Jakob Björnberg
My research is in probability theory, mostly on physics-motivated problems. Some of the topics I work in are the Ising- and Heisenberg models, particularly probabilistic representations of quantum spin systems.
Showing 16 publications
Correlation inequalities for the uniform eight-vertex model and the toric code model
Heisenberg models and Schur–Weyl duality
STABLE SHREDDED SPHERES AND CAUSAL RANDOM MAPS WITH LARGE FACES
Dimerization in Quantum Spin Chains with O(n) Symmetry
Quantum Spins and Random Loops on the Complete Graph
Characterising random partitions by random colouring
The interchange process with reversals on the complete graph
Critical Temperature of Heisenberg Models on Regular Trees, via Random Loops
Critical parameter of random loop model on trees
Fermionic observables in the transverse ising chain
The free energy in a class of quantum spin systems and interchange processes
Decay of transverse correlations in quantum Heisenberg models
Vanishing Critical Magnetization in the Quantum Ising Model
Random Walk on Random Infinite Looptrees
Large cycles in random permutations related to the Heisenberg model
On Site Percolation in Random Quadrangulations of the Half-Plane
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