The Subsense Bioplatform
The Subsense Bioplatform
Subsense is a modular brain interface built on two classes of functional nanoparticles and a wearable wireless device. Together, they form a bidirectional bridge between neural activity and computation.
Key principles
- Biocompatibility + energy transfer for minimal side effects
- Designed for improved spatial & temporal resolution
- Universal approach to variety of diseases
Optical neural readout using plasm
nic
nanoparticles
Plasmonic nanoparticles scatter NIR light differentially in presence of local electric field.
Optical neural readout using plasmnic
nanoparticles
Plasmonic nanoparticles scatter NIR
light differentially in presence of local
electric field.
Targeted neuromdulation with
magnetoelectric nanoparticles
Magnetoelectric nanoparticles convert externally applied magnetic fields into
localized electric effects inside the brain.
Targeted neuromdulation
with magnetoelectric
nanoparticles
Magnetoelectric nanoparticles
convert externally applied magnetic
fields into localized electric effects
inside the brain.
Latest results from the lab
Mouse after injection
They make it possible to stimulate specific areas of the brain without implanting electrodes
Neuro reading
Neuronal activity is precisely “read” with single cell resolution as the nanoparticles respond to external optical excitation
Neurostimulation
MENPs convert magnetic energy into a localized electric potential that triggers immediate cellular activation
Our Milestones
2026 Q2
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