Projekt med stöd från WISE

Arbetet inom WISE bedrivs i flera olika former. Ett exempel är när gästprofessorer bedriver forskning vid Uppsala universitet med finansiering från WISE. I andra fall är det industridoktorander som samarbetar med forskare från Uppsala universitet i gemensamma forskningsprojekt.

Utlysningarna delas upp i akademiska utlysningar och industrisamarbeten. Nedan listas doktorander, industridoktorander och postdoktorala forskare som arbetar i projekt med stöd från WISE.

WISE Academic projects

Forskare från Uppsala universitet	Projekttitel
Annica Black-Schaffer	New materials for enhanced superconducting spintronics
Cecilia Persson	Rare-earth-free magnesium metallic glasses enabled by additive manufacturing
Chao Zhang	Solvated Metal Oxides for Energy Storage: Proton Dynamics in Confinement
Charlotte Platzer Björkman	Non-toxic, inorganic wide band gap thin films for tandem solar cells
Erik Johansson	Thermophotovoltaic heat engines based on low band-gap environmentally friendly quantum dots
Gerrit Boschloo	Interface modiﬁcation of perovskite optoelectronics by organic dye molecules
Haining Tian	Design and Mechanistic Study of Sn-based Catalysts from Cu Doping and Molecule-Material Interface Modification for Carbon Dioxide Reduction
Henrik Ottosson	Discovery of New Singlet Fission Photovoltaics Materials for Sustainable Energy Harvesting
Håkan Rensmo	Oxide interfaces in PV material systems
Marika Edoff	High and Low: CIGS all thin film tandem solar cells
Peter Oppeneer	Materials for Next-Generation Electronics
Peter Svedlindh	Sustainable cooling using magnetic refrigerants
Sascha Ott	Electrolyzers for Selective Carbon Dioxide-to-Ethylene Reduction
Cecilia Persson	AI for AM - towards more resource-efficient development of additively manufactured light-weight alloys
Håkan Rensmo	Atomic-Level Optimization of Li/Na Iron Phosphate Battery Cathodes for Enhanced Performance and Sustainability
Jaroslaw Majka	Making Rare Earth Elements in apatite available for next generations (REEgenerate)
Jonathan Staaf Scragg	Can a new family of inorganic materials make large scale solar energy more sustainable?
Leif Hammarström	Mechanisms of Photochemical CO2 Reduction in Quantum-Dot/Molecular Catalyst Materials
Maria Strømme	Engineering Functionalized Hybrid Sorbent Materials Based on Lignin for Purifying Mining Wastewater: Sorb4MINE
Martin Sahlberg	Additive manufacturing of rare-earth-free permanent magnets
Per Eklund	Multicomponent alloys and nitrides for tailored thermal transport and energy harvesting
Philippe Wernet	Seeing clear where others are can’t – X-rays uncover the birth of C-H activation catalysts and how they function
Sergii Shylin	Renewable fuel directly from sunlight, water and CO2 using non-noble metal catalysis
Tapati Sarkar	Magnetic nanocomposites for water remediation: a new environmental technology

WISE Industry projects

Forskare från Uppsala universitet	Projekttitel
Martin Sahlberg	Towards high-performance graphene composites for hydrogen storage
Daniel Brandell	Encapsulating Si particles with self-healing organic coatings for the next generation anodes of lithium-ion batteries
Staffan Jacobson	Spatially controlled structural variations – a new concept for tailoring wear resistant AM printed metals
Jacinto Sá	Development of molecular linkers and investigation of their role in performance of Plasmonics Photovoltaics
William Brant	Developing chemically stabilised Ni-rich cathodes for long-life sustainable Li-ion batteries
Malin Wohlert, Pierre Munier	A novel material design process for biobased composites by employing predictive computational modeling

WISE Research Technical Platforms

WISE Additive	WISE Additive är en nationell plattform för additiv tillverkning, eller 3D-printing, som är en resurseffektiv tillverkningsteknik av komplexa, multifunktionella material och komponenter.
WISE Enabling Sustainable Technology Transitions	WISE EST fokuserar på hur material kan skräddarsys för att förbättra energieffektiviteten och öka livslängden hos såväl etablerade som nya innovativa tekniska system.
Near Ambient Pressure XPS	Near Ambient Pressure XPS handlar om röntgenfotoelektronspektroskopi för att studera ytor på material. I teknikplattformen LigHt vid Uppsala universitet är verktyget integrerat med ny instrumentering för extrem elementär känslighet och strukturanalys.

WASP/WISE joint projects

Forskare från Uppsala universitet	Projekttitel
Dave Zachariah, Cecilia Persson	Data-driven optimization for more resource-efficient 3D-printing processes
Jens Sjölund, Erik Berg	Bayesian Experiment Design for Closed-loop Exploration of Battery Materials Phase Space
Niklas Wahlström, Jonathan Staaf Scragg	Vision-based AI for exploration of new solar cell materials
Chao Zhang	Machine Learning-Accelerated Electrolyte Modelling and Design
Wei Xia	Rapid diagnostics and database of bacteria and their reactions to antibiotics and antimicrobial materials through high-throughput infrared (IR) spectroscopy and machine learning
Sara Florisson	Predicting moisture content in timber drying using machine learning
Urban Wiklund	Autonomous classification and quantification of abrasive wear ‐ for efficient materials development allowing long service lives
Niklas Wahlström, Vladislav Borisov	Computer design of new class of green magnets for energy applications and next-generation computing
Chao Zhang, Daniel Brandell	Solid Polymer ElectrolytE Discovery (SPEED)
Maryna Pankratova, Anders Bergman	Brain Inspired AI Design of Topological Magnets for Sustainable Computing