RT @Artinis_MS: A Bold Step Forward in Brain Imaging —Artinis and @NIRx_NIRS Join Forces 🤝.Together, we’re making advanced neuroimaging ea….

👶 In this new multimodal research paper, de Almeida et al. (2025) developed and tested a feasible clinical protocol that combines #fNIRS and #EyeTracking in infants under 12 months, during both social and non-social cognitive tasks. 🧠. Read more here 🔗

Join today's webinar with Dr. Raimundo da Silva S. Junior from IDOR! Explore how virtual reality boosts spatial cognition and unveils learning styles in both STEM and non-STEM students. Register now! #VirtualReality #STEMEducation

Join our webinar on July 29th to learn about Neonatal Brain Health with Dr. Emma Duerden of Western University. See how fNIRS supports continuous neuroimaging for newborns, even in intensive care. Sign up now: #NeonatalHealth #fNIRS

🦵 📈 Take a look at this new #fNIRS research by Lee et al. (2025) on prefrontal cortex activation during daily movements and its association with clinical symptoms in knee #osteoarthritis. Read their full work here 🔗

👁️New pilot study on #EMS providers performing simulated intubation using eye-tracking, pupillometry, and #fNIRS. 🚑 Experts were faster, showed less gaze fixation, and had distinct activation in the supramarginal gyrus. More here🔗

Join our upcoming fNIRS workshop at The Education University of Hong Kong on August 25-26. Enjoy keynote speeches, special lectures, a hyperscanning demo, Satori data analysis, and interactive sessions. Spots are limited, so register now:

🏓 How does the brain adapt during real-life #MotorLearning?. Carius et al. (2025) used whole-brain #fNIRS with APDs to study motor adaptation during #TableTennis tasks. 🔗

Don't miss the chance to sign up for our webinar with Dr. Raimundo da Silva S. Junior from IDOR! Delve into how virtual reality enhances spatial cognition and reveals learning preferences in both STEM and non-STEM learners. Sign up today!

New Deep Learning models improve #fNIRS - #BCI accuracy!. 🧠 Akhter et al. (2025) use stacked + FFT-based features for hand-grip task classification:. 🎯 FFT = 90.11%, Stack = 87.00%, Outperforming CNN, LSTM, Bi-LSTM. 🔗

⚖️ Suzen et al. (2025) used #fNIRS to study static balance in Adolescent Idiopathic Scoliosis. AIS teens showed distinct HbO patterns vs controls, suggesting compensation during eyes-closed tasks & altered pathways during eyes-open balance. 🔗

🍼Can a baby's brain state before learning predict success? . Researchers showed that infants w/ lower right-hemisphere Functional Connectivity before a grammar task learned better. First #fNIRS evidence of state-dependent learning in infants!. 🔗

🚗 New #fNIRS research on how oxygen can affect complex task performance like driving. 🔎 Kim et al. (2025) found more stable driving speed and increased prefrontal/parietal activation under high-O₂ vs normal conditions. 🔗

😎 Fascinating new #multimodal work from Rogers et al (2025) introducing a co-localized #fNIRS - #EEG cap using custom grommet designs. High-density fNIRS optodes to attach directly to EEG electrodes, without interference. Read the full study here 🔗

Join our webinar with Dr. Raimundo da Silva S. Junior from IDOR to explore "Deciphering Neural Efficiency in Spatial Cognition." Learn how virtual reality enhances spatial skills and reveals learning styles in STEM and non-STEM learners. Register now!

📊New #fNIRS paper on gender differences in mental rotation tasks in 62 schoolchildren. Behavioral data showed no gender effect, but fNIRS told another story. Boys had higher activation in BAs 6, 9 & 46; girls had more in BA 46 during figure tasks. 🔗

🧐Can #tACS #neurostimulation reduce stress? . This new study (Khan et al., 2025) shows 16 Hz tACS over the DLPFC improved Stroop-task performance & reduced stress (via #fNIRS, alpha amylase & NASA-TLX) vs sham. 🔗

Don't miss your last chance to join tomorrow's webinar revealing the new features and improvements of Satori 2.2! Learn how these updates enhance the flexibility and analytical power of your fNIRS workflows. Register here: #Webinar #fNIRS

🤩New #MATLAB tool for #fNIRS: TaskNorm.m time-normalizes trials with variable durations using spline interpolation. The paper describes averaging of motor-task data in kids with and without developmental coordination disorder. Read more here🔗

We are excited to announce Satori 2.2, a significant update enhancing fNIRS workflow flexibility and analysis. Join our webinar to explore these features and see how Satori 2.2 can elevate your capabilities. Register now: