Are you holding Master’s degree and looking for fully funded PhD positions? Stockholm University, Sweden invites online application for multiple funded PhD Programs / fully funded PhD positions in various research areas.
Candidates interested in fully funded PhD positions can check the details and may apply as soon as possible. Interested and eligible applicants may submit their online application for PhD programs via the University’s Online Application Portal.
1. Fully Funded PhD Position in Criminology
Summary of PhD Program:
In order to meet the specific entry requirements, for doctoral studies in Criminology you need a Bachelor´s degree (preferably in Criminology or other social sciences) and at least 60 ECTS credits at advanced level (a part of those should include a thesis). In the syllabus for doctoral studies in Criminology you will find the requirements described in detail. Only a person who will be or has already been admitted to a third-cycle program may be appointed to a doctoral studentship. The primary assessment criteria in appointing a doctoral student should be the capacity to benefit from the training.
Application Deadline: 10 September 2023
2. Fully Funded PhD Position in Atmospheric Sciences
Summary of PhD Program:
We are looking for a PhD student to work on a project funded by the Knut and Alice Wallenberg Foundation called Feedbacks between a changing climate and vegetation: The role of volatile organic compounds and biogenic aerosols (CLIVE). The project will study the small fraction of atmospheric carbon that is taken up by plants and released back into the atmosphere as volatile organic compounds (VOCs). It is a small fraction but it can have a big impact on climate as the VOCs are precursors for atmospheric organic aerosols. The overall aim of the project is to better quantify the current and future climate impact of forests via VOC emissions and their interactions with clouds, aerosols, and related feedbacks. We also aim for an improved understanding of the connections between VOC emissions, their composition and plant physiology and evapotranspiration.
Application Deadline: 28 August 2023
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3. Fully Funded PhD Position in Environmental Science
Summary of PhD Program:
This doctoral project involves application of nontarget mass spectrometry to novel passive air samplers deployed globally, including in the largest megacities of all continents, and in the most remote locations of the Arctic. The purpose is to demonstrate an airborne global early warning system for persistent mobile organic contaminants (ALARM project, funded by FORMAS).
Application Deadline: 18 August 2023
4. Fully Funded PhD Position in Environmental Science
Summary of PhD Program:
The Ph.D. project will to these ends contribute to increase the understanding of sources, transport and degradation processes of methane on the East Siberian Arctic Ocean using e.g. multi-isotope measurements of methane in existing seawater samples as well as by measurements of specific biomarkers and compound-specific isotope measurements that trace recent and past methane activity. These processes are key aspects of the Arctic carbon-climate link. The project offers involvement in studies of both the contemporary carbon/methane system as well as during earlier periods of abrupt change, through studies of longer sediment cores. The position involves active work on vacuum and gas handling systems, laser spectroscopy and gas chromatography – (isotope) mass spectrometry.
Application Deadline: 7 August 2023
5. 02 Fully Funded PhD Position in Environmental Science
Summary of PhD Program:
We are looking for two PhD students to work with us on the project “Feedbacks between a changing climate and vegetation: The role of volatile organic compounds and biogenic aerosols (CLIVE)” funded by the Knut and Alice Wallenberg Foundation. Goal of the project is to study a small fraction of the carbon taken up by plants and which is released back into the atmosphere as volatile organic compounds (VOCs).
A small fraction with a big impact on climate as the VOCs are precursors for atmospheric organic aerosols. The research will focus on better quantification of the current and future climate impact of forests via VOC emissions and their interactions with clouds, aerosols and related feedbacks. We also aim on improved understanding of connections between VOCs emissions and their composition and plant physiology and evapotranspiration.
Application Deadline: 28 August 2023
6. Fully Funded PhD Position in Inorganic Chemistry
Summary of PhD Program:
Spin crossover refers to a transition between the high and low spin states of a transition metal ion, typically Fe2+. The transitions can be induced by temperature, pressure, or light, and find applications in e.g. molecular switching or sensing. Incorporating the Fe2+ ions in a coordination polymer typically improves the spin crossover properties, by enhancing the cooperativity between the individual metal centres. This project will explore the potential of the metal–cyanide coordination polymers known as Prussian blue analogues for spin crossover behaviour.
Application Deadline: 15 August 2023
7. Fully Funded PhD Position in Biodegradable Electronics
Summary of PhD Program:
Transient technologies aim to ensure that all device components degrade after the intended use into non-toxic and even biologically friendly products. Key challenges are to develop materials combining compatibility with fabrication processes, stable performance in environmental and/or physiological conditions, and degradation. This project aims to develop electrochemical devices based on biodegradable materials. The work is highly interdisciplinary, including materials development, device fabrication, and aspects of materials degradation in biological environments.
Application Deadline: 15 August 2023
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8. Fully Funded PhD Position in Inorganic Chemistry
Summary of PhD Program:
Multiferroic materials combine magnetic and electric order and find uses in e.g. data storage, yet a considerable problem in this field is the lack of known multiferroics. This project tackles this challenge by aiming to develop new multiferroic materials based on the metal–cyanide coordination polymers known as Prussian blue analogues. While their magnetic properties have been relatively well studied, the prerequisite for ferroelectricity was only recently observed, and the project thus aims to combine these two properties.
