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Hey, #English speakers, any variety -- from #Scotland or #Canada or #America or #NewZealand or #Australia or #SouthAfrica or #Ireland or the #UK or any other place where you might live --

I'm still looking for participants for an experiment language processing. About 20-25 minutes, with a variety of tasks to measure memory, sound detection, comprehension and prediction.

Please help the advance of #science! And #linguistics and #psycholinguistics.

research.sc/participant/login/

Research.scPowered by GorillaMake the world a better place by participating in cutting edge behavioural research. Powered by Gorilla

Hey, #English speakers, any variety -- from #Scotland or #Canada or #America or #NewZealand or #Australia or #SouthAfrica or #Ireland or the #UK or any other place where you might live --

Do you want to do an experiment about language processing? It takes about 20-25 minutes, and there are a variety of tasks to measure memory and sound detection and comprehension and prediction.

Please help the advance of #science! And #linguistics and #psycholinguistics.

research.sc/participant/login/

Research.scPowered by GorillaMake the world a better place by participating in cutting edge behavioural research. Powered by Gorilla

Time perception in humans seems to be locked to language processing

(10/12)

If you are talking to someone, there is no perceived time between the perception of the act that originates the stimulus (visual presentation of a sentence, or articulatory activity of a speaker) and the comprehension of the content conveyed by the physical stimulus.

Time perception in humans seems to be locked to language processing

(7/12)

The above is true for meaningless sounds. In the case of meaningful stimuli, it is also obvious that content extraction from the stimulus must necessarily take more time than the time needed to process meaningless sensory stimulation.

Time perception in humans seems to be locked to language processing

(6/12)

We know that it actually takes time from sound and light to travel from its source to our sense organs, and that it takes more time for us to transform these vibrations into electrical activity that results in sound/visual perception.

Time perception in humans seems to be locked to language processing

(5/12)

However, notice that when it comes to meaningful linguistic stimulation, be it by means of acoustic or visual means, we do not experience additional time in the extraction of content from the input. Let me break this down:

Time perception in humans seems to be locked to language processing

(1/12)

I have been thinking about this for a while. We now know that time is in reality something probably very different to our perception of time. Each animal with cognition has developed some cognitive mechanism to perceive time, but they have all developed different perceptions of time.

New in our electronic #collection and available #OpenAccess thanks to the @universityofgroningen OA Book Fund:

➡️ Mutual Intelligibility between Closely Related #Languages

🔗 library.oapen.org/bitstream/20

A comprehensive study of how closely related languages understand each other, exploring measurement, challenges, and practical implications across linguistic, cultural, and policy domains.

Continued thread

Our new #OpenAccess paper is out in Scientific Reports today!
nature.com/articles/s41598-024 My coauthors and I jokingly called it "the masterpiece" because it wraps up a research line I began during my PhD... 10 years ago! Here's a quick thread on the backstory and what we found: fediscience.org/@LeoVarnet/113. @psycholinguistic @psycholinguistic #psycholinguistics #psycholinguistique #phonetic #phonetics #NewPaper #NewArticle #ScienceMastodon

Our new #OpenAccess paper is out in Scientific Reports today! My coauthors and I jokingly called it "the masterpiece" because it wraps up a research line I began during my PhD ... 10 years ago! Here's a quick thread on the backstory and what we found. [1/X]
nature.com/articles/s41598-024 @psycholinguistics @psycholinguistic #psycholinguistics #psycholinguistique #phonetic #phonetics #NewPaper #NewArticle #ScienceMastodon

NatureMapping the spectrotemporal regions influencing perception of French stop consonants in noise - Scientific ReportsUnderstanding how speech sounds are decoded into linguistic units has been a central research challenge over the last century. This study follows a reverse-correlation approach to reveal the acoustic cues listeners use to categorize French stop consonants in noise. Compared to previous methods, this approach ensures an unprecedented level of detail with only minimal theoretical assumptions. Thirty-two participants performed a speech-in-noise discrimination task based on natural /aCa/ utterances, with C = /b/, /d/, /g/, /p/, /t/, or /k/. The trial-by-trial analysis of their confusions enabled us to map the spectrotemporal information they relied on for their decisions. In place-of-articulation contrasts, the results confirmed the critical role of formant consonant-vowel transitions, used by all participants, and, to a lesser extent, vowel-consonant transitions and high-frequency release bursts. Similarly, for voicing contrasts, we validated the prominent role of the voicing bar cue, with some participants also using formant transitions and burst cues. This approach revealed that most listeners use a combination of several cues for each task, with significant variability within the participant group. These insights shed new light on decades-old debates regarding the relative importance of cues for phoneme perception and suggest that research on acoustic cues should not overlook individual variability in speech perception.