Forskning vid Uppsala universitet

Forskningsprojekt från 2020-01-01 till 2023-12-31

For a very long time, magnetic order in two dimensions was not expected to exist. Everything changed just two years ago when the first-ever 2D ferromagnet, a monolayer of CrI3 was obtained. This finding ...

Forskningsprojekt från 2015-11-01 till 2015-11-30

The 9th International Symposium on Metallic Multilayers (MML2016), takes place at Uppsala University, Uppsala, Sweden, during June 20-24 2016, after previous symposia of this series held in 1993 in Kyoto ...

Forskningsprojekt från 2016-01-01 till 2019-12-31

Resonant inelastic soft X-ray scattering spectroscopy has several important features that makes is attractive for studies ranging from fundamental phenomena in atoms and molecules to the function of complex ...

Forskningsprojekt från 2012-07-01 till 2015-06-30

The aim of the proposed project is to study the magnetism of a new family of singlemolecule magnets (SMMs), and determine how their magnetic properties are modified when interacting with the surface of ...

Forskningsprojekt från 2019-01-01 till 2022-12-31

Despite being a mature field of research studying of magnetism and spin-dependent phenomena remains one of the most fascinating area in condensed matter physics. Indeed, progress in technological development ...

Forskningsprojekt från 2018-01-01 till 2020-12-31

The present project will meet the swedish national scientific, industrial and societal demands within high-quality material analysis by sustaining and advancing the role of the Tandem laboratory at Uppsala ...

Forskningsprojekt från 2017-12-01 till 2020-12-31

The goal of the project is to improve scientific knowledge of processes important for optimizing the properties of fuel materials for fourth generation (GEN IV) nuclear reactors. We aim to establish the ...

Forskningsprojekt från 2013-01-01 till 2016-12-31

We propose the development of a new class of accelerated recursive expansion methods for electronic structure calculations. Our aim is to substantially reduce the computational effort required by modern ...

Forskningsprojekt från 2015-01-01 till 2018-12-31

Global energy consumption is projected to triple from 2001 to 2100 reaching the milestone of 43 TW. Although recent analysis shows that fossil-fuel reserves could in principle be the supplier of such huge ...

Forskningsprojekt från 2016-11-01 till 2016-11-30

Name of the conference: Current Trends in Multifunctional Dirac Materials, an International Workshop. In Swedish: Aktuella trender i  multifunktionella Dirac materialer, en internationel workshop.The ...

Forskningsprojekt från 2015-01-01 till 2018-12-31

Magnetic materials have played an important role in building up our modern information based society. Magnets are used in power generators, transformers, and for data storage, to mention a few examples ...

Forskningsprojekt från 2014-01-01 till 2016-12-31

Aims of the project are to 1) understand why hard magnetic materials containing rare earths (RE) have their strong properties; 2) investigate theoretically and experimentally if similar properties can ...

Forskningsprojekt från 2014-02-21 till 2015-02-21

Anmälan om utnyttjande av återvändarbidrag för beviljade postdoktorsstipendier ...

Forskningsprojekt från 2019-01-01 till 2022-12-31

Lack of control of the flow of hydrogen in materials is a severe hindrance for many applications such as switchable mirrors, hydrogen gas sensing, hydrogen-induced embrittlement and hydrogen storage. Here ...

Forskningsprojekt från 2013-01-01 till 2015-12-31

The Sun provides to the Earth in one hour an amount of energy that exceeds our energy consumption in one year. However, available technologies do not allow us to harvest even 0.02 % of such energy in a ...

Forskningsprojekt från 2019-01-01 till 2022-12-31

Modern science is founded on the principles for conservation of energy, linear and angular momentum. Their impact on our understanding of matter in states very far from equilibrium is particularly important ...

Forskningsprojekt från 2013-01-01 till 2015-12-31

Lasers which provide pulse lengths in the order of femtoseconds are today used for magnetically sensitive microscopy that provides high temporal resolution but where the spatial resolution is restricted ...

Forskningsprojekt från 2015-01-01 till 2017-12-31

The hydrogen economy is elucidated as developing the alternate sources of clean and sustainable energy to commensurate the increasing demand of energy and declining supply of environment affecting fossil ...

Forskningsprojekt från 2011-01-01 till 2011-12-31

We propose to provide bio-imaging instrumentation for the European X-ray Free-Electron Laser. The instrument will permit near-atomic resolution coherent imaging of non-periodic objects by ultra-fast diffraction ...

Forskningsprojekt från 2017-01-01 till 2018-12-31

Nanocomposite materials formed by zero dimensional (0D) nanoclusters supported on two dimensional (2D) materials provide new opportunities for fabricating superior photocatalyst for water splitting. The ...

Forskningsprojekt från 2013-01-01 till 2016-12-31

The Quaternary Chalcogenides are a group of semiconductors with huge potential in solid-state devices (an example being Cu2ZnSnS4, in development for solar cells). However, there is still a clear need ...

Forskningsprojekt från 2014-01-01 till 2017-12-31

Recent progresses with manipulating electron beam in transmission electron microscopes opened new frontiers of research. Use of the electron vortex beams, that is beams that carry an orbital angular momentum ...

Forskningsprojekt från 2020-01-01 till 2023-12-31

Emergent phenomena, such as insulator to metal transitions, magnetism and superconductivity, often occur in materials where many degrees of freedom are strongly coupled to each other. To understand, and ...

Forskningsprojekt från 2013-01-01 till 2015-12-31

A challenge for science is to develop methods for creating large areas of material that have defined structures as the atoms in a crystal, but the scale of tens of nanometers. This project addresses this ...

Forskningsprojekt från 2020-01-01 till 2023-12-31

We intend to establish understanding of the ordering and phase transitions of magnetic systems involving more than one energy scale. The planned activity is based upon investigations of patterned model ...

Forskningsprojekt från 2013-01-01 till 2015-12-31

Chalcogenide films with reversible crystalline-amorphous phase transition have been commercialized as optical rewritable data-storage media (such as DVD-RW) for decades and are currently investigated as ...

Forskningsprojekt från 2019-01-01 till 2022-12-31

We propose to create a platform for advanced, time-resolved in situ structural and thermal investigations of crystalline, amorphous and liquid materials, utilizing the unique competences and resources ...

Forskningsprojekt från 2012-01-01 till 2014-12-31

In the present proposal we will study the dielectric and magnetic properties of ferroelectric and magnetic materials. The main thrust in this proposal is to integrate a highly accurate theoretical instrument ...

Forskningsprojekt från 2014-07-01 till 2023-12-31

We intend to develop our expertise in atomistic spin-dynamics simulations, coupled to ab-initio, electronic structure theory and the evaluation of interatomic exchange, to explore theoretically, skyrmions ...

Forskningsprojekt från 2019-01-01 till 2022-12-31

The purpose of the project is to clarify the mechanisms for optimizing the electronic structure of the metalhalide perovskites so that it leads to an improvement of their performance as materials for photovoltaics ...