Sustainability Quest: Merging Science & Systems
November 2023
Massachusetts Institute of Technology (MIT)

Introduction
Dive into the world of Professor Elsa Olivetti at MIT, where science meets sustainability in a thrilling quest to combat climate change. From her childhood curiosity sparked by a Greenpeace organizer to her groundbreaking work in materials science and systems thinking, Olivetti's journey is nothing short of inspiring. Join her as she merges microscopic research with global production systems, all while empowering students with the skills to make a real difference. Ready for an adventure in sustainability? Olivetti and MIT are leading the charge!
READ FULL ARTICLEWhy It Matters
Discover how this topic shapes your world and future
Crafting a Greener Tomorrow
Have you ever wondered how the things we use daily, from smartphones to skateboards, could be made in a way that's kinder to our planet? This is where merging science with systems thinking to create sustainable materials comes into play, and it's a big deal. Imagine a world where everything we use is designed not only to work well but also to ensure our planet remains healthy and vibrant for generations to come. That's the goal of scientists and engineers like Professor Elsa Olivetti. They're not just looking at materials under a microscope; they're zooming out to see the bigger picture—how these materials can be produced, used, and disposed of with minimal harm to our environment. This approach is crucial because as our planet faces more environmental challenges, every bit of effort counts in combating issues like climate change. For you, this could mean a future where your innovations or choices contribute to a healthier planet. Pretty inspiring, right?
Speak like a Scholar

Sustainability
The practice of using resources in a way that meets our current needs without compromising the ability of future generations to meet theirs. Imagine using a piece of paper but ensuring trees keep growing for more paper later.

Systems Thinking
A way of understanding complex problems by considering the entire system, not just individual parts. It's like solving a jigsaw puzzle by looking at the whole picture, not just one piece.

Circular Supply Chains
This concept is about creating a loop where materials are reused and recycled instead of being thrown away. Think of it as giving materials a second life instead of sending them to the landfill.

Computational Models
These are computer programs that simulate real-world processes to predict outcomes. It's like playing a video game that mirrors real life to understand what might happen next.

Industrial Ecology
A field of study that examines how industries can mimic natural ecosystems in using resources more efficiently. Picture a forest where everything has a purpose and nothing is wasted—that's the goal for our industries.

Material Lifecycle
This refers to the stages a material goes through, from being extracted as a raw resource to being disposed of. Imagine following a plastic bottle's journey from creation to recycling.
Independent Research Ideas

Exploring Biodegradable Materials for Everyday Products
Investigate materials that can break down naturally and reduce pollution. You could discover how replacing plastic packaging with biodegradable alternatives can impact the environment.

The Role of Technology in Enhancing Recycling Processes
Dive into how new technologies, like robots or AI, are changing the way we recycle materials. What does this mean for the future of waste management?

Designing Sustainable Cities
Imagine a city that's designed to be completely sustainable. How would it manage water, waste, and energy? This project could have you mapping out a city of the future.

The Impact of Sustainable Materials on Global Economies
Look into how shifting to sustainable materials affects economies around the world. Does it create jobs? How does it influence market trends?

Creating a Zero-Waste Home
Experiment with living a zero-waste lifestyle and document the challenges and successes. This could provide valuable insights into how individuals can make a big difference in sustainability.
Related Articles

Slip into a Self-Cleaning Future
August 2023
The University of Sydney

Concrete's Green Revolution Unveiled
October 2023
Massachusetts Institute of Technology (MIT)

MIT's Wave-Taming Artificial Reefs
March 2024
Massachusetts Institute of Technology (MIT)

Lasers: The Future of Metalwork
October 2023
University of Cambridge

Membranes: Future's Sustainability Heroes
March 2023
Phys Org