MIT Technology Review Spotlights Biotech Innovators and a Steelmaking Revolution

MIT Technology Review has released its highly anticipated "35 Innovators Under 35" list for 2026, an annual recognition that celebrates the brightest young minds shaping the future of science and technology. This year's compilation places a significant emphasis on the field of biotechnology, featuring nine individuals whose groundbreaking work promises to redefine healthcare and human longevity. These honorees are at the forefront of diverse biotechnological advancements, ranging from the development of life-saving therapies to the creation of cutting-edge longevity technologies. Among the remarkable innovations highlighted is a "reprogramming" therapy that has demonstrated the ability to reverse vision loss, offering new hope to those affected by visual impairments. Another notable contribution involves the design of miniature brain electrodes, ingeniously inspired by the intricate aesthetics of Japanese art, which could pave the way for novel neurological interventions. Furthermore, the list showcases a personalized gene-editing treatment meticulously tailored for an infant diagnosed with a rare genetic disorder, underscoring the growing precision and efficacy of gene therapy. The application of generative AI is also making its mark in biotech, with efforts underway to design novel viruses. These AI-engineered viruses hold the potential to serve as powerful tools for drug discovery or to be harnessed for environmental purposes, such as absorbing pollutants. Biotechnology is one of four distinct categories within the "35 Innovators Under 35" framework, which aims to identify and honor young individuals globally who are engaged in pioneering scientific and technological endeavors. The other prominent categories include AI, computing and robotics, and climate and energy, reflecting the broad spectrum of innovation being recognized. Beyond the realm of biotechnology, the "35 Innovators Under 35" list also shines a light on transformative work in other critical industries. Laureen Meroueh, the visionary founder of Hertha Metals, is recognized for her ambitious project to revolutionize the steel industry, a sector historically characterized by its slow pace of innovation. The fundamental process of purifying iron ore, which was established and commercialized in the 1850s, has seen remarkably little evolution over the past century and a half. Meroueh's innovative approach seeks to address the long-standing challenges of cost and environmental impact associated with traditional steelmaking. Her company has developed a novel furnace design that achieves the transformation of iron ore into refined liquid steel in a single, integrated step. Crucially, this new process replaces the use of coal, a major source of emissions, with natural gas. Meroueh asserts that these combined changes can lead to a substantial reduction in emissions, by at least half, while simultaneously cutting production costs by an estimated 25% when compared to conventional steelmaking methods. This pioneering work by Meroueh has the potential to significantly decarbonize one of the world's most foundational industries.