Malin Palö Forsström
I am currently a visiting lecturer at Gothenburg University, lecturing at Chalmers Univeristy of Technology.
Before this I was a postdoctoral researcher in probability theory at KTH Royal Institute of Technology, working with Fredrik Viklund and Jonatan Lenells. I finished my PhD at Chalmers University of technology in 2019, working together with Jeffrey E. Steif.
My current webpage can be found
here
Contact
Recent preprints
Publications

Wilson loops in the abelian lattice Higgs model

Decay of correlations in finite Abelian lattice gauge theories
Communications in Mathematical Physics, 36 pages, (2022).

Wilson loops in finite Abelian lattice gauge theories.
Accepted for publication in Annales de l'Institut Henri Poincaré (B) Probabilités et Statistiques, 37 pages, (2021). With
Jonatan Lenells and Fredrik Viklund.

When are sequences of Boolean functions tame?
Electronic Communications in Probability, Vol. 26, paper no. 64, 113, (2021).

A tame sequence of transitive Boolean functions.
Electronic Communications in Probability, Vol. 25, paper no. 83, pp. 18, (2020).

Color representations of Ising models.
Journal of Theoretical Probability, 33 pages, (2020).

A formula for hidden regular variation behavior for symmetric stable distributions.

Divide and color representations for threshold Gaussian and stable vectors.
Electronic Journal of Probability, Vol. 25, paper no. 54, 45 pages, (2020). With
Jeffrey Steif.

An analysis of the induced linear operators associated to divide and color models.
Journal of Theoretical Probability, 18 pages, (2020) With
Jeffrey Steif.

A few surprising integrals.
Statistics and Probability Letters, Volume 157 , 4 pages, (2020). With
Jeffrey Steif.

Denseness of volatile and nonvolatile sequences of Boolean functions.
Stochastic Processes and their Applications, Vol. 128, Issue 11 (2018), pp. 38803896.

Monotonicity properties of exclusion sensitivity.
Electronic Journal of Probability, Vol. 21, 22 pages, (2016), paper no. 45.

The spectrum and convergence rates of exclusion and interchange processes on the complete graph.
Journal of Theoretical Probability, Vol. 30, Issue 2 (2017), pp. 639654.
With
Johan Jonasson.

Exact Hausdorff measures of Cantor sets.
Real analysis exchange, Vol. 39, No. 2 (20132014), pp. 367384.
Preprints
Current and recent teaching
 MVE580 Differential equations and linear algbra (Chalmers, 2022)
 LMA401 Analysis in one variable (Chalmers, 2022)
 SF2930 Regression Analysis (KTH, 2022)
Grants and awards
 2021: Ruth och NilsErik Stenbäcks stiftelse
 2019: Kungliga vetenskapsakademin, Stiftelsen G S Magnusons fond
 2015: Stiftelsen Olle Engkvist byggmästare
 2014: SveFuM
Research interests
I am primarily interested in various topics within discrete probability theory. My current main interest is appliying probabilistic methods to understand the properties of lattice gauge theories and related models. I am also interested in the relationship between various properties, such as the noise sensitivity, volatility, total incluence etc. of Boolean functions.
Upcoming events
 202212: Quantization days 3.0
Past events
 202208: Quantum Fields and Probability, Institut MittagLeffler
 202208: 28th Nordic Congress of Mathematicians, Aalto University, invited session
 202203: Percolation Today (together with Sky Cao)
 202202: Durham Probability Seminar
 202111: Grenoble Probability Seminar
 202107: ICMP 2021: Young Researchers Symposium, invited talk
 202105: CUNY Probability Seminar
 202101: Spatial Networks and Percolation, Mathematisches Forschungsinsitut Oberwolfach
 202011: Probability seminar, Chalmers University of Technology
 202007: Women in Probability, Technical University of Munich, invited speaker
 202003: Probability seminar, University of Stockholm
 202002: Random matrix seminar, KTH Royal Institute of Technology
 201906: 50 Years of the Random Cluster Model
 201905: Probability seminar, KTH Royal Institute of Technology
 201911: Uppsala probability seminar
 201806: SPA 2018, contributed session
Disclaimer
The page from which this page was referenced is a personal web page.
Pages within KTH linking to this page are to be regarded as personal web pages. Opinions or statements expressed on such pages, directly or through links to other web pages and documents (with the exception of official KTH web pages and documents), are not to be regarded as representing KTH.