KTH | WWSC The defense is taking place at room F3 and is possible to follow online via zoom. Opponent: Professor Thaddeus Maloney, Aalto University Supervisors: Daniel Söderberg, Fredrik Lundell, Follow the defense on zoom here Abstract: Cellulose, the most abundant biopolymer on Earth, offers tremendous potential for sustainable materials and bio-based products. Understanding the […]
KTH The defense is taking place at room F3 at KTH and is possible to follow online via Zoom. Opponent: Associate Professor Maria Soledad Peresin, Auburn University, USA Supervisor: Docent Olena Sevastyanova, KTH Follow the defense on zoom here Abstract: Lignocellulosic biomass, particularly wood-derived cellulose, offers an abundant and renewable resource for producing advanced bio-based
KTH | DESY The defense is taking place at room F3 at KTH and is possible to follow online via Zoom. Please note that the time has been updated. The defense will start at 14:00. Opponent: Professor Jochen Gutmann, University of Duisburg-Essen, Tyskland Supervisor: Professor Stephan V. Roth, KTH / DESY Co-supervisors: Professor Daniel Söderberg,
KTH | WWSC The defense is taking place at room F2 at KTH. Opponent: Professor Stephen Eichhorn, The University of Bristol, UK Supervisor: Professor Fredrik Lundell, Professor Daniel Söderberg, Professor Michael Malkoch Follow the defense on zoom here Abstract: This thesis investigates the development and characterization of advanced materials derived from renewable sources, with a focus
KTH | WWSC The defense is taking place at F3, KTH, and is possible to follow via Zoom. Opponent: Professor Chunlin Xu, Åbo Akademi, Finland Supervisor: Professor Mats Johansson, Professor Minna Hakkarainen Follow the defense on zoom here Abstract: The global shift towards sustainable development requires the replacement of fossil-based materials with renewable alternatives. Lignin, a
Defence of doctoral thesis: Alessio Truncali – Lignin towards thermoset applications Read More »
KTH | WWSC The defense is taking place at Kollegiesalen, KTH, and is possible to follow via Zoom. Opponent: Professor Maija Tenkanen, University of Helsinki Supervisor: Professor Francisco Vilaplana, KTH Follow the defense on zoom here Abstract: The properties of wood cell walls are determined by the composition and the molecular structures of the cell wall polymers
KTH | RISE The defence is taking place at F3, KTH and is possible to follow online. Opponent: Professor Ramin Farnood, University of Toronto Supervisor: Professor Artem Kulachenko, KTH, Anton Hagman, RISE Research Institutes of Sweden and Sofia Thorman, RISE Research Institutes of Sweden Follow the defense on zoom here Abstract: Flexographic packaging printing on paperboard
KTH | WWSC The defense is taking place at D1, KTH, and is possible to follow via Zoom. Opponent:Professor Kevin Dorfman, University of Minnesota, USA Supervisor: Professor Daniel Söderberg, KTH Follow the defense on zoom here Abstract: Biopolymers and their networks are fundamental to numerous biological and synthetic systems, with applications ranging from extracellular matrices
KTH The defense is taking place at D1, KTH, and is possible to follow via Zoom. Opponent: Professor Orlando Rojas, The University of British Columbia, Kanada Supervisor: Professor Lars Wågberg Follow the defense on zoom here Abstract: Cellulose-based aerogels are emerging bio-based materials for a range of applications in the quest toward a circular and
KTH | WWSC The defense is taking place at F3, KTH, and is possible to follow via Zoom. Opponent: Professor Alexander Bismarck, University of Vienna Supervisor: Professor Lars Wågberg Follow the defense on zoom here Abstract: Expanding our understanding of how cellulose fibers and fibrils interact with water and its effect on their inherent properties
KTH | WWSC The defense is taking place at F3, KTH, and is possible to follow via Zoom. Opponent: Professor Monika Österberg, Aalto University Supervisor: Professor Lars Wågberg Follow the defense on zoom here Abstract: Long, slender cellulose nanofibrils (CNF) are unique with their high axial modulus, small diameter, high flexibility, and the possibility of
KTH The defense is taking place at F3, KTH. Opponent: Professor Eero Kontturi, Aalto University, Finland Supervisor: Professor Qi Zhou, KTH Abstract: Nanocellulose, originated from cellulose, the primary structural component of the cell walls of plants, has garnered significant attention for its excellent mechanical, optical, and barrier properties, as well as its renewable and sustainable
Treesearch aims at creating a national platform to support the research on new materials from the forest. Research projects conducted within Treesearch research areas and the researchers who are active in these projects are welcome to join the platform.
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