As a functional medicine neuroscientist and award-winning inventor, I have dedicated my life to helping humanity raise its consciousness — with particular focus on the interconnection between brain, mind, body, and spirit. This integrative approach restores balance to brain and body alike, producing fast, lasting healing and measurably better performance, both cognitively and physically. Working at the photovoltaic and electrophysiological level, using entirely non-invasive technology and methods, we are able to achieve optimal, durable results in a remarkably short amount of time.

From our wellness clinic, Alive and Well, in Bee Cave, we welcome people from around the world — many of whom heal so rapidly that they return with their own family members to experience the same transformation. Serving humanity has always been my purpose. True healing, I’ve come to understand, requires seeing each client holistically and meeting them at the unique root cause of their imbalance — there is no one-size-fits-all path to wellness.

My path here began early. Growing up in Italy, I knew from childhood that my life would be devoted to healing others. By age twelve, I was reading everything I could find on human psychology — beginning with Freud, then moving to Carl Jung, whose work captivated me most. I went on to study brain mapping, neurology, and visual evoked potentials at the Università Sapienza in Rome, with a focus on dopamine, cognition, and mobility disorders. In my second year, I turned toward consciousness itself — the relationship between perception, brain, and mind — and grew fascinated by the interplay of neuronal signaling and the biofield, pursuing the study of awareness and perception through the lens of dopamine balance and vagus nerve activation.

I graduated summa cum laude from my doctoral program and was subsequently invited to the Sorbonne in Paris to study under my mentor, Professor Mecacci, whose own teacher was Nobel Laureate Rita Levi-Montalcini, MD — the first woman to win two Nobel Prizes, honored for her discovery of Brain-Derived Neurotrophic Factor (BDNF), now understood to be essential to the growth of new stem cells and neurons.

From there, I was invited as an associate scientist to a post-doctoral fellowship at Mount Sinai Hospital in New York City under Dr. Melvin Yahr, creator of the Hoehn and Yahr Scale for Parkinson’s disease. After two years and the publication of several papers, I entered a joint PhD program at Columbia Presbyterian and the City University of New York, focused on attention and the non-invasive testing, diagnosis, and remediation of ADHD. I then completed a two-year internship at Columbia University Hospital, working with Parkinson’s patients and with children and adults with ADHD, alongside training in the Child and Adolescent Psychiatry Department at Columbia Presbyterian. The differential diagnosis and treatment of particularly complex cases became — and remains — my specialty.

I spent the following years in private practice, collaborating with Columbia University and several Ivy League-affiliated schools across Manhattan, and helped establish Learning Centers at the middle and high schools I worked with, supporting children and adolescents with learning differences, ADHD, dyslexia, and more. That work led me to a critical realization: children with cardiac conditions often could not safely take stimulant medication for focus issues. In response, I invented a non-invasive method of remediation built around video-based neuroprograms — presented, to the child, as something that simply looks like a video game. The results were striking, and my practice grew accordingly.

That innovation became the foundation for THINK Interfaces, a company built around a simple, powerful promise: Your brain. Just faster.™ Our patented, non-invasive brain-training system works in harmony with neuronal and biofield frequencies, grounded entirely in published, peer-reviewed neuroscience indexed on PubMed. Using precisely calibrated retinal signaling and stimulation, we partnered with more than ten universities and hospital research teams — including Columbia University, NYU Langone Medical Center, Mount Sinai Hospital, and my alma mater, La Sapienza University in Rome — along with thirteen engineering teams, to ensure our systems achieved solid, replicable, and reliable efficacy. Our hardware was developed in collaboration with Honeybee Robotics, a NASA affiliate best known as the company behind the robotic arm and portable mini-laboratory that discovered water on Mars — lending our devices exceptional durability, reliability, and precision.

The client experience itself is deliberately simple: participants sit comfortably wearing a lightweight THINK headband and interface with our proprietary neuro-game for a relaxing, one-hour session. Most protocols run five consecutive sessions, and the results — sharpened focus, improved relaxation, and elevated mood early on, followed by measurable gains in neuroplasticity, executive function, mental resilience, and processing speed — are both immediate and lasting.

THINK Interfaces holds multiple U.S. and international patents, with systems tested at Columbia University, NYU, Mount Sinai Hospital, the Pitié-Salpêtrière Hospital (Sorbonne, Paris), and Sant Pau i Santa Creu (Universitat Autònoma de Barcelona). This multi-center research culminated in findings on the lasting neuroplastic benefits of fully non-invasive training — and in November 2022, marked a first in medical history: Nature published a peer-reviewed, double-blind study on a frequency-based neurotechnology device and system. (Read the study: nature.com/articles/s41598-022-24088-7)

Today, our mission is helping people find wellness through these especially challenging times. We envision expanding consciousness — spiritually, and at the level of mind-body healing — through frequency-based technology, non-invasive photovoltaic stimulation, sound, and electrophysiology. We’re currently developing an app for focus and stress reduction, alongside systems designed to be embedded within what we call “sentient healing domes,” for both private and public use. Our commitment is to humanity as a whole: we are building visionary centers for regenerative wellness that will serve everyone from combat veterans to students to individuals navigating multiple, complex health challenges. At the heart of it all is a simple belief — that true wellness requires mind, body, and spirit working in harmony with nature and all its inhabitants.

Share your greatest achievements.

I’ve always measured achievement less by accolades than by the lives that have quietly changed course because of the work — but I understand that a reader wants to know the shape of a career, so I’ll share it.

I grew up in Italy, and from the time I was twelve years old, I was devouring books on the human mind — Freud, then Jung, whose work lit something in me that never went out. That curiosity carried me to the Università Sapienza di Roma to study the brain, and later to the Sorbonne, where I had the extraordinary privilege of studying under Professor Mecacci, whose own mentor was Rita Levi-Montalcini — the woman who won a Nobel Prize for discovering BDNF, the very protein that lets our brains grow and heal. To be even a few steps removed from that lineage is something I never take for granted.

From there, my path led me to Mount Sinai, then to Columbia Presbyterian and Columbia University, working alongside brilliant teams on Parkinson’s, ADHD, and some of the most complex cases in attention and neurological health.

If I’m truly honest about the moment that changed everything, it was a simple, heartbreaking realization: children with heart conditions often couldn’t take the medications that might help their focus. They deserved another option. That single insight became THINK Interfaces — technology that works with the brain’s own natural signals instead of overriding them.

What grew from that seed still humbles me:

• Building THINK Interfaces into a company whose research spans more than ten universities and hospitals worldwide — Columbia, NYU, Mount Sinai, the Pitié-Salpêtrière in Paris, Sant Pau in Barcelona
• Partnering with HoneyBee Robotics — yes, the same brilliant engineers behind the Mars rover technology that found water on another planet — to build hardware as reliable as the science behind it
• Seeing our work published in Nature Scientific Reports in 2022, the first peer-reviewed, double-blind study of its kind in this field
• Receiving the Premio Galileo 2000 for lifetime achievement in neurobiology, sharing that honor with Dr. Federico Faggin, the inventor of the Intel chip — a moment I still can’t quite believe happened to me
• Watching THINK Interfaces named Best in Advancements in Neurotechnology, globally and in the U.S., in 2025

And still, my favorite achievement happens on ordinary days at our clinic, Alive and Well, in Bee Cave — watching someone walk in carrying something heavy, and walk out lighter. Then watching them come back, holding their mother’s hand, or their child’s, hoping for the same. That ripple — that’s the whole point.

Because in the end, every paper, every patent, every award has only ever been in service of the same quiet mission: helping people come home to themselves — mind, body, and spirit, together — so that healing one person might, in some small way, raise us all.

Tell us about the THINK System.

THINK is, in the simplest terms, a brain-training system — but that description barely scratches the surface of what it actually does.

At its heart, THINK is a non-invasive brain-computer interface. A client wears a lightweight headband that reads brainwave activity with the accuracy of a clinical wet EEG. That signal is processed in real time through proprietary algorithms and translated into a “neuro-score” — which then becomes the feedback engine for what looks, to the client, like a simple, calming video game. As the brain produces the targeted mental state, the game responds instantly. The brain, in effect, learns to recognize and repeat that state on its own. Over a series of sessions — typically five, roughly an hour each — that repetition begins to carve new, more efficient neuronal pathways, particularly in the areas of the brain responsible for attention, executive function, and planning.

What makes this different from meditation apps or generic neurofeedback is the science underneath it. THINK was developed in collaboration with researchers and clinicians from Columbia University, NYU Langone, Mount Sinai Hospital, the Pitié-Salpêtrière in Paris, and my own alma mater, Sapienza University in Rome.

THINK Interfaces’ hardware was engineered in collaboration with HoneyBee Robotics, a team of engineers whose caliber is, quite simply, unparalleled. This is a group that has built for NASA — miniature satellites, autonomous micro-devices that repair heart valves from within, instruments that travel through the body’s vessels to clear pathways and restore healthy blood flow. Precision, at this level, is not a design goal; it is a discipline. When I learned that HoneyBee Robotics had engineered technology durable enough to function flawlessly on Mars — the very laboratory that rode aboard the Rover and helped confirm the presence of water on another planet — I understood I had found the right partners. If a device can survive the Martian surface without failure, it can certainly meet the standards our clients deserve here on Earth.

But what draws me to HoneyBee Robotics is not only their engineering — it is their character. Beyond their extraordinary gift for building efficient, reliable technology within demanding timelines and budgets, they are, at their core, deeply good people: engineers who hold onto values, who care about humanity, and who are quietly devoted to elevating the human spirit through their work. That alignment of brilliance and heart is rare, and it is exactly the kind of partnership THINK Interfaces was built on.

And the results aren’t anecdotal: in November 2022, our research was published in Nature Scientific Reports, the first peer-reviewed, double-blind study of a frequency-based neurotechnology device of its kind.

Clinically, what we see is a kind of cascade. First, clients notice sharper focus, a sense of calm, or a lift in mood almost immediately. Then, as the new pathways strengthen, that shift becomes durable — people report clearer thinking, more resilience under stress, faster processing, and often meaningful gains in academic or professional performance. Some notice reduced pain or improved mobility. Athletes come to us for performance edge; children with ADHD come to reclaim their ability to focus without medication; veterans come carrying PTSD they’ve been unable to put down anywhere else.

It’s called a brain-computer interface, but I think of it more simply — it’s a way of teaching the brain to come home to its own best state, and then trusting it to stay there.

What has surprised you the most during your research?

After more than three decades immersed in brain-computer interface research and the study of human consciousness, I find myself returning, again and again, to the thinking of Carl Gustav Jung. Jung believed that consciousness was not confined to the human mind alone — that it moved through the world in ways Western science had barely begun to name, animating even what we casually dismiss as inert or lifeless. He saw the universe itself as participatory, alive, woven through with meaning.

I did not expect, when I founded THINK, that I would come to understand this idea so intimately — not through philosophy, but through lived experience. What has surprised me most is watching THINK, the company itself, seem to take on a life of its own. I say this with reverence, not metaphor. I have watched it grow in directions I never could have charted on a whiteboard — surprising me, teaching me, occasionally humbling me. It has led me toward avenues of research and service I would not have had the imagination to seek out on my own.

The deeper I go into this work, the more convinced I become that authentic service is not something you architect from above. It’s something you uncover, layer by layer, by staying close enough to the work to let it lead you. THINK has been, in that sense, less a project I built than a living collaborator in my own becoming — and in the mission, larger than either of us, of helping humanity heal.

You were awarded the prestigious Premio Galileo 2000 award in 2013. What did this mean to you?

It’s difficult to put into words, even now. To receive the Premio Galileo 2000 for lifetime achievement in neurobiology was already more than I had ever imagined for myself — but to receive it alongside Dr. Federico Faggin, the inventor of the Intel chip, made the moment almost surreal. Here was a man whose work quite literally built the architecture of the modern digital age, being honored in the same breath as mine. I remember thinking: what an extraordinary, humbling company to keep.

That feeling only deepened when I considered the wider circle of honorees I found myself among that year — figures like Zubin Mehta, the celebrated conductor and Music Director Emeritus of the Los Angeles Philharmonic, and Roberto Vittori, the NASA-affiliated astronaut and explorer. To stand, even briefly, in the company of a man who has shaped how the world listens to music, and another who has looked back at Earth from orbit, was humbling in a way that’s hard to fully articulate. Each of us had spent a lifetime devoted to a different frontier — sound, space, the brain — and yet the award seemed to recognize something we shared: a refusal to stop at the edge of the known.

Beyond the honor itself, what moved me most was what the award represented. Galileo was a man who looked at the world everyone else had already decided they understood, and asked better questions anyway — questions that cost him dearly, questions that reshaped how humanity sees itself in the universe. To be recognized under his name, for work rooted in a similarly unconventional path — approaching the brain not only as a biological structure to be mapped, but as something interwoven with consciousness, energy, and spirit — felt like a quiet validation. Not of ego, but of direction. It told me that the road I had chosen, unusual as it was, was one worth walking.

It also brought something forward in me I hadn’t expected: gratitude. For my mentors, for Rita Levi-Montalcini’s legacy running quietly beneath my own training, for every patient and client who trusted an unproven idea before it had a name like THINK. The award wasn’t really an ending point. It felt more like permission to keep going — to trust that curiosity, followed faithfully and for long enough, eventually finding its way toward something meaningful.

Tell us about your book, Dopahacks.

Dopahacks was conceived from a simple but urgent observation: in a world defined by relentless pace, we need tools that allow us to return to center — quickly, reliably, and without complication. The book offers exactly that. Through carefully curated imagery, the reader engages in targeted visual stimulation of the retina, particularly the macula and fovea, triggering a natural dopamine response that shifts the nervous system from a state of scattered urgency into one of calm, focused presence. What distinguishes this work from ordinary visual relaxation is its foundation: every image and every guided exercise is grounded in rigorous, peer-reviewed neuroscience. The creative act, in other words, is never separated from the science behind it — each page bridges aesthetic experience and clinical understanding, allowing the reader to move into a more expanded, centered state of consciousness in under two minutes.

It’s a desktop book, meant to live within arm’s reach — something to be opened between meetings, before a difficult conversation, or in whatever brief window someone can spare. My hope is that it makes a state of higher consciousness accessible, not as an abstract aspiration, but as something one can practically reach for in the middle of an ordinary, demanding day.

What is next for you?

The work is expanding in exciting directions right now. We’re developing the next generation of the THINK system — one designed to reach millions of people globally, with programs that are becoming increasingly sophisticated while remaining rooted in organic intelligence and non-invasive methods, always in service of humanity’s sovereignty and wellbeing.

Alongside that, we’re building a new app, and laying the early groundwork for a feature film — one intended to offer humanity a message of hope, grounded in real-life examples of what better living actually looks like. My team and I are also launching several new research studies, and I’m in the process of preparing my second book for publication.

It’s a full season of building, but each piece serves the same underlying mission: making tools for genuine transformation more accessible to more people, without compromising the science or the spirit behind them.

Testimonials

“THINK is very impressive; it is the state-of-the-art brain training device. The future will be this kind of device, making the link between the machine and the brain.”

— Jean Christophe Corvol, M.D., Ph.D. — Michael J. Fox Foundation physician and advisor; Professor in Neuro-Pharmacology, Pitié-Salpêtrière Hospital; ICM Institute for Brain & Spine, Paris

“After THINK sessions I became much more focused and my mind became organized. Although initially we approached the process with a bit of doubt, the results are amazing! My decision making process is more assertive, and I have less anxiety. My overall health is improved and I recovered faster from my surgery. We had the fortune to encounter Dr. Morrow through a friend, after the difficult consequences of powerful anesthesia.”

— HRH Princess Maria Beatrice di Savoia of Italy

“Particularly interesting part of the Galileo2000 Award is the THINK brain device. Very impressive!”

— Roberto Vittori, NASA Mission Specialist for Space Lab

www.thinkinterfaces.com