Scientists are using synthetic biology in fashion to develop textiles with improved sustainability, strength and versatility.

The ecological costs of industrial agriculture reflect practices that put profits over nature. These impacts don't show up on balance sheets.

Synthetic photosynthesis involves creating systems with advanced materials to convert sunlight, water, and carbon dioxide into oxygen and energy-rich compounds.

Forever chemicals are a growing health and ecological concern. Their resilience has led to integration into everyday items like non-stick pans, and fabrics.

Microbial energy conversion is a sustainable energy process you might not know about. This process uses bacteria to turn organic waste into energy.

Quantum biology looks at how quantum mechanics intersects with biology. I will discuss examples of this phenomenon, and consider the scientific implications.