50 episodes listed below
Career paths at the edge of neurotechnology.
Neurocareers: Doing the Impossible! follows the people building brain-computer interfaces, neuroprosthetics, neuromechanics, and career paths around them. Episodes pair technical research detail with practical questions about skills, networking, interviews, and moving through the neurotech field.
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Neurocareers: Doing the Impossible! follows neuroscience and neurotechnology through the people actively building the field. Its center of gravity is brain-computer interfaces, but the range is wider than device control alone. Episodes examine neuromechanics, synthetic touch, virtual embodiment, endogenous error detection, cognitive health tools, podcasting as a science-career strategy, and the professional choices behind research life. The conversations often begin with a big question. Then they move into mechanisms. In the BCI Award episodes, guests explain work involving EEG signals, ERD, PMBR, eye tracking, intracortical microstimulation, motor decoding, sensory stimulation, and closed-loop neuromodulation. The show does not flatten those details into easy slogans. It lets researchers talk through experimental setups, signal interpretation, cortical targets, stimulation patterns, and why one result may depend on the measurement method. That makes it especially useful for listeners who already know the vocabulary or want to learn it in context. At the same time, the series keeps returning to careers. It asks how people enter neurotech from civil engineering, psychology, language, podcasting, company building, or academic research. It also covers the practical terrain around the work: interviews, hard and soft skills, networking, job searches, presentation preparation, and negotiation. The pacing is earnest and expansive. Some episodes feel like research spotlights, while others are career case studies or behind-the-scenes reflections on science communication. Its strongest moments come when technical explanation and personal trajectory sit side by side. A discussion of brain-controlled bionic hands becomes a window into restoring touch. A conversation about around-ear sensing becomes a question about scaling neurotechnology into ordinary life. Neurocareers: Doing the Impossible! is best for listeners who want the field’s working vocabulary, its emerging applications, and the human routes into it.
Made for: This show is for neuroscience students, BCI researchers, neurotech job seekers, engineers, and science communicators who want detailed exposure to the field’s current work. It also suits listeners exploring how academic research becomes assistive technology, company strategy, or a career path.
What sets it apart: The show combines technical neurotechnology interviews with explicit career navigation. It treats BCI research, professional development, and science communication as connected parts of the same field rather than separate conversations.
Unlock the secrets of a career in neuroscience and neurotechnologies with our neuron-packed podcast! From inspiring success stories to cutting-edge industry advancements, we've got it all. Join us as we chat with exclusive guests and uncover the keys to thriving in this dynamic field. Plus, we'll dive into some mind-blowing topics like neuroenhancement, brain-computer interfaces, and the future of brain-based technologies. Whether you're just starting out or looking to take your career to the next level, this is the podcast for you. So, come along for the ride and discover your unique path in neuroscience with us! Hosted by The Institute of Neuroapproaches LLC and its founder, Milena Koroste…
Gray and white matter can swap stiffness rankings; your curiosity may need safety goggles.
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Short reviews from the PlayNext desk, based on the episodes we processed.
A change in indenter size can change which brain tissue appears stiffer.
Neuromechanics frames the brain and spinal cord as living material under load, asking how nervous tissue responds when forces from development, growth, trauma, surgery, or disease act on it.
Taiga Seri links imagined foot movement, brain signals, and avatar ownership in a grounded look at virtual embodiment.
Taiga Seri's project makes virtual embodiment feel less abstract by tying avatar control to brain activity and gaze. The Keio University BCI Award nominee describes a non-invasive system that brings EEG, eye tracking, and real-time scene segmentation together so an avatar can…
A focused review of how patterned brain stimulation could help restore tactile sensations to brain-controlled prosthetic hands.
A brain-controlled bionic hand matters more when movement is paired with touch. This single-episode review follows Giacomo Valli, first-place winner of the 2024 BCI Award, as he discusses his team's work on synthetic touch through intracortical microstimulation of the…
A BCI researcher explains how the brain might detect and correct its own control errors.
Camille Gontier's conversation frames a simple brain-computer interface question as a problem of self-monitoring: can activity in the primary motor cortex show when a brain-controlled device has gone wrong, and can that signal help correct the error without outside feedback?
A measured, software-first case for bringing brain-computer interfaces closer to everyday use.
A childhood wish to build prosthetic limbs opens into a wider story about brain-controlled neuroprosthetics and, eventually, brain-computer interfaces meant for ordinary use. Dr.
Particle accelerators, compost piles and Queen's guitarist, all explained.
Steven Novella and a rotating panel dissect weekly science news and debunk pseudoscience claims.
APA's Kim Mills interviews psychology researchers on tipping, crying, and extremism.
Neurocareers: Doing the Impossible!
["Neurocareers: Doing the Impossible!
NeuroCareers: Doing the Impossible!
["Milena's interview with Camille Gontier frames a BCI Awards study on online error detection and correction in human brain-computer interfaces.", "Camille Gontier, who finished a postdoc at the Rehab Neural Engineering Labs of the University of Pittsburgh and started a tenured INRIA post in Strasbourg a month earlier, explains the work from both sides of the Atlantic.", "The core setup uses intracortical M1 arrays from three tetraplegic participants, a motor decoder, and a classifier that watches for off-target cursor control.", "He reports an approximately 80-millisecond pre-error signal, smoother trajectories, a speed-versus-accuracy tradeoff, and follow-on tests in a helicopter rescue task and a CYBATHLON ice dispenser task."]
Ramses Alcaide says Neurable's wearable EEG can track brain age, and he shows a personal report that moved from 30 to 50 after South by Southwest travel, alcohol, and late nights.
Cristina Leira says her Navy SEAL language students needed grammatical explanations and deployment vocabulary rather than textbook travel phrases.
Neurocareers: Doing the Impossible!
On Neurocareers: Doing the Impossible!, author and screenwriter Dante Terese describes how research for The Base Series connects fiction with real scientific work.
A panel of podcasting experts discuss how launching a podcast can boost careers in science and tech, offering practical tips and insights.
An introduction to a podcast series exploring brain-computer interfaces and the work of BCI Award nominees, featuring a co-host and a mention of high-gamma mapping for epilepsy surgery.
Dr.
This episode explores speech neuroprostheses and how brain-computer interfaces decode speech from sEEG signals to restore communication for those who cannot speak.