical pollution is the primary cause of deformed frogs, revealing the potential role of dragonfly larvae biting developing limbs in causing deformities.
• 🤗 The iub robot is being developed with smaller and more dexterous hands, springy legs, and the ability to learn complex tasks through a one-shot learning approach, making it more human-like over time.

Questions & Answers

Q: What is the goal of the competition the Delta Motorsport team is participating in?

The goal of the competition is to create an energy efficient vehicle that people will want to buy, with a requirement of at least 100 miles per gallon efficiency or the energy equivalent.

Q: What is the potential cause of deformed frogs, according to Brandon Baling's research?

Brandon Baling discovered that dragonfly larvae biting the tadpoles' developing limbs could be a potential cause of deformed frogs, challenging the previous belief that chemical pollution was responsible.

Q: How is the robot iub being upgraded to become more human-like?

The robot iub is being upgraded with smaller and more dexterous hands, springy legs to withstand falls, and the ability to learn complex tasks using a one-shot learning approach.

Q: What did the team at Imperial College do to improve the learning capabilities of the iub robot?

The team at Imperial College implemented a one-shot learning approach, where the robot only needs one demonstration to learn a task, making it less time-consuming and more adaptable.

Summary & Key Takeaways

• A UK team at Delta Motorsport is creating an all-electric vehicle to compete for an energy efficiency prize, focusing on minimizing energy use and maximizing performance.

• Artist Brandon Baling investigates the cause of deformed frogs, discovering that dragonfly larvae biting the tadpoles' developing limbs is a potential cause, challenging the previous belief that chemical pollution was responsible.

• A robot named iub is being developed to mimic the abilities of a 2-year-old child, with a focus on creating smaller and more dexterous hands, springy legs, and the ability to learn complex tasks.