🚀 Excited to share our latest publication, "Frequency-tagging of spatial attention using periliminal flickers," published in Imaging Neuroscience! 🧠.[. #CognitiveNeuroscience #BrainComputerInterface #SSVEP #NeuroscienceResearch.

RT @thaoshibe: It costs $89-$199 for a poster printing.Estimated $260.000-$597.000 for ~3k posters (main conference). $0.5M dollars go to t….

Tested with a dry EEG system, the Gabor and Ricker stimuli led to strong neural responses with high accuracy (up to 97.5% online tests). These findings support the potential of visually comfortable, efficient BCI designs suitable for real-world applications. #BCI #Neurotech

💡Signal Quality: Gabor and Ricker stimuli provided a strong signal-to-noise ratio in the VEP responses, yielding robust neural signals even in a low-density, dry EEG setup. This supports efficient decoding and reliable BCI performance. #neuroscience #EEG

👓 User Experience: Gabor and Ricker stimuli were rated significantly more comfortable and almost invisible in peripheral vision compared to traditional plain flickers. This design tackles issues of visual strain and distraction typically seen in reactive BCI #UX #UserExperience

🧠Just out! Leveraging textured flickers: a leap toward practical, visually comfortable, and high-performance dry EEG code-VEP BCI. We designed stimuli to optimize foveal neural response while minimizing peripheral distraction #BCI #neurotech.via @ioppbio

👓 User Experience: Gabor and Ricker stimuli were rated as significantly more comfortable and almost invisible in peripheral vision compared to traditional plain flickers. This approach addresses issues of visual strain and distraction commonly associated with reactive BCIs. #UX

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RT @MelanieK_2104: There! It! Is! The EEG Swimming paper is out 🥳 shout-out to all the people who were involved in the project!. #mobileEEG….

RT @JirkaLiessens: Jeschke et al. reported causal evidence for the contribution of V5/MT to visual speech recognition. In my first publicat….

RT @ZakDjebbara: Please repost!. 🚨Open PhD position in neuroarchitecture in my lab, the BBAR🚨. Are you fascinated by the interplay between….

RT @ImagingNeurosci: New paper in Imaging Neuroscience by Simon Ladouce and Frédéric Dehais:. Frequency tagging of spatial attention using….

🆕🧠 Latest findings by @MagdaMustile et al. reveal how external auditory cues aid sit-to-stand movements in PD patients by enhancing motor cortical activation and sensory integration!.🔗 #ParkinsonsDisease #Neuroscience #Research #EEG #MotorControl

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💡 These findings open new avenues for minimally intrusive flickers in cognitive research and BCI applications, potentially reducing user fatigue and enhancing overall experience. You can read the full paper here: [.

Periliminal flickers successfully evoked SSVEP responses for spatial attention tasks, achieving an impressive 81.1% mean accuracy in classifying attended space.

Findings show substantial improvements in user comfort with these flickers.

💡 To improve user experience, we tested periliminal (barely visible) and subliminal (invisible) flickers. #UserExperience #Research #CognitiveNeuroscience

🔍 Background: Steady-State Visually Evoked Potentials (SSVEP) are rhythmic brain activities triggered by flickering visual stimuli. Despite their value in decoding spatial attention, traditional flickers can cause eye strain and cognitive fatigue. #Neuroscience #BrainResearch.

RT @KlausGramann: I am delighted to announce an opening for a Humboldt Research Fellowship, available to an exceptional female postdoctoral….