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Top 10 Organic Farming Tech experts to follow

by Ian Khan | Oct 10, 2023 | Futurist Blog

Eliot Coleman – Renowned for his innovative techniques in organic farming, Eliot is the author of “The New Organic Grower” and an expert in year-round harvesting. His small-scale farming methodologies have inspired countless organic farmers worldwide.

Joel Salatin – Founder of Polyface Farms, Joel advocates for sustainable, regenerative agriculture. He's authored several books, including “You Can Farm,” and is a strong proponent of holistic land management and rotational grazing.

Vandana Shiva – An environmental activist, Vandana is a significant voice against GMOs and advocates for organic farming and biodiversity. Her work has shed light on the importance of preserving native seeds and traditional farming practices.

Dr. Christine Jones – With a background in soil biochemistry, Dr. Jones is known for her work on soil carbon and understanding the microbial world's role in organic agriculture. She provides insights into building resilient landscapes using organic techniques.

Jean-Martin Fortier – Author of “The Market Gardener,” Jean-Martin has shared numerous innovative techniques for small-scale organic vegetable production. His emphasis is on profitable micro-farming techniques that are sustainable and efficient.

John Jeavons – A proponent of biointensive agriculture, John's methods focus on maximizing yields from small land areas without depleting soil health. His techniques have been influential in many parts of the world, promoting self-sufficiency and sustainable farming.

Dr. Elaine Ingham – A soil microbiologist, Dr. Ingham's work revolves around soil microbes and their role in plant health. She's the founder of Soil Foodweb Inc. and has been a significant advocate for organic composting and natural soil amendments.

Gabe Brown – Known for pioneering regenerative agriculture practices, Gabe's farm focuses on holistic management, no-till farming, organic crop rotation, and livestock integration. His methodologies emphasize soil health and ecosystem restoration.

Masanobu Fukuoka – Although he passed away in 2008, Fukuoka's legacy as the father of “natural farming” continues to inspire. His book, “The One-Straw Revolution,” highlights farming without tilling, chemicals, or prepared compost.

Dr. Kris Nichols – A soil microbiologist focused on mycorrhizal fungi's role, Dr. Nichols delves into how these symbiotic relationships can benefit organic farming systems, enhancing plant nutrient uptake and soil structure.

Top 10 Organic Electronics experts to follow

by Ian Khan | Oct 10, 2023 | Futurist Blog

Prof. Sir Richard Friend: Working at the University of Cambridge, Friend has been a leading figure in organic semiconductor research. His groundbreaking work on organic light-emitting diodes (OLEDs) has paved the way for their widespread commercial use in display technology.

Prof. Jean-Luc Brédas: Based at the Georgia Institute of Technology, Brédas is renowned for his theoretical insights into the electronic and optical properties of conjugated organic materials, which are foundational for organic electronics.

Prof. John Rogers: Operating out of Northwestern University, Rogers focuses on bio-integrated and stretchable electronics, using organic materials to develop medical devices, sensors, and other innovative applications.

Prof. Karl Leo: At Technische Universität Dresden, Leo's research on organic semiconductors, particularly in organic photovoltaics and OLEDs, has contributed significantly to the commercial viability of organic electronic devices.

Dr. Antonio Facchetti: Working with Polyera Corporation and Northwestern University, Facchetti's contributions to the synthesis and understanding of new organic semiconducting materials have influenced the development of organic field-effect transistors (OFETs) and other devices.

Prof. Yang Yang: At UCLA, Yang's focus on organic photovoltaic devices, especially in enhancing their efficiency and lifespan, offers promise for sustainable, flexible solar energy solutions.

Prof. Sirringhaus Henning: Operating out of the University of Cambridge, Sirringhaus has been instrumental in advancing the science behind organic thin-film transistors, pushing the boundaries of printability and performance of organic electronic circuits.

Prof. Alan Heeger: A Nobel laureate based at UC Santa Barbara, Heeger's foundational work on conducting polymers has provided a platform for the development of numerous organic electronic devices.

Prof. Tobin Marks: Working at Northwestern University, Marks' interdisciplinary approach spans the design and understanding of new organic, inorganic, and hybrid materials for electronic, energy, and photonic applications.

Prof. Natalie Stingelin: At the Georgia Institute of Technology, Stingelin's research on organic functional materials, including their structural and electronic properties, provides insights crucial for the next generation of organic electronic devices.