Imagine conducting hyperscanning experiments while participants are miles apart, and still playing perfectly in sync. 🙌 🧠 That's exactly what researchers explored using OVBOX, a low-latency audio tool born out of the pandemic's need for connection. Now, they're streaming EEG, not just sound. Read more: mbraintrain.com/remote-hyper…

♻️ Time for an EEG upgrade? If you're using a Smarting or Smarting Mobi, now’s the perfect time to switch to the next-gen Smarting PRO or PRO X — and get 20% off. Here’s how it works: 🔄 Send us your current Smarting system and cap 📦 We’ll ship you the upgraded PRO system 📩 Just contact our sales team to get started 📝 Apply here:lnkd.in/dzsFivSm Have an idea where your refurbished Smarting system could make a difference? We’d like to hear your suggestions for labs, students, or organizations that could benefit from a second life in science! #SmartingRecycleProgram2025 #EEG #Neuroscience #MobileEEG #mBrainTrain

Setting up a Hyperscanning experiment in neuroscience isn’t exactly plug-and-play. 🧠 It takes some time (and patience) to get everything right. In this guide, you’ll find practical tips to make the process much easier. 📈 From shaping the right scientific question and designing an experimental paradigm (to clearly detect interbrain synchronization) to processing your collected data — we’ve got you covered. mbraintrain.com #hyperscanning #MobileEEG #Neuroscience

🧠 Stroke rehab with brain-computer interfaces (BCIs) often relies on motor imagery (MI) — patients imagine moving their hands to train the brain and control robotic aids. But here’s the catch: staying focused is exhausting, and when fatigue kicks in, progress stalls. New research suggests the solution might lie in your heartbeat. By tracking heart rate variability (HRV), scientists found they could predict when BCI performance was about to drop — before it actually happened. This opens the door to rehab devices that adapt in real time, keeping therapy effective, personalized, and motivating. 👉 Could HRV become the missing piece in making neurorehabilitation smarter and more human-centered? 🔗 Find out more: mbraintrain.com/motor-imager… #BCI #BrainComputerInterface #MobileEEG #Neuroscience #mbt #mBrainTrain

Can you imagine how much easier life would be if hearing aids were guided by thoughts?  With the help of our #Smarting device, researchers Alain de Cheveigné, Giovanni Di Liberto, and Jens Hjortkjær explored how brain activity can be decoded to help hearing aids amplify only what the listener wants to hear — even in noisy environments. Want to know how it works? Dive into the full story: mbraintrain.com/auditory-att… #Smarting #mBrainTrain #BCI

What happens when BCI meets AR? 👇 This study explores how BCI with AR can enable users to control a robotic arm using eye tracking and motor imagery, revealing both the potential and challenges of this technology. The results show that EEG can accurately track brain activity inside an AR headset, with clear neural responses proving the brain seamlessly adapts to AR tasks. 🧠 🔗 Read more: mbraintrain.com/bci-with-ar-… #Neuroscience #AugmentedReality #MobileEEG

Until now, over 95% of hyperscanning research has focused on just two subjects, but advancements in technology are starting to change that.👥 This method is gaining momentum in Speech and Communication, Games and Decision Making and other topics that require studies with multiple subjects. If you haven't seen our Hyperscanning demo at SfN, (or if you have) learn about the trends in Hyperscanning and how EEG technology enables to study more than 2 subjects simultaneously. 📰 mbraintrain.com/trends-in-hy… #neuroscience #EEG #hyperscanning #mobileEEG

The brain is a master of adaptation. ✨ But what happens when sensory input changes, like in individuals with limb loss? This study dives into how amputees process touch and vision differently and what that means for prosthetic design and #neurorehabilitation. 🔗 🧠 The future of prosthetics isn’t just mechanical—it’s deeply neuroscientific. Read more about this study here: mbraintrain.com/sensory-feed… #Neuroscience #MobileEEG #EEG #Neurotech

Psychedelic experiences are highly sensitive to the individual's mindset and their environment. So it's not easy to generalize lab findings to natural settings. 🌳 Read our latest blog on the importance of contextual factors in psychedelic research, where our mobile #SMARTING device allowed EEG recordings in a naturalistic setup. 🌌✨ ➡ mbraintrain.com/dmt-psychede… #mobileEEG #neuroscience #usecase #neurotech

Ever wondered how your brain focuses on certain sounds in noisy environments? 🤔🔊 A recent study used #mobileEEG to decode how our brains track speech in both controlled labs and real-world settings. Researchers explored how factors like background noise and movement impact our ability to focus on speech. Check out our use case to dive into the findings! 👇 mbraintrain.com/eeg-based-au… #usecase #neuroscience #EEG #neurotech

Operating rooms aren’t just high-stakes—they’re high-noise. Conversations, alarms, machines—all competing for attention in an environment where every second counts. But how does the brain handle this auditory overload? 🧠 🔍 Using EEG, researchers found that auditory attention in surgical settings can be measured, revealing clear neural markers and highlighting the need for further studies on long-term cognitive strain. Understanding when noise becomes a burden could be a game-changer for surgical teams. Can we design smarter soundscapes to reduce cognitive overload? The research is just getting started. 🔗 Read more: mbraintrain.com/auditory-att… #neuroscience #mobileEEG #EEG

Turn up the music, gather your favorite people, and let your hearts—and brains—sync. 🎶🧠 On a day when love and connection are celebrated worldwide, we’re throwing it back to this fascinating study on brain synchrony in music ensembles. Research shows that when musicians play together, their brain activity syncs—proving that music isn’t just something we hear, it’s something we experience together. 📖 Read more about the study here: mbraintrain.com/brain-synchr… #neuroscience #mobileEEG #neurotech

How does mindfulness meditation impact the brain? 🧠 Mindfulness meditation isn’t just a trend—it’s science-backed. It promotes relaxation and boosts awareness by focusing on the present. But what happens in the brain during these calm moments? 🧘🏼‍♀️ In a recent study, researchers used Smarting PRO, our mobile EEG device, to uncover how even short meditative sessions can reshape brain activity and foster emotional balance. The 🔑 takeaway? A few minutes of mindfulness can make a big difference for your mind and body. 🌟 Learn about the findings on our website: mbraintrain.com/mindfulness-… #neuroscience #mobileEEG #meditation #mindfulness