New materials
How can new smart materials help us to improve people’s health, take care of nature, improve poor countries’ economies, increase efficiency in industry or help solve climate problems? Exciting research is in progress at Uppsala University for solving major societal challenges and helping to boost Swedish competitiveness and Swedish basic industries.
Ongoing new research projects aim, for example, to develop new materials for sustainable batteries or bioceramic materials for regenerating cranial bone. Other projects focus on new energy-efficient electrical components, metallic nanoparticles for better solar cells and paper filters that can purify water. The University is also engaged in research on more effective, efficient and sustainable production technologies with a focus on materials, such as additive manufacturing (3D printing). Further research is developing the carbon material graphene for industrial purposes, harnessing nanotechnology to produce a completely new type of sensor for purposes such as environmental monitoring, and investigating whether it is possible to reduce the risk of infection in implant operations.
Examples of ongoing research on new materials
Reza Younesi develops next-generation batteries
To successfully transition to a more sustainable society, we need to break our dependence on oil. Through his research, Reza Younesi, Profes...
Hydrogen from solar energy can be produced without platinum
In a new study, researchers from Chalmers University of Technology and Uppsala University, among others, present a groundbreaking method for...
SEK 30 million for materials research for a green transition
The Swedish Research Council has awarded SEK 30 million to an interdisciplinary research environment at Uppsala University. The project titl...
Examples of infrastructures, projects and centres
Ångström Materials Academy (ÅMA)
A strategic collaboration platform in materials science that brings together academia, industry and other actors with the aim of enabling research and development projects and new innovations that contribute to meeting our societal challenges.
MAX IV Laboratory
Sweden’s synchrotron radiation facility, the MAX IV Laboratory, is a national research infrastructure that enables research into areas such as biology, physics, chemistry, environmental science, geology, technology, pharmaceuticals and cultural heritage in order to study materials and molecules right down to atomic level. Lund University hosts the MAX IV Laboratory and a large number of higher education institutions co-finance the facility, including Uppsala University.
FREIA Laboratory
The Facility for Research Instrumentation and Accelerator Development (FREIA) conducts research into accelerator physics and light generation using charged particles, accelerator technology and instrumentation. Researchers, engineers and technicians work at the laboratory to develop and test equipment needed for research experiments at large research facilities, for example at the European Spallation Source (ESS) materials research facility and the MAX IV synchrotron radiation research facility in Lund.
Facility for Research Instrumentation and Accelerator Development (FREIA)
Wallenberg Initiative Material Science for Sustainability
Uppsala University is one of the higher education institutions which participates in a major new materials research programme that aims to create better conditions for a sustainable society. The Wallenberg Initiative Material Science for Sustainability research programme focuses on areas such as transformation, storage and distribution of clean energy and replacement of rare, energy-intensive and toxic compounds with circular, sustainable materials.
Major new research programme for the materials of the future
Department of Materials Science and Engineering
Research at the department focuses on various areas, such as further development of solar cells, sustainable energy storage with organic nanomaterials, and improvement of biomaterials for use in hard tissue applications and as drug delivery systems.
Research at the Department of Materials Science and Engineering
Myfab Uppsala
Research infrastructure coordinating the four largest Swedish academic cleanroom-based nanotechnology laboratories. Research conducted at the infrastructure includes materials science, nanoscience, information and communication technology, bionanotechnology, life sciences, energy research and micro nanosystems.
Tandem Laboratory
A user facility dedicated to radiocarbon dating and materials research. As a national research infrastructure, we provide access to particle accelerators for analysis and modification of materials on the atomic scale.
Atomic Resolution TEM Infrastructure network of Sweden (ARTEMI)
Research infrastructure that enables the development of modern electron microscopy methods and provides access to advanced instruments for training, analysis and post-processing of data, supported by expert users.