Recent News
Finnish Quantum Institute announced
InstituteQ will coordinate research, teaching and commercialisation across Finland
New machine learning approach speeds up search for molecular conformers
A new method based on machine learning facilitates search for molecular conformers
CEST researchers pave the way for calculating circular dichroism (CD) spectra more efficiently
New study by CEST group implements an efficient method for calculating CD spectra in open source GPAW code
A computational deep glance at 2-dimensional MXene materials reveals new insight about their surface properties
New computational study looks at surface functionalization of 2-dimensional materials class
Helsinki would need at least 5,000 intermediate-deep geothermal wells to meet the energy demands in district heating – researchers call for more studies
Geothermal energy wells are being explored as a way to provide district heating to cities and suburbs. A new study suggests that fields of wells connected to existing heating systems, instead of individual wells, should be studied.
Method yielding more accurate total energies could boost quantum chemistry calculations
CEST researchers publish new method calculating total energies efficiently and accurately
International Women's Day 2021 - celebrating the women of PHYS!
Article highlighting the accomplishments of the women from the Physics Department
Key problems regarding equality have been recognized - A pilot to promote solutions
As a result of Aalto participating in the Equal career paths (NOW!) project, Learning Services are piloting a service concept where students share their experiences on e.g. working in teams and teachers get to walk in the students' shoes. The expected outcome is that the participants become more aware of their unconscious biases, learn how their behavior affects other people, and ideate on how the experiences of the students in (gender) minority can be better acknowledged in teaching.Â
Valtteri Lahtinen's piece selected as top mathematics article
The mathematics used in the study can be used in the design and development of superconducting quantum circuits, and in the analysis of the models of the logic of quantum computation.
AScI internship program sees record number of applications
As it enters it’s 9th year, the AScI internship programme is celebrating receiving over 1,000 applications for a single recruitment round
Theoretical study elucidates deep surface structure of emerging perovskite material
Newly published work by doctoral candidate Azimatu Seidu (CEST group) reveals detailed electronic and atomistic structure of cesium lead triiodide (CsPbI3), an emerging perovskite material
Computational physics graduate Lauri Himanen selected for SCI Dissertation Award
Lauri Himanen (CEST & SIN groups) was one of two awardees at the Department of Applied Physics for a SCI Dissertation Award
Levi Keller wins Finnish Cultural Foundation award for doctoral studies
Levi Keller (CEST group) was awarded a grant from the Finnish Cultural Foundation to support his doctoral studies exploring computational methods for spectroscopy.
From Mars to machine learning
Aalto PhD student Tuomas Kynkäänniemi did summer- and part-time work at the Finnish Meteorological Institute (FMI) calibrating sensor of a Mars rover, but his research is now worlds away
New physics rules tested on quantum computer
Simulation of non-Hermitian quantum mechanics using a quantum computer goes beyond centuries old conventions
Finnish Cultural Foundation hands out more than half a million euros in grants ÄûÃʵ¼º½ community members
The grants were allocated to 32 Aalto University applicants and working groups
Mikko Möttönen named Innovation Professor of the year by the CTO Forum
Physicist lauded for both his theoretical and experimental research on quantum information
A magnetic twist to graphene
By combining ferromagnets and two rotated layers of graphene, researchers open up a new platform for strongly interacting states using graphene’s unique quantum degree of freedom
Edible shock- and heat-resistant wood foam could replace plastic packaging
A new bio-based material could replace substances such as Styrofoam and bubble wrap. Artificial intelligence is being used to the development of the material.
Sustainable optical fibres developed from methylcellulose
Researchers from Tampere University and Aalto University have developed optical fibres from methylcellulose, a commonly used cellulose derivative. The finding opens new avenues to short-distance optical fibres using sustainable and environmentally benign fibre processing. The finding was published in the journal Small
