Subvolts take AI tackles real-world problems in health, biology, and climate change, facing practical hurdles. Aug 27, 2019
For you
Developers
Learn about real-world AI applications and the challenges in their deployment.
Business
Understand how AI can solve significant problems in healthcare, science, and energy efficiency.
Everyday users
Discover how AI is being used to make a positive impact on society and the environment.
Hype note
3/5Notable

This episode provides a solid interview discussing AI's practical applications and the challenges in deploying it.

Google DeepMind: The Podcast · Ep 5 Episode Official · Google

Out of the lab

31 min Interview Hosts: Hannah Fry
0:0031:22

Audio streams from Hannah Fry. Your place is remembered on this device.

From Subvolts

Summary and analysis by Subvolts editorial, AI-assisted.

Summary

This Google DeepMind podcast episode, "Out of the Lab," features host Hannah Fry discussing AI's real-world applications. The episode explores how AI systems can save sight, solve biological problems, and reduce energy consumption to combat climate change. It also addresses obstacles to AI's effective, safe, and fair use.

Explained simply

This podcast explores how smart computer programs, called AI, are being built to help people. They can help doctors save people's eyesight, help scientists understand life better, and even help cool down big computer centers to fight climate change.

Why listen

This episode offers a look at AI's practical impact beyond the lab. It is for anyone interested in how AI solves tangible problems, from healthcare to climate. The discussions on real-world deployment and challenges connect directly to current efforts by frontier labs like Google DeepMind to move AI from research into beneficial applications.

On the mic
  • HostHannah Fry
About
Key facts
  • Episode Title: Out of the Lab
  • Show: Google DeepMind: The Podcast
  • Length: 31 minutes
  • AI Applications Mentioned: Saving sight, solving biology problems, reducing energy consumption for climate change.
  • AI Project Example: AlphaFold for scientific discovery.
Show notes from Hannah Fry

The ambition of much of AI research is to create systems that can help to solve problems in the real world. In this episode, Hannah meets the people building systems that could be used to save the sight of thousands, help us solve one of the most fundamental problems in biology and reduce energy consumption in an effort to combat climate change. But whilst there is great potential, there are also important obstacles that will need to be tackled for AI to be used effectively, safely and fairly.

If you have a question or feedback on the series, message us on Twitter (@DeepMind using the hashtag #DMpodcast) or email us at podcast@deepmind.com.

Further reading:

Other examples of the application of AI for real-world impact include:

Interviewees: Pearse Keane, consultant ophthalmologist at Moorfields Eye Hospital; Sandy Nelson, Product Manager for DeepMind’s Science Program; and DeepMind Program Manager Sims Witherspoon.

Credits:
Presenter: Hannah Fry
Editor: David Prest
Senior Producer: Louisa Field
Producers: Amy Racs, Dan Hardoon
Binaural Sound: Lucinda Mason-Brown
Music composition: Eleni Shaw (with help from Sander Dieleman and WaveNet)
Commissioned by DeepMind

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Jargon decoded
AI
Artificial Intelligence
Smart computer programs that can learn and solve problems.
Published
Show
Google DeepMind: The Podcast · Hannah Fry
Length
31 min
Companies
Google
Products
AlphaFold
Summary by
Subvolts, using an AI model (how we work). Spotted a mistake? Tell us.

Questions people ask

What are some real-world problems AI is being used to solve?
AI systems are being developed to save sight, solve fundamental problems in biology, and reduce energy consumption for climate change mitigation.
What are the challenges for using AI effectively?
Obstacles include ensuring AI is used effectively, safely, and fairly, which will need to be tackled for successful implementation.

Page generated Oct 19, 2026. Summaries are Subvolts' own; the audio, artwork and notes belong to Hannah Fry.