Jan Marcus Dahlström

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Assistant Professor

Lund University

Sweden

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Jan Marcus Dahlström is an Assistant Professor at Lunds Universitet in Sweden. His research focuses on quantum phenomena, particularly in the fields of entanglement, photoionization, and spin dynamics as evidenced by his recent articles. His work includes studies on entanglement transfer, spin-polarized photoelectrons, and the application of advanced spectroscopic techniques to resolve complex quantum interactions.

Recent Grants

Grant: Close

Theory of attosecond electronic correlation effects in extreme light-matter interactions

Open Date: 2015-01-01

Close Date: 2018-12-31

Grant: Close

Probing extreme light-matter interactions on the attosecond timescale

Open Date: 2013-07-01

Close Date: 2016-06-30

Articles (20)

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2025

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2021

Collaborators (6)

Andrew Brown

The Queen's University Belfast

UNITED KINGDOM

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Mikhail (Misha) Ivanov

Max-Born-Institut für Nichtlineare Optik und Kurzzeitspektroskopie

GERMANY

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Eva Lindroth

Professor

Stockholm University

SWEDEN

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Mattias Bertolino

Lund University

SWEDEN

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Olga Smirnova

Technische Universität Berlin

GERMANY

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Jakob Nicolai Bruhnke

Lund University

SWEDEN

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Jan Marcus Dahlström

Research Interests

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About

Recent Grants

Articles (20)

Entanglement transfer in a composite electron–ion–photon system

Harnessing time symmetry to fundamentally alter entanglement in photoionization

Spin-Polarized Photoelectrons in the Vicinity of Spectral Features

Linearly polarized RABBIT beyond the dipole approximation

Mollow-like Triplets in Ultrafast Resonant Absorption

Circularly polarized RABBITT applied to a Rabi-cycling atom

Relativistic treatment of hole alignment in noble gas atoms

Gauge-invariant absorption of light from a coherent superposition of states

Control of spin polarization through recollisions

Resolving quantum interference black box through attosecond photoionization spectroscopy

Photoelectron signature of dressed-atom stabilization in an intense XUV field

Rydberg atomic antenna in strongly driven multielectron atoms

Thomas–Reiche–Kuhn correction for truncated configuration-interaction spaces: Case of laser-assisted dynamical interference

General time-dependent configuration-interaction singles. II. Atomic case

Relativistic Two-Photon Matrix Elements for Attosecond Delays

Corrigendum: ‘Implementation and validation of the relativistic transient absorption theory within the dipole approximation’ (2021 Electron. Struct. 3 014002)

Relativistic time-dependent configuration-interaction singles method

Frustrated tunneling dynamics in ultrashort laser pulses

Multiphoton interaction phase shifts in attosecond science

Implementation and validation of the relativistic transient absorption theory within the dipole approximation

Collaborators (6)

Andrew Brown

Mikhail (Misha) Ivanov

Eva Lindroth

Mattias Bertolino

Olga Smirnova

Jakob Nicolai Bruhnke

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