Peer-reviewed papers, degree theses, and essays, all in one place, browsable by kind rather than by date. A 2024 paper is as relevant here as one from this year.
Full, continuously updated list on Google Scholar.
An invited overview of what is and is not yet understood about this magnetic 'memory' effect in stacks of atomically thin magnetic materials, and where the field needs to go next.
10.1016/j.newton.2026.100469Shows that stacking two magnetic materials whose natural magnetic directions point at right angles to one another still produces a switchable magnetic 'memory' effect between them.
10.1002/smll.202506284analysis repositoryA naturally forming oxide layer on one magnetic material can flip the direction of a magnetic 'memory' effect it induces in a neighbouring layer, a mechanism nobody had reported before.
10.1021/acsnano.3c13034analysis repositoryExplains why heating and cooling a stack of two magnetic materials changes how strongly one 'remembers' the magnetic orientation of the other, by directly imaging the magnetic domains at their shared interface.
10.1002/adma.202403685analysis repositoryChristin Schmitt, Adithya Rajan, Grischa Beneke, Aditya Kumar, Tobias Sparmann, Hendrik Meer, Beatrice Bednarz, Rafael Ramos, Miguel Angel Nino, Michael Foerster, Eiji Saitoh, Mathias Klaeui. Used a synchrotron-based microscopy technique to show that electrically switching the magnetic state of an ultrathin antiferromagnetic oxide film involves two competing physical mechanisms, not just one.
10.1021/acs.nanolett.3c02890Pushpendra Gupta, Braj Bhusan Singh, Abhisek Mishra, Aditya Kumar, Anirban Sarkar, Markus Waschk, Subhankar Bedanta. Measured how efficiently a magnetic oxide film converts a spin signal into an electrical voltage, and how that efficiency changes with the microwave frequency used to drive it.
10.1142/S2010324723400192A graphene/CrSBr/graphene junction where the same magnetic material acts as both the magnetic layer and the tunnelling barrier, reaching 300% TMR (tunnelling magnetoresistance) in the lab; DFT calculations support the observed trend. Not yet submitted for peer review, so it is listed here separately from the papers above rather than alongside them.
An ongoing PhD investigating the structural and magnetic nature of single-crystal layered magnetic materials, drawing on the exchange-bias and CrSBr tunnelling-magnetoresistance work carried out in the Kläui group. The thesis is not yet submitted or defended; a full public abstract will follow submission.
Investigated how a pure spin current generated by microwave excitation of a magnetic oxide can be injected into an organic semiconductor and detected electrically. Built a custom microwave measurement setup from scratch alongside the thin-film growth and magnetic characterisation it needed. The thesis received the top grade, and the measurement setup went on to feed a co-authored 2024 publication.
A follow-up to the compression essay. The human world model was tuned for survival, and our most rigorous disciplines spend years teaching practitioners to override it. Where that makes a model's missing world model an advantage, and a practical rule for deciding which tasks to hand to one.
Natural language compresses sensory reality at a ratio of roughly a million to one, and the reader is the decompression engine. Where the numbers come from, the history of writing read as a compression story, and what the framing predicts about machines that learn from text alone.