A bi-weekly talk show by The Restart Project, plus a monthly documentary series produced by brilliant podcaster Dave Pickering, based on fixing triumphs, heartbreaks and wisdom shared at our community repair events – called Restart Parties – here in London. We go into real depth about good and bad design, obstacles to repair of electronics, emotional aspects of ownership, environmentally irresponsible business models, and the “end of life” of our gadgets. This podcast is for you if you'd like to fix your relationship with electronics. Let’s rethink, restart.
https://therestartproject.org/podcast/
Restart Radio: The Iridium anomaly, your mobile and the dinosaurs
Coinciding nicely with the first image of a black hole, this April is Space Month on Restart Radio, where both our live show and podcast will be space-themed.
In this show, we talk to Jessika Luth Richter, a circular economy researcher at Lund University in Sweden, and we learn about the relationship between raw materials and space, including the ‘Iridium anomaly’.
First, we chat about tech news. From the recent Apple GiveBack trade-in programme to their leaking of plans to respond to Right to Repair pressure, to the hijacking of ASUS software updates or the risks of ‘smartphone zombies’ – are you one of them?
Discovering Iridium: from mobiles to dinosaursDuring the show, we learn about a very particular chemical element: Iridium (Ir). While Iridium is very rare on the Earth’s crust, it is found on much higher concentrations (around 100 times higher) on an internal Earth layer, the one marking the boundary in geological times of 66 million years ago.
So where could this metal have come from? The hypothesis is: from an asteroid, which could also have triggered the extinction of dinosaurs.
Next we talk more about this element and discuss some of its current uses today. Despite its rarity, Iridium is used in the manufacturing of electrical contacts, certain electrical wires and electrodes. It can also be found in smartphones with OLED displays. Given its great properties for industry and tech, alongside its scarcity and supply risks (85% is mined only in South Africa), Iridium is a critical material.
Space mining and environmental costCould we get raw materials from space, like Iridium from meteorites? Rare earth elements from the moon? We talk about space mining, and how, despite various efforts, this seems still far away. The further we want to reach out in space, we will have to face questions of infrastructure, how we are getting there and back to Earth.
We talk about space missions, Space X and people’s dreams to travel outside Earth. Be it for mining or for passenger travel, we reflect on the environmental cost of travelling to space. While space exploration inspired the environmental movement when we were able to see Earth from outer space, we still need to think about how we use materials on Earth. Or will we mine materials from space, for them to simply become waste?
*As part of Space month, both our live show and podcast will be space-themed. Watch out for our Space podcast at the end of the month!*
Links:
- Lund University: Jessika Luth Richter
- Restart Radio [our previous podcast with Jessika]: Critical materials in our electronics
- Apple GiveBack
- The Guardian: Students accused of cheating Apple out of nearly $1m in fake iPhone scheme
- Motherboard: Hackers hijacked ASUS software updates to install backdoors on thousands of computers
- Reuters: South Korea radar and thermal camera system warns ‘smartphone zombies’ of traffic
- Motherboard: Internal documents show Apple is capable of implementing Right to Repair legislation
- Chemistry Explained: Iridium
- The Guardian: Black hole picture captured for the first time in space
- Phys.org: OLED Screens
- Asterank [a database of 600,00 asteroids]
[Featured image of Eros asteroid by NASA/NEAR Project (JHU/APL) in Wikipedia is in the public domain]
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