As if space was not dangerous enough, there are an estimated 130 million bits of space junk from 1mm to much larger in orbit, each shooting along at about 8km/sec, the speed of a bullet. Fortunately researchers at Te Pūnaha Ātea - the Space Institute are working to reduce space junk.

From Waipapa Taumata Rau, University of Auckland, New Zealand's leading research institution, Ingenious is a podcast exploring how research from New Zealand is transforming the world for the better.

Hosted by experienced podcast and award winning journalist Nikki Mandow, Ingenious tells the stories of innovation, ambition and hope from the University of Auckland's leading researchers.

In the third episode of Ingenious learn about the researchers and artists applying the power of dance to heal an increasingly fractured world and how the simple act of moving together lights up multiple parts of our brain.

From Waipapa Taumata Rau, University of Auckland, New Zealand's leading research institution, Ingenious is a podcast exploring how research from New Zealand is transforming the world for the better.

Hosted by experienced podcast and award winning journalist Nikki Mandow, Ingenious tells the stories of innovation, ambition and hope from the University of Auckland's leading researchers.

In the second episode of Ingenious hear about how in the near future digital versions of ourselves will forecast how our bodies respond to surgery or medication.

From the University of Auckland, New Zealand's leading research institution, Ingenious is a podcast exploring how research from New Zealand is transforming the world for the better.

Hosted by experienced podcast and award winning journalist Nikki Mandow, Ingenious tells the stories of innovation, ambition and hope from the University of Auckland's leading researchers.

Ingenious is a new podcast from Waipapa Taumata Rau, University of Auckland. In each episode we take a deep dive and talk to researchers about work that is transforming our world for the better.

In this episode, how a 5000-year-old genetic mutation enabled some of us to digest milk with no problem. What does that mean for the rest of us?