Nick Davis

@njdavis.bsky.social

Psychologist and cognitive neuroscientist at Manchester Metropolitan University, UK. Fond of brain stimulation (TMS, tDCS).

@davidallengreen.bsky.social Constitutional question: Is Count Binface eligible to contest an election to be an MP, or would his noble title exclude him? Or, to put it another way, what sorts of titles exclude people, and would the removal of the hereditary lords from the Lords allow them to stand?

I wish the news would go back to reporting things that have happened, not things that may or may not happen at an unspecified point in the future, by a person who is not super reliable at doing the things they say they will do.

Another news story about what Trump may or may not do in the future

Job klaxon 📣 UCL is hiring two NeuroAI / computational neuroscience specialists (Lecturer or Associate Prof) — a big part of the new NeuroAI centre we're growing in Biosciences. Do consider applying if it's relevant to you. JD & details: https://www.jobs.ac.uk/job/DRX021 Happy to take questions.

We can be pretty pleased with this. We are a great university for students, and landing in the top 10 is excellent. New BSc Psychology and Neuroscience starting in October, in case any 18 year olds are wondering about transferring their UCAS application...

Manchester Metropolitan University@manmetuni.bsky.social · 2mo ago

Great news! We've been ranked 8th for Student Life out of over 100 universities in the Uni Compare Rankings 2027 🙌 Alongside placing in the top ten, we also achieved increased rankings scores for accommodation and employability. #McrMetProud

Graphic titled "Rankings 2027 Student Life" with a background of the words "Student Life." It features a central circular image of a cityscape including Manchester Metropolitan University. Text below reads "8th, Manchester Metropolitan University." The logo for "uni compare" is at the bottom.

Super excited by this manuscript led by the amazing @brissend.bsky.social By combining fMRI, TMS, and modeling, we finally have causal evidence that the cerebellum is contributing to brain-wide working memory representations and recall performance! 1/n

Plot showing that the read-out of visual working memory information from cerebellum is degraded following stimulation to cerebellum, IPS, or FEF
bioRxiv Neuroscience@biorxiv-neursci.bsky.social · 3mo ago

Cerebellar perturbation impairs human working memory and degrades spatial tuning throughout cortex https://www.biorxiv.org/content/10.64898/2026.05.14.724968v1

Mechanisms of transcranial magnetic brain stimulation by Massimini M et al 2026 doi.org/10.1152/phys... ⚡🧠 🧲 #TMS #BrainStim

Mechanisms of Transcranial Magnetic Brain Stimulation | Physiological Reviews | American Physiological Society

Transcranial magnetic stimulation (TMS) non-invasively activates the human cortex through the intact skull and is now employed worldwide to interrogate physiological and pathological functions of the human brain, and to treat a variety of neurological and psychiatric brain disorders. Yet, the precise routes from the induced electric field to neuronal excitation including network effects remain not fully resolved, limiting the mechanistic basis of all TMS applications. This review deeply surveys how TMS activates the human cortex. We integrate evidence from physics, biophysics, computational modeling, neurophysiological studies in humans using electromyography, electroencephalography, and epidural spinal recordings, and converging non-human primate, rodent, and cortical-slice studies. Collectively, the data suggest that TMS preferentially depolarizes superficial large-diameter myelinated axons, likely at bends, thereby triggering near-instantaneous synaptic activation of local cortical circuits and the emergence of long-range corticocortical and cortico-subcortical network activity. Through this cascade––axonal excitation, cell and circuit recruitment, and network propagation––TMS provides a versatile probe of excitability, function, and dysfunction across spatial scales, from single axons to distributed human brain networks.

doi.org