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QuantalX Neuroscience
CNS 2026 · Washington, DC · Booth #208

October 31 – November 4, 2026 · Exhibit Hall November 2–4

Translating Brain Signals Into Better Care

Meet Delphi-MD™ at CNS 2026

Join QuantalX at Booth #208 and discover a new way to objectively assess brain network function.

See Delphi-MD™ in action, explore how standardized TMS-EEG measurements are translated into objective, quantitative information about brain function, and book a 20-minute one-to-one meeting with our clinical specialists.

Book a Meet-the-ExpertMeet Dr. Charles Liu
Delphi-MD at the QuantalX booth, CNS 2026

TEST YOUR BRAIN

ONE QUESTION. ONE RIGHT ANSWER. ONE PRIZE!

THINK YOU KNOW THE ANSWER? TAKE THE CHALLENGE NOW →

Get it right. Win a prize!

Take the QuantalX Test Your Brain trivia challenge here or on our LinkedIn page before visiting us at CNS.

Answer one question correctly, submit your details, and receive a personal redemption code to claim your exclusive giveaway at Booth #208.

*Prizes are limited to the first 100 eligible participants who answer correctly.

QuantalX giveaway gift for correct answers at Booth #208
Which of the following is TRUE when evaluating patients with idiopathic normal pressure hydrocephalus (iNPH) for shunt surgery?

Predicting individual outcomes following shunt surgery remains a clinical challenge. Clinical evidence strongly supports Brain network functional measurement with Delphi-MD provides essential and direct information for predicting long terms shunt outcomes.

Limited to the first 100 eligible participants who answer correctly.

Charles Y. Liu, MD, PhD

Charles Y. Liu, MD, PhD

Professor of Clinical Neurological Surgery, Surgery, Psychiatry and the Behavioral Sciences, and Biomedical Engineering
Director, USC Neurorestoration Center
USC Viterbi School of Engineering, Biomedical Engineering

Disclosure: Dr. Charles Liu reports no financial relationships with QuantalX.

Meet Dr. Charles Liu at Booth #208

Beyond Anatomy: Bringing Objective Brain Network Function Into the Neurosurgical Picture

November 2 · 12:00 PM – 2:00 PM · Booth #208

Structural imaging tells us where anatomy has changed. But for the neurosurgeon, an equally important question is: How is the brain actually functioning?

Join Dr. Charles Liu for a focused discussion on the emerging role of objective electrophysiological brain network assessment in neurosurgical care.

From structure to function: How direct measurement of the brain’s response to controlled stimulation can add a functional dimension to the clinical picture.

Making brain networks measurable: What TMS-EEG and TMS-evoked potentials (TEPs) can reveal about cortical responses and network dynamics.

From signals to clinical information: How standardized, quantitative measures can help translate complex electrophysiological data into information clinicians can interpret and follow.

November 2, 2026 · 12:00 PM – 2:00 PM · QuantalX · Booth #208

Add to My CNS Agenda

Meet the Expert at Booth #208

Go Beyond the Demo

Book a 20-minute one-to-one session with a QuantalX clinical specialist and take a closer look at direct measurement of brain network function.

See the Delphi-MD™ Workflow

From standardized stimulation and EEG acquisition to the clinical report.

Read a Sample Report

Explore TEPs and objective, quantitative network-level measures.

Discuss the Clinical Evidence

Review published research supporting the technology.

Explore Implementation

Discuss clinical workflow and reimbursement considerations.

Book a 20-Minute Meeting

What Does Delphi-MD™ Measure?

Delphi-MD™ combines transcranial magnetic stimulation (TMS) with EEG to directly measure the brain’s response to controlled stimulation.

01

Activate

Standardized magnetic stimulation activates targeted cortical networks.

02

Read

EEG captures the brain’s electrophysiological response and compares measured TEPs with age-correlated normative data.

03

Guide

A standardized report provides objective, quantitative information about brain network function to support clinical assessment.

Non-invasive. No radiation. No active patient participation required.

Explore the Science Before CNS

Want to go deeper before visiting Booth #208? Explore the scientific and regulatory foundation behind Delphi-MD™.

Peer-Reviewed Publications
Explore published research using TMS-EEG and Delphi-MD™ for brain network assessment.
Clinical Publication Booklet
Review selected clinical evidence and applications of direct electrophysiological measurement.
Regulatory Record
Learn more about Delphi-MD™’s FDA De Novo clearance, Breakthrough Device Designations and CE-MDR certification.
Proactive Brain Health
Read our white paper exploring brain network function as a potential early signal of functional change.
Explore the Science

Book a 20-minute one-to-one

Sit with a clinical specialist at Booth #208: read a sample Delphi-MD™ report, walk the workflow and review reimbursement under CPT 0858T. Pick a time below and a calendar invite is emailed on confirmation.

Book a meetingContact us
Choose a time
Meet-the-Expert · 20 minutes · Booth #208

Frequently asked questions

Everything you need to plan your visit to Booth #208.

Where is the QuantalX booth?

QuantalX will be at Booth #208 in the CNS 2026 Exhibit Hall in Washington, DC.

When is Dr. Charles Liu presenting?

Dr. Charles Liu will present “Beyond Anatomy: Bringing Objective Brain Network Function Into the Neurosurgical Picture” on November 2, from 12:00 PM to 2:00 PM, at Booth #208.

Is Delphi-MD™ FDA cleared?

Yes. Delphi-MD™ received FDA De Novo clearance, establishing a new device classification for this technology.

How does Test Your Brain work?

Take the Test Your Brain challenge either here or through the QuantalX LinkedIn campaign. Answer correctly and submit your details to receive a personal code. Bring your code to Booth #208 during exhibit-hall hours to redeem your giveaway.

One entry per attendee, regardless of where the challenge is completed.

QuantalX Neuroscience
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*All clinical interpretations of Delphi-MD™ assessments must be made by qualified healthcare professionals within the context of a full patient evaluation. The Delphi-MD™ system is intended to elicit, record, and analyze TMS-evoked brain potentials (TEPs) and provide quantitative output parameters compared against a normative reference database limited to ages 50–75. Adverse events during or after evaluation may include headache, nausea, dizziness, fatigue, insomnia, anxiety/agitation, back or neck pain, vomiting, tinnitus, migraine aura, and abnormal sensations. Delphi-MD™ is not intended to be relied upon solely to make or confirm a diagnosis. For more information, refer to the Delphi-MD™ user manual.
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