Wait till you hear my opinion of Outlook... π€£
@sampendu
Kiwified neuroscientist & perception researcher at the School of Optometry & Vision Science at Waipapa Taumata Rau | University of Auckland, Aotearoa New Zealand. Lab website: sampendu.net #UltimaDragon
Wait till you hear my opinion of Outlook... π€£
Lists and indents and also paragraph and line spacing are some of my biggest gripes. The worst are template forms (like the ones the university likes you to fill out) because they break everything without letting you fiddle with the options (which rarely works anyway but at least you stand a chance)
Though it should be said, even if that person ate that entire chocolate bar it'd still be only a bare fraction of the dose needed (probably need to eat 15ish of that quantity). Also I might be wrong but this picture doesn't look like it was taken during "physically and mentally exhausting" π€£
β‘SYMPOSIA SPOTLIGHT #1
We are super excited to announce a series of symposia taking place throughout our conference.
Here is a preview of some featured sessions and speakers. Of course, there is more to come. Stay tuned!
That's a great way to put it actually. I wish I'd thought of that then (or now, for that matter!)
π¨ FINAL REMINDER. The Student Travel Award application closes tomorrow. This is on a first come first served basis, so donβt miss your chance to secure funding for your travel to EPC & APCV 2026!
I have absolutely nothing to say about this, other than that I once wrote "subjective experience" in a paper and then had a reviewer eviscerate us by telling us that "all experience is subjective". And while I am inclined to agree I still haven't fully decided. It's a widely used term in any case. π€
REMINDER! Only 4 days left to apply for 500 AUD travel support to attend the EPC & APCV Joint Meeting 2026.
β
The award is open to students at all levels.
Apply now at visualneuroscience.auckland.ac.nz/epc-apcv-2026/
The Australasian Experimental Psychology Conference (EPC) and Asia Pacific Conference on Vision (APCV) are holding a joint meeting in 2026, to be held at the University of Auckland from July 1-4. Abstract submissions now open!
visualneuroscience.auckland.ac.nz/epc-apcv-2026/
π’ Workshop announcement.
We are super excited to announce the workshop Perceptual Inferences, from philosophy to neuroscience, organized by Alexander SchΓΌtz and Daniel Kaiser.
π Rauischholzhausen Castle, near Marburg, Germany
ποΈ June 8 to 10, 2026.
1/4
Three days left to submit symposium, workshop, and satellite ideas for EPC-APCV in Auckland in July.
Symposia will run alongside talk sessions during the conference, and workshops/satellites will run on the first day, before the welcome ceremony.
Come to Auckland in July 2026 for the joint meeting of the Australasian Experimental Psychology Conference and the Asia Pacific Conference on Vision!!
STUDENTS: there will be 40 travel support awards of $500 to help you attend, so don't let the distance stop you from attending.
Very proud and pleased that Poutasi Urale, the first PhD student I supervised since starting in Auckland has now graduated! Good way to start the holidays! ππ
(And no, this is not my academic gown...)
Mistakes happen. All the time. To err is human etc. But I strive to make fewer stupid mistakes. If anyone has any good ideas how to do that, let me know... All I know is that checking your work apparently isn't enough π
Be that as it may. This issue has been dealt with & hopefully no harm was done. But I'd bet there are many such errors in the literature. I know I have made mistakes in descriptions or equations before. And I know some stats papers where the authors told me the published equation was wrong...
As it happens, I know that in at least one of our papers we did this but then had a reviewer tell us to explain the NC calculation. I can't say if it was one of these two or another paper, but the reason the offending sentences were in it are definitely because of this. Which is a bit annoying...
That said, given we didn't create these methods for these studies, there was no real reason to explain them in detail. We could have simply cited the earlier studies. The way I see it, this would've been better. Not only would it avoid stupid mistakes but it would make the methods more concise.
Of course, there are good reasons to have a verbal description (or mathematical notation) of the methods. It makes it more future proof, because some code won't run anymore on future computers etc. And you could rightly say that people need to pay more attention to how they write their methods...
But this makes me wonder - in this digital age in which we share our code & data - wouldn't it be better to avoid describing our methods in prose altogether? Methods sections exist to permit independent replication but that technically would involve running our code, not translating text to code.
As senior author of both studies, I take the ultimate responsibility for the error (& there is a good chance I wrote the offending sentence in the first place). Yes, everyone in the know should theoretically be able to spot it - but clearly this is not always how it works...
Another & more detailed explanation can be found in van Bree et al.'s excellent preprint - so I'll leave it at that.
But on a general note: The erroneous statements in our articles slipped past all the authors & reviewers & editors of 2 papers. It is easy to miss even stupid mistakes...
I won't go into detail on how this textual error arose - that would only confuse matters further. Instead I'll note that when we first introduced the noise ceiling in our toolbox, we explained the calculation in a publication by Catherine Morgan & myself: f1000research.com/articles/8-1...
However, in 2 recent publications from the lab we incorrectly described what our code does. It was a stupid oversight but it's important. To prevent people making a mistake based on this, both these articles have now been officially corrected:
doi.org/10.1098/rspb...
doi.org/10.7554/eLif...
I'm slightly annoyed (& embarrassed) because recently we inadvertently added to this confusion. I hasten to point out that we did -not- make this error. Our pRF analysis toolbox calculates the NC & our calculation is correct. In fact, to avoid confusion our analysis code explicitly states this...
If you calculated noise ceilings (NC) based on split-half reliability - e.g. to compare models - this one is important!
Seems many published studies miscalculated it, overestimating model performance. First, let's make this crystal clear:
NC = 2*r / (1+r)
where r is split-half correlation.
π€£
Deadline for Symposia & Workshop submissions: 31 January 2026
General abstracts: Rolling acceptance until 30 April 2026
This year we will offer up to 40 travel awards (500AUD) to help students attend the conference, given on basis of need. Applicants must submit abstracts by 27 February 2026.
It is our great honour to announce the APCV Keynote at #epc-apcv-2026: Prof. Hakwan Lau from the Institute for Basic Science in Korea!
The call for member-initiated symposia & abstracts is now open: visualneuroscience.auckland.ac.nz/epc-apcv-2026
#psychscisky #visionscience #neuroskyence
Here is a short piece in the Conversation about the Spoon Illusion: doi.org/10.64628/AA....
#psychscisky #neuroskyence but not-really #visionscience