Seven Rules for Subthreshold Neuromodulation

Seven Rules for Subthreshold Neuromodulation

History (and basics) of High-Definition tDCS (HD-tDCS)

History (and basics) of High-Definition tDCS (HD-tDCS)

Marom Bikson Neural Engineering 2023

Marom Bikson Neural Engineering 2023 "From circuits to neurons" Part 2 of 3

Marom Bikson Neural Engineering 2023

Marom Bikson Neural Engineering 2023 "From circuits to neurons" Part 3 of 3

Marom Bikson Neural Engineering 2023

Marom Bikson Neural Engineering 2023 "From circuits to neurons" Part 1 of 3

How to Invent a Neuromodulation Device (in 3 steps)

How to Invent a Neuromodulation Device (in 3 steps)

Subthreshold Neuromodulation: How

Subthreshold Neuromodulation: How "low" intensity brain stimulation can drive "big" therapy changes.

Simple introduction to technical concepts in neuromodulation devices. Basic terminology & concepts.

Simple introduction to technical concepts in neuromodulation devices. Basic terminology & concepts.

Neuromodulation Design and Biomarkers (Dr. Marom Bikson)

Neuromodulation Design and Biomarkers (Dr. Marom Bikson)

Optimizing brain targeting with HD-tDCS (how to design tDCS montages for targeted outcomes)

Optimizing brain targeting with HD-tDCS (how to design tDCS montages for targeted outcomes)

Dr Bikson on Neuro-vascular modulation: A brain stimulation mechanism related to hemodynamic imaging

Dr Bikson on Neuro-vascular modulation: A brain stimulation mechanism related to hemodynamic imaging

How Neuromodulation for Pain Works

How Neuromodulation for Pain Works

Marom Bikson on

Marom Bikson on "Neurovascular Modulation" for Brain Stimulation Conference 2023

transcranial Electrical Stimulation (tES): A difference to be a difference must make a difference

transcranial Electrical Stimulation (tES): A difference to be a difference must make a difference

"Notes on the limits of electric field sensitivity"

“(Long) Covid and Neurovascular Modulation” lecture by Marom Bikson

“(Long) Covid and Neurovascular Modulation” lecture by Marom Bikson

Direct Current Stimulation Enhances Plasticity: Implications for Neural Recovery (Marom Bikson)

Direct Current Stimulation Enhances Plasticity: Implications for Neural Recovery (Marom Bikson)

A short overview of remote supervised tDCS and taVNS including for depression and (long) Covid.

A short overview of remote supervised tDCS and taVNS including for depression and (long) Covid.

Can Neuromodulation Make Us Better: Changing Brain Activity with Wearable Brain Stimulation Devices

Can Neuromodulation Make Us Better: Changing Brain Activity with Wearable Brain Stimulation Devices

What makes good non-invasive brain stimulation models (tES, tDCS, tACS, TMS...)? Marom Bikson

What makes good non-invasive brain stimulation models (tES, tDCS, tACS, TMS...)? Marom Bikson

Shared mechanisms of tDCS, tACS, Temporal Interference Stimulation, and ECT

Shared mechanisms of tDCS, tACS, Temporal Interference Stimulation, and ECT

High-resolution models and validation of transcutaneous direct current stimulation of neurorehab.

High-resolution models and validation of transcutaneous direct current stimulation of neurorehab.

The technology and science of how tDCS boosts brain capacity and can enhance recovery after injury.

The technology and science of how tDCS boosts brain capacity and can enhance recovery after injury.

fMRI (and EEG) and Head Modeling: Addressing State and Trait Predictors in Response to tES

fMRI (and EEG) and Head Modeling: Addressing State and Trait Predictors in Response to tES

Technical walk-through: RADO-SCS Spinal Cord Stimulation model. Detailed anatomy in solidworks.

Technical walk-through: RADO-SCS Spinal Cord Stimulation model. Detailed anatomy in solidworks.

HD-tDCS: Low-power, Targeted, Non-invasive Electroceuticals for CNS diseases

HD-tDCS: Low-power, Targeted, Non-invasive Electroceuticals for CNS diseases

Realistic Anatomically Detailed Open-Source SCS - RADO SCS MODEL - Generation 3

Realistic Anatomically Detailed Open-Source SCS - RADO SCS MODEL - Generation 3

From ongoing work...Segmented brain tissues and Deep Brain Stimulation lead placement

From ongoing work...Segmented brain tissues and Deep Brain Stimulation lead placement

Read and Re-write Pain in the Brain: Elminda and Soterix Medical at Israel Brain Tech 2013

Read and Re-write Pain in the Brain: Elminda and Soterix Medical at Israel Brain Tech 2013

Technology of targeted non-invasive cervical and auricular stimulation

Technology of targeted non-invasive cervical and auricular stimulation