Members

Non-invasive brain stimulation

The main research area is whithin chronic pain and neuromodulation. The title of my PhD project is “Changing the way we think about pain: Strategies for selective cortical engagement of noradrenergic descending pain control”.

Non-invasive ultrasound neuromodulation

I am a master’s student in Physical Therapy, deeply passionate about understanding pain in all its forms and causes. My interest has led me to study the mechanisms of traumatic and chronic pain, particularly lower back pain, which significantly affects daily life. I focus on applying Pain Neuroscience Education to empower patients, reduce disability, and decrease fear of movement. My goal is to integrate scientific knowledge with clinical practice to improve patient outcomes and promote evidence-based rehabilitation.

Field of Clinical Psychology and Educational Psychology.

Student physiotherapist with interests in exercise & movement based rehabilitation, lower back pain, pain beliefs & understanding

I’m a Research Assistant at the MRC Cognition and Brain Sciences Unit (University of Cambridge). My work focuses on phantom limb pain and phantom limb sensations, and on developing alternative neurotechnology for clinical populations, including people with congenital limb difference, amputees, and individuals with stroke or spinal cord injury.

I am a neurofeedback researcher. I started in the field of neurofeedback for creative block and I’m now working in the chronic pain area, running clinical trials and helping to develop EEG neurofeedback systems for home-based chronic pain management. I’m also interested in using neurofeedback for MCI and ADHD, and in the women’s health space, as well as using it in combination with other therapies such as psychedelic assisted therapy, talking therapies and pain management programs. I am a mixed methods researcher.

We offer clinical neurofeedback services from six clinics in the UK and home-based internationally. We are protocol-neutral and will adopt protocols as and when they are identified to provide efficacy. We have researched a platform architecture for next-generation neurofeedback, and multiple participant neurofeedback aka hyperscanning.