ALS communication research
A separate NIH-supported brain-interface study helped a participant with ALS communicate. This motivates the field; it does not validate MESH.
Phyllux Innovation Commons · Taking root
A question worth
working on together.
Biomimetic electrode-array research, a free geometry lab and an honest account of the work still ahead.
Phyllux Innovation CommonsThoughtful work. Clear next steps.Part of the Phyllux family
MESH · Early research
A question
we can test.
Can different electrode layouts offer useful tradeoffs under fair comparison constraints? No advantage is assumed.
The available geometry lab defines 121 centres within a 3 mm lateral radius, explicit units, coordinates and nearest-centre distances. A square reference makes its comparison limitations clear.
No MESH treatment, implant or clinical benefit is demonstrated. The lab does not model tissue, electrical behaviour, cross-talk or neural signals.
People and purpose
Communication.
Independence. Everyday agency.
People living with ALS or Parkinson’s, caregivers, clinicians and engineers can help identify useful needs. No clinical study or treatment is offered.
Parkinson’s clinical context
Established deep-brain stimulation can ease some symptoms for selected people. A planar layout study is not an equivalent therapy.
A useful contribution
Check calculations, improve reference comparisons, clarify needs or make documentation more accessible. Begin without personal health records.
Something on your mind?
Start with a useful question. We’ll take it from there.