Neurocareers: Doing the Impossible!

Milena Korostenskaja, PhD
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Sep 29, 2024 • 1h 23min

A Neurofeedback Expert’s 22-Year Journey: Practitioner, Instructor, Co-Founder, Juan Ricardo Diaz, MFT

Join neurofeedback expert Juan Ricardo Diaz, co-founder of PigPug Health, as he shares his 22-year journey transforming mental health through brain training. Discover how neurofeedback helps conditions like ADHD and anxiety, and learn about brain plasticity's role in enhancing learning. Juan emphasizes the importance of mentorship for practitioners and recounts inspiring success stories, including remarkable recoveries from stroke. With 20 books under his belt, his passion for advancing neurofeedback shines through, making it a must-listen for anyone interested in mental wellness.
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Sep 22, 2024 • 1h 3min

Deep Learning Improves Optical Imaging-Based BCI for Limb Control, with Seungbin Park

In this discussion, Seungbin Park, a PhD Graduate Student at Purdue University, and Dr. Maria Dadarlat, her team leader, explore groundbreaking innovations in brain-computer interfaces. They share their pioneering work in decoding rapid limb movements using deep learning techniques and slow optical imaging, a major leap for minimally invasive BCI technology. Tune in to learn about their journey as finalists for the 2023 BCI Award, the challenges of neural signal decoding, and valuable insights for aspiring neurotech professionals!
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Sep 7, 2024 • 1h 20min

Giving the Voice Back: Speech Neuroprosthesis Meets Avatar, with Kaylo Littlejohn

Kaylo Littlejohn, an advocate for speech neuroprosthesis technology and PhD student at UC Berkeley, discusses groundbreaking advancements in restoring speech for individuals with paralysis. He shares insights on his work translating neural activity into intelligible speech and creating a virtual avatar that reflects users' emotions. Kaylo highlights the emotional impact of regaining one's voice after years of silence and addresses the challenges of achieving accuracy in speech decoding. His journey reveals the intersection of engineering and neuroscience in transforming lives.
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Aug 27, 2024 • 1h 20min

A BCI for Real-Time Hearing Diagnostics with Ben Somers PhD, MBA

Ben Somers, a researcher with a PhD and MBA, is pioneering a brain-computer interface for real-time hearing diagnostics. He discusses the challenges of diagnosing hearing loss in children, emphasizing the innovative use of EEG to obtain objective assessments. Ben shares insights on collaboration between engineering and neuroscience and highlights the revolutionary potential of their project, Corgee, aimed at transforming pediatric hearing diagnostics. His journey from academia to entrepreneurship illustrates the importance of real-world applications in research.
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Aug 18, 2024 • 39min

Restoring Movement and Sensation: The Double Neural Bypass with Prof. Chad Bouton

Prof. Chad Bouton, a leader in neuroengineering and bioelectronic medicine, discusses revolutionary techniques to restore movement and sensation in individuals with spinal cord injuries. He shares insights about the Double Neural Bypass, which connects the brain, body, and spinal cord, enabling paralyzed patients to regain control. Bouton reflects on his own journey into neurotechnology, driven by personal experience, and emphasizes the essential fusion of engineering and neuroscience to push innovation forward. His work offers hope for a future where rehabilitation becomes a reality.
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Aug 5, 2024 • 1h 29min

Naturalistic Sensations for Bionic Legs: Biomimetic BCI with Giacomo Valle, PhD

Join Dr. Giacomo Valle, a leading expert in biomimetic brain-computer interfaces, as he dives into revolutionary advances in bionic legs. His cutting-edge research uses peripheral nerve stimulation to recreate natural touch sensations, significantly improving mobility and reducing effort for prosthetic users. Dr. Valle shares insights on the complexities of restoring sensory feedback, the emotional benefits for amputees, and the innovation behind neural stimulation techniques that aim to mimic the body's natural pathways.
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Jul 22, 2024 • 1h 40min

Early ALS Detection: Real-Time Neurotech Solution with Ahmadreza Keihani, PhD

Dr. Ahmadreza Keihani, a Postdoctoral Associate at the University of Pittsburgh, is on a mission to revolutionize ALS diagnostics through innovative neurotechnology. He discusses his groundbreaking real-time monitoring system aimed at detecting the Cortical Muscular Coupling Index, a potential early biomarker for ALS. Driven by personal loss, Dr. Keihani shares inspiring career insights and the significance of early detection in improving patient outcomes. His project, nominated for the prestigious BCI Award 2023, offers a glimpse of hope in the fight against ALS.
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Jul 8, 2024 • 2h

From Brain to Text and Voice: a Rapid-Deploy Neuroprosthesis with Dr Card & Dr Wairagkar

Explore the groundbreaking research in speech neuroprosthetics with Dr. Nicholas Card and Dr. Maitreyee Wairagkar as they discuss decoding speech from brain signals, advancing communication for individuals with speech impairments. Learn about their career journeys, challenges in developing neuroprostheses, and the future of brain-to-text and voice technologies.
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Jun 29, 2024 • 1h 26min

Perceived and Imagined Speech: Decoding Meaning with Jerry Tang

In this engaging discussion, Jerry Tang, a PhD student at Dr. Alexander Huth's Lab, reveals exciting advancements in non-invasive brain-computer interfaces (BCIs). He explains how his research decodes the meaning of perceived and imagined speech using fMRI technology. The conversation delves into challenges like mental privacy and the innovative use of naturalistic study designs. Jerry shares his academic journey, highlights the significance of collaboration, and encourages aspiring scientists to seize opportunities like the International BCI Award.
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Jun 23, 2024 • 1h 26min

Breaking Conventional BCI Constraints with Vincent Rouanne, PhD

Dr. Vincent Rouanne, a nominee for the 2022 BCI Award, shares his groundbreaking insights on Brain-Computer Interface (BCI) technology. He discusses his innovative auto-adaptive BCI that reduces the need for extensive calibration, making the technology more user-friendly. The conversation dives into the impact of BCIs on individuals with chronic impairments, especially tetraplegics, and the significance of interdisciplinary collaboration in advancing these technologies. Vincent also provides invaluable advice for aspiring scientists looking to push boundaries in this field.

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