The purpose of this session is to demonstrate how the application of nature's deepest patterns, principles and strategies can be applied to innovation. By learning from the planet's oldest innovation tools we might successfully borrow those best practices to radically transform innovation in our organizations and society today. This process of learning from nature's wisdom is called Biomimicry, and its application ranges widely from product design to the design of whole cities. We will review the key principles of Biomimicry, share real-world examples of how the practice has been applied, and conduct an exercise to apply the process together.
Critical minerals, including Rare Earth Elements (REEs), possess unique properties that make them essential for modern society and future technological advancements.
They are core to our devices and gadgets. They enable miniaturization. They make things perform better.
These minerals and metals enable new forms of mobility, being essential for manufacturing EV batteries, motors, and other components. They are used in medical devices, diagnostic tools, advanced aircraft, satellites.
They empower our industrial applications - as catalysts, alloys, and other processes - improving efficiency and performance across the board.
Here’s the problem…
Our current methods or getting these minerals? Not so good.
We spend a boatload of money, energy, and other resources moving a lot of rocks around to eventually get to the good stuff.
Then we pile up the things we don’t use to deal with later. Or never.
The good news? There are new replacements for these minerals getting R&D’d in the labs.
In the meantime, new and novel ways to get everything we can out of our extracted resources is the name of the game.
These minerals will drive future economies. They drive trade wars and inspire land grabs. They run our geo-political agendas. They’re a big deal.