The science behind Libo.Science

Libo.Science is built on transcranial direct current stimulation — a method studied for more than 25 years and recognized in international clinical guidelines.

Low libido is one of the most common complaints

Clinical research shows it affects tens of millions of people worldwide — and remains one of the most frequent topics across many medical specialties.

80%
of couples face mismatched levels of sexual desire
56%
of people on SSRI antidepressants report reduced libido
40%
of women still experience reduced desire a year after giving birth
#1
topic in gynecology, urology, and endocrinology offices

What is tDCS

tDCS — transcranial direct current stimulation — is a gentle, non-invasive neuromodulation technology studied for more than 25 years and actively used in Europe and the US.

01
A very weak current Electrodes on the scalp deliver 1–2 mA — dozens of times weaker than currents used in medical procedures.
02
Strong safety profile The method does not cause loss of consciousness, seizures, dependence, or injury. Users typically feel only mild tingling in the first minutes.
03
Works through neural networks The core idea is to gently support activity in brain networks linked to motivation, reward, and sexual desire.
33,200

stimulation sessions reviewed in an international safety analysis

No serious adverse events at standard parameters. Unlike pharmacological approaches, tDCS does not create dependence, does not interact with other medications, and does not require a prescription.

Included in clinical guidelines in three regions

Thousands of scientific papers on tDCS have been published in neuroscience, psychology, and medicine. Leading evidence-based guidelines worldwide address the method.

CA
Canada
CANMAT

Canadian clinical guidelines for treating depression — among the most cited in psychiatry.

UK
United Kingdom
NICE

The UK’s National Institute for Health and Care Excellence.

EU
Europe
European guidelines

Evidence-based recommendations on neuromodulation in clinical practice.

Libido lives in the brain, not only in hormones

Modern neuroscience shows that sexual desire depends on brain systems for motivation, reward, and emotional regulation. Those are exactly what tDCS supports.

•
Motivation and reward system
•
Emotional regulation
•
Cognitive control and attention
•
Stress and anxiety levels

Why desire fades even with normal labs

When these systems are overloaded or suppressed, desire drops — even with normal bloodwork and good general health.

Chronic stress and burnout
Anxiety and depressive symptoms
Sleep disruption
Mental overload
Emotional exhaustion

What clinical practice shows

Using tDCS to support sexual desire is a promising direction. Participants had marked libido decline.

Before the course
Low
desire level
After 10 sessions
Average+
desire level

Hurlbert Index of Sexual Desire. ~70 participants.

Clear improvement over a short course

After 10 tDCS sessions, participants on average moved from low sexual desire to the upper end of average — on an international test.

The measure was the Hurlbert Index of Sexual Desire — a recognized tool in clinical sexology.

Many pharmacological options show modest effect with a high rate of side effects. tDCS showed a strong clinical signal with a favorable tolerability profile.

What the science says

Key findings from the global research community on tDCS and sexual desire.

Clinical technology

“European evidence-based guidelines on tDCS noted probable efficacy across several indications, including depression and reducing pathological craving.”

Why it matterstDCS is a recognized platform for modern neuromodulation.
Safety

“A major evidence-based safety review of tDCS found no serious adverse events at standard protocols.”

Why it mattersA favorable safety profile when used correctly.
Objective brain effects

“tDCS can produce measurable changes in cortical excitability, neurochemistry, and the functional connectivity of brain networks.”

Why it mattersObjectively confirmable neurophysiological effects.
Nitsche & Paulus, 2000 · Stagg et al., 2009 · Keeser et al., 2011
Dopamine and reward

“In a PET study, prefrontal tDCS was linked to increased extracellular dopamine in a motivation-and-reward region.”

Why it mattersDesire is tied to motivation — tDCS acts on those mechanisms.
Clinical data on libido

“In women with reduced sexual desire, tDCS was associated with significant improvement versus control.”

Why it mattersDesire as a target for neuromodulation.

Pre-order

Ready to try?

Place a pre-order — shipping in July 2026.

Order