Welcome to the Losic Group, at University of Adelaide where innovation meets excellence in research and development. Our dedicated team of enthusiastic, talented students and postdoctoral researchers is committed to pushing the boundaries of science and technology, transforming visionary ideas into groundbreaking solutions. At Losic Group, we specialize in cutting-edge and impactful research across multiple disciplines focused on engineering new nanomaterials, exploring their properties and translating them in collaboration with our industry partners applications for addressing most concerning environmental, health, energy and agriculture problems in our society

Professor Dusan Losic

Where Innovation meets excellence in research and development

  • Explore our site to learn more about our research projects, discoveries, products and technology developments research translations, industry collaborations, state-of-the-art facilities, and the talented individuals from all around the world making these is happened
  • Whether you’re a prospective collaborator, a future team member, or simply curious about our work, we invite you to learn about our exciting work, discoveries and expertise that could help your future endeavours

 

 

 

 

New Discoveries and Innovations

  • In today’s rapidly evolving world, the convergence of innovation and excellence in research, along with effective research translation, holds unprecedented importance. These elements are pivotal in forging new solutions and tackling the most pressing challenges facing our society today. Materials have long been fundamental drivers of human civilization, shaping our world from the Stone Age to the modern era. Graphene, called as the material of the 21st century, stands to address many of these challenges and pave the way for a brighter future for generations to come
  • Within this dynamic ecosystem, our team collaborates closely with industry partners and engages in interdisciplinary cooperation to turn these aspirations into reality

 

Featured Contribution

  • Characterization of industrially produced graphene materials is essential for their broad application across diverse industrial sectors, including energy, electronics, protective coatings, composites, environmental remediation, sensors, and biomedical devices. We established a robust characterization and quality control system, integrating over 20 parameters aligned with ISO standards while also developing own characterization methods.
  • This comprehensive framework enables us to precisely determine the properties of graphene materials, ensuring consistency, reliability, and suitability for specific applications. By adhering to rigorous standards and continually refining our methods, we enhance our understanding and utilization of graphene in cutting-edge industrial applications