Linking early social behaviours to infant brain networks? 👶🙂 Allison et al. (2025) used #fNIRS to study #DefaultModeNetwork connectivity in 5-month-old infants and its relation to everyday social smiling and laughter. Read more here 📖 doi.org/10.1002/dev....

How is balance controlled after acquired brain injury? ⚖️🚶♂️ Hernandez-Sarabia et al. (2025) use #fNIRS and force-plate measures to study task-dependent cortical activity during static balance tasks in adults with chronic ABI. 📖 doi.org/10.3390/brai...

Can #fNIRS support automated screening for #bruxism-like jaw activity? 😬🌙 Fatima et al. (2025) use fNIRS during simulated clenching/mastication and apply machine-learning classification to distinguish bruxism-like patterns from other jaw movements. 📖 doi.org/10.1111/cns....

🔉👶Newborns show early sensitivity to prosodic contours. Marino et al. (2025) used fNIRS to test Italian-exposed newborns with French stimuli (standard vs time-reversed prosody), suggesting prosody detection is present at birth but modulated by prenatal language experience. doi.org/10.1016/j.ba...

Lee et al. (2025) examined knee osteoarthritis during single- vs dual-task walking (walking while doing mental subtraction), using fNIRS to track prefrontal activity alongside gait and task performance. 🚶⚖️ doi.org/10.1371/jour...

🚀 Join our webinar on modeling brain signals with HRfunc for fNIRS, presented by Denny Schaedig. 🔍 Discover how HRfunc enhances fNIRS data analysis by estimating neural activity and hemodynamic response functions. 👉 Reserve your spot: buff.ly/680Y286 #fNIRS #Neuroimaging #BrainImaging #HRfunc

Dual-task standing changes control strategies with age. ⚖️🦵 Pan & Zhang (2025) found older adults showed higher ankle co-activation and greater prefrontal-motor recruitment than young adults, with different brainmuscle coupling patterns via #fNIRS. doi.org/10.1007/s105...

🎲🧸 Hashmi et al. (2025) found that 4–8-year-olds used more pretend play and internal-state language during joint play vs solo play. These behaviours related to social abilities, and #fNIRS activity was linked to internal-state language. 📖 doi.org/10.1016/j.co...

How do #infant-caregiver brains coordinate attention? These researchers show that during natural play, caregiver left STG activation is linked to infants’ joint-attention patterns and visual short-term memory, via #fNIRS #hyperscanning! 📖 doi.org/10.1111/infa...

🧠 fNIRS Webinar – Introducing HRfunc Learn how HRfunc models neural activity & HRFs beyond standard hemoglobin analysis. With Denny Schaedig (WashU School of Medicine). 📅 Jan 28 | ⏰ 4 PM CET 👉 Save your spot and join us live! buff.ly/680Y286 #Neuroimaging #fNIRS #Webinar

🌍🧠 Yücel et al. (2025) study how hair type, density & colour and skin pigmentation influence #fNIRS signal quality. They provide practical recommendations for metadata, cap fit and hair-management strategies to support more equitable study design! 📖 doi.org/10.1038/s415...

🫀🧠In this new study on micro/macrovascular circulation, Hendler et al. (2025) show that delays between Doppler flow velocity and fNIRS tHb pulses consistently shorten during hypercapnia, closely tracking changes in the arterial time constant. 📖 doi.org/10.1088/1361...

🚨 Last call! Join our fNIRS webinar on Dec 16 (10–10:45 AM EST): HD vs. Sparse fNIRS — When Does HD Really Matter? Get clear insights on performance, workflows, and shared Stroop task resources. 👉 Register now: nirx.net/webinars

Can we detect brain activity better during leg movements? 🦵 Althobaiti et al. (2025) show that Dynamic Time Warping improves the sensitivity of #fNIRS time-series analysis for lower-limb tasks! Read more here 📖 doi.org/10.1016/j.im...

How does feedback change creativity? 🧠✨ Yin et al. (2025) #hyperscanning #fNIRS study show that interpersonal feedback, not one-way feedback, improves creativity, and “applying” feedback predicts better outcomes. 📖 doi.org/10.1038/s415...

🌟 This week! Webinar on detecting learning disorders using HRV extracted from fNIRS. 📅 11 Dec • 5 PM CET 🔗 Register ASAP: nirx.net/webinars

📣Take a look at this new open dataset of natural conversations by Hu et al. (2025) capturing self-objectification, with #fNIRS recorded across frontal-parietal regions. A rich resource for studying naturalistic social-emotional processing. 📖 doi.org/10.1038/s415...

How accurate is the 10–20 “hand area” for #fNIRS? 🎯🧠 Black et al. (2025) used neuronavigated TMS to map true motor hotspots and found 56% misalignment with the standard EEG-based channel. Read more results here:📖 doi.org/10.1088/1741...

Join our Dec 16, 2025, webinar with Jessica Anderson from Boston University to explore HD optode arrangements in fNIRS for better signal quality. She'll discuss HD vs. sparse arrays in a Stroop task, focusing on design and analysis. ▶️ Register: nirx.net/webinars

This new Nigerian randomised control trial from Shuaib et al. (2025) found that integrated biological + emotional-intelligence counselling can strengthen early development. 🌱🧠 Researchers found gains in executive function, emotion regulation, and prosocial behaviour. 👀📖 doi.org/10.22178/pos...

Check out this new #fNIRS paper on how nature exposure affects the brain! 🌿 Nature reduced negative affect vs. urban exposure 🧠 Lower left PFC activation → reduced need for emotion regulation 📉 Effects similar in patients with major depression Kramer et al. (2025) 📖 doi.org/10.1016/j.je...

Take a look at this new #fNIRS and #TMS study on how action observation + proprioceptive stimulation affects motor plasticity? ✋🧠 Read the full paper by Bisio et al. (2025) here 📖 doi.org/10.1016/j.ne...

Join our Dec 16, 2025, webinar with Jessica Anderson from Boston University on optode arrangements in fNIRS. Discover her publication on HD arrays improving brain activity detection during a Stroop task, including design, data processing, and performance. 👉 Register now: nirx.net/webinars

📄 Réveillé et al. (2025) used fNIRS hyperscanning to study interbrain synchrony during teamwork. 🤝🧠 They tracked how IBS changed across task phases and examined links with team composition and performance. Read here! doi.org/10.1093/scan...

Join our upcoming webinar to learn a groundbreaking method for extracting heart rate variability (HRV) from fNIRS data. This innovative approach enhances machine-learning detection of cognitive impairments by combining physiological and cerebral measurements. Register here: nirx.net/webinars

Can babies start learning language before they’re born? 🤯 📄 René et al. (2025) found that infants exposed prenatally to stories in two languages processed those similarly after birth, but differently to an unfamiliar language. 📖👉 doi.org/10.1038/s420...

Huge reproducibility study in #fNIRS! 38 teams analyzed two datasets with entirely different pipelines, yet group-level findings aligned strongly for well-supported hypotheses. Where did the variability come from? Read here 👉📄 Yücel et al., 2025 doi.org/10.1038/s420...

It’s the final day of live demos at #Neuroscience2025! Don’t miss your last chance to see NIRx & Artinis in action — exploring the latest innovations in fNIRS, EEG, and multimodal neuroimaging. Come by, ask questions, and discover what’s next in neurotechnology! #SfN2025 #Neuroscience

It’s another exciting day at #Neuroscience2025! Join us at the NIRx & Artinis booths to discover how our latest fNIRS and EEG technologies are pushing multimodal neuroscience forward. #SfN2025 #NeuroTech #Neuroscience #fNIRS #EEG #BrainResearch

Day 2 of live demos at #Neuroscience2025 is packed with innovation! Stop by the Artinis and NIRx booths to explore the newest fNIRS, EEG, and TMS-integrated solutions advancing brain research. #SfN2025 #NeuroScience #BrainTech #NeuroImaging #fNIRS #EEG

Day 1 of live demos at #Neuroscience2025 kicks off! 🎉 Come experience the latest in fNIRS and EEG innovation firsthand! #SfN2025 #Neurotech #BrainResearch #fNIRS #EEG #NIRx #Artinis

It’s here — the future of optical neuroimaging. Meet NIRScout2, our next-gen platform for high-density #fNIRS & #DOT research. ⚙️ Modular & future-proof ⚡ Powered by Aurora Architecture 🔗 Sync up to 4 devices 🧠 Expandable to 256 channels See it at Booth 1616, #SfN2025 #Innovation #Neuroscience

How do we predict pilots’ situational awareness? 🛬🧠 A multimodal study using #fNIRS + #ECG + #EDA + #EEG + #EyeTracking shows promise, though predicting unseen participants remains a challenge for #HumanFactors research! 📖 doi.org/10.1177/1071...

We’re bringing something big to SfN 2025 👀 Introducing NSC2, powered by our all-new Aurora Architecture — a leap forward in optical neuroimaging for fNIRS and DOT. ⚙️ Modular ⚡ Ultra-fast 🔬 Discovery-driven See it first in San Diego, Booth 1616 | Nov 15–19

We’re bringing the latest in fNIRS and EEG to #Neuroscience2025! Catch daily live demos with NIRx & @artinis.bsky.social in San Diego 🎉 📍NIRx Booth #1616 📍Artinis Booth #2812 #SfN2025 #NeuroTech #BrainResearch

Join our Dec 16, 2025 webinar with Jessica Anderson, a Ph.D. Candidate at Boston University. Learn about HD optode arrangements in fNIRS for better signal quality. Jessica will discuss HD vs. sparse arrays in a Stroop task, covering experimental design, data processing, and analysis. buff.ly/OkoVJOT

Last chance to register for the fNIRS in cochlear implant workshop by Purdue University and NIRx Medical Technologies. Join experts discussing current practices, analysis techniques, and new insights in CI-fNIRS research. Register now: buff.ly/7DbTpZA

Join our Dec 16, 2025, webinar with Jessica Anderson from Boston University on optode arrangements in fNIRS. Discover her publication on HD arrays improving brain activity detection during a Stroop task, including design, data processing, and performance. Register: buff.ly/OkoVJOT

Join our workshop on using functional near-infrared spectroscopy (fNIRS) in cochlear implant research, hosted by Purdue University and NIRx Medical Technologies. Experts will discuss practices, analysis techniques, and new insights. Register now: buff.ly/7DbTpZA

Can reflecting on time calm the mind? 🧘⏳ This new research used #fNIRS to demonstrate stronger prefrontal activation and calmer affect during intertemporal vs mindfulness #meditation. 📖 doi.org/10.1093/scan...

🔉👀 How do brain rhythms shape what we see? This study by Zhou et al (2025) using #EEG + #tRNS + #fNIRS revealed that prestimulus alpha/beta activity causally affected visual perception. Read the full study here 📖 doi.org/10.1038/s420...

🤩 Our new Learning Center offers: 📘 Manuals & setup guides 🧠 Troubleshooting ☁️ Downloads 🎓 Training materials 💡 fNIRS application insights Supporting your scientific journey here: 🔗 help.nirx.de

🦵 This study found that after ACL reconstruction, brain activation increases with task complexity, but patients show lower somatosensory activation with #fNIRS & weaker adaptation vs. controls. Liu et al. (2025) 🔗 doi.org/10.3389/fnhu...

Join us for the fNIRS Workshop: From Basics to Hyperscanning in Singapore on November 4th and 5th. This two-day event offers valuable insights into fNIRS and physiological assessments with NIRx technologies, perfect for beginners and experienced researchers alike. buff.ly/QAgOzWv

📖 What can brain signals tell us about reading comprehension?? Akincioglu et al. used and #fNIRS #BCI with ICEEMDAN + SAX to classify English reading comprehension, achieving 89% accuracy across 450 trials. 👉 doi.org/10.1371/jour...

Last chance to register! Join our October 16th webinar on iTBS and fNIRS technologies. Mr. XIA Weili and Ms. JIN Minxia will discuss fNIRS/TMS research, focusing on data handling and TMS effects on muscular activity. Secure your spot: buff.ly/Mo3QEr2

Join us for a workshop on functional near-infrared spectroscopy (fNIRS) in cochlear implant research, hosted by Purdue University and NIRx Medical Technologies. Experts will share insights and techniques for CI-fNIRS research. Open to all researchers in CI and hard-of-hearing fields. buff.ly/7DbTpZA

Don't miss your final chance to sign up! Join our exciting webinar on Oct 15 with Dr. Georg S. Kranz to explore groundbreaking advancements in TMS and fNIRS transforming mental health care. Register now to ensure your participation: buff.ly/V5vYmDP #MentalHealthRevolution

💡We built the NIRx Learning Center to make expert knowledge instantly accessible, helping you troubleshoot, learn, and explore #fNIRS applications anytime! Supporting your scientific journey here 👉 help.nirx.de

Join our webinar on October 16th to explore iTBS and fNIRS integration. Speakers Mr. XIA Weili and Ms. JIN Minxia will discuss fNIRS/TMS research, focusing on data preprocessing and TMS's effect on muscle activity in fNIRS data. Register now: buff.ly/Mo3QEr2