Research record
Two theoretical reviews co-authored with Michael C. Wiest, a collaborative BCI calibration manuscript, and science reporting for Physics World.
Publications
Michael C. Wiest and Arjan Singh Puniani
A theoretical review proposing quantum dynamics as a possible implementation of path integration in temporally deep active inference. It does not demonstrate that implementation in neurons.
Role: Co-author
Michael C. Wiest and Arjan Singh Puniani
A companion theoretical review arguing that Orch OR microtubule dynamics could provide discrete perceptual cycles for conscious active inference. It does not constitute experimental proof of a quantum mechanism for consciousness.
Role: Co-author
DOI / publisher record ↗ PubMed ↗ PubMed Central ↗ Corrigendum ↗
Arjan Singh Puniani, Chantal Verbaarschot, Charles Greenspon, Hannah Higgins, Sliman Bensmaia, and Robert Gaunt
A comparison of a Space Invaders-like intracortical stimulation calibration task with a standard psychophysical task, focused on engagement and threshold validity.
Role: First author
Science journalism
Research features written by Arjan Singh Puniani for Physics World. These articles report on other researchers’ work.
Physics World contributor archive
A reported research feature on DeepMReye, a neural-network approach that reconstructs gaze behaviour directly from MRI signals without a camera.
Read at Physics World : Deep neural networks track eye movements during MRI scansA reported research feature on a brain–computer-interface decoder designed to make point-and-click and click-and-drag computer control more accessible.
Read at Physics World : Novel decoder helps people with paralysis click-and-drag a computer cursor using just their thoughtsResearch projects