Traditional surface finishing technologies, including chemical etching and sandblasting, often rely on ecologically harmful processes. Fusion Bionic offers a sustainable alternative with its

Traditional surface finishing technologies, including chemical etching and sandblasting, often rely on ecologically harmful processes. Fusion Bionic offers a sustainable alternative with its Direct Laser Interference Patterning (DLIP) technology.

DLIP creates functional surface textures inspired by nature, mimicking structures found on lotus leaves and shark skin. This innovative approach earned Fusion Bionic recognition as a runner-up for the prestigious Ray of Hope Prize.

Learn more about the Ray of Hope Prize program, explore biomimicry and AskNature, or connect with the Biomimicry Institute on Instagram and LinkedIn.

TEDx events are independently organized by volunteers, with detailed guidelines available here. This talk explores how

TEDx events are independently organized by volunteers, with detailed guidelines available here. This talk explores how buildings can breathe like plant leaves while cleaning polluted water.

Architect and biodesign researcher Shneel Malik showcases this vision with "Indus," a wall featuring a novel biomaterial with microalgae for photosynthesis. Bridging futuristic techniques with cultural practices, her work empowers artisans and revolutionizes water interaction. At UCL's Bio-Integrated Design Lab, Malik investigates transforming urban systems into biological processes, fostering a circular economy. Learn more about TEDx at ted.com/tedx.

The artificial leaf technology mimics natural photosynthesis, converting carbon dioxide, water, and sunlight into storable fuels like hydrogen. This innovation offers a path to cleaner energy,

The artificial leaf technology mimics natural photosynthesis, converting carbon dioxide, water, and sunlight into storable fuels like hydrogen. This innovation offers a path to cleaner energy, supporting net-zero emissions goals and sustainable solar fuel production as an alternative to fossil fuels.

Dr. Qian Wang, a researcher at the University of Cambridge and author of over 20 publications on photocatalysts, leads this research. Her work focuses on generating renewable energy through artificial photosynthesis, addressing challenges in creating efficient, scalable systems. She recently discussed this technology at a TEDx event. Learn more at TEDx.

Every September, Alaskan wood frogs prepare for winter by crawling into leaf litter and freezing solid. This remarkable survival strategy involves two-thirds of their body water turning to ice,

Every September, Alaskan wood frogs prepare for winter by crawling into leaf litter and freezing solid. This remarkable survival strategy involves two-thirds of their body water turning to ice, causing their hearts to stop beating.

After six months in this frozen state, the frogs thaw out and resume normal activity. For more details, visit: biodiv.us/2vNg0PN

Jeff Mendelsohn, President of New Leaf Paper, discusses how early American corporations were intended to serve the

Jeff Mendelsohn, President of New Leaf Paper, discusses how early American corporations were intended to serve the public good, advocating for businesses to be a force for positive change.

A visionary in green business, Mendelsohn founded New York Recycled Paper in 1991 and New Leaf Paper in 1998. His career focuses on building successful green enterprises and driving sustainability within the paper industry.

Learn more at Sustainable Life Media.

Psychologists David Sherman (UC Santa Barbara) and Leaf Van Boven (University of Colorado, Boulder) review their recent research, offering a framework to deepen understanding of climate advocacy.

Psychologists David Sherman (UC Santa Barbara) and Leaf Van Boven (University of Colorado, Boulder) review their recent research, offering a framework to deepen understanding of climate advocacy. Learn to utilize strategies of affirmation, norms, immediacy, and legacy in your own citizen lobbying efforts.

The presentation covers a theoretical background, a framework for overcoming barriers, data & findings, and implications for advocacy & training. You can skip to specific sections: Theoretical Background (4:19), Framework For Overcoming Barriers (27:10), Data & Findings (42:07), and Implications for Advocacy & Training (52:49).