Exploring Dr. Joseph W. Cullen's groundbreaking framework that transformed tobacco research into effective cancer control policies, saving millions of lives.
Exploring how scientific innovations are driving sustainable agriculture through soil health, biodiversity, and precision farming techniques.
Exploring the challenges and solutions in delivering cell therapies from production to patients, focusing on logistics, cryopreservation, and innovative approaches.
Explore how the synergy between theory and experiment transformed surface chemistry and heterogeneous catalysis, enabling atomic-scale understanding of catalytic processes.
Discover how microwave technology transforms petrochemical waste into valuable syngas, offering sustainable energy solutions and waste reduction.
Explore how graphical abstracts are revolutionizing scientific communication through visual storytelling, increasing engagement and comprehension across disciplines.
Exploring how Ukraine's science and technology sectors are evolving during wartime, from drone innovations to environmental impacts and ethical governance.
Discover how O,N-bidentate ruthenium catalysts revolutionize molecular construction through isomerization and C=C coupling reactions.
Exploring how modern catalysis is revolutionizing sustainable energy and industrial processes through atomic-scale manipulation and green chemistry principles.
Exploring how narrative-based learning is transforming translational science education by incorporating scientists' personal stories into medical training.