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Light-Based Input
810nm near-infrared light is delivered to the scalp area through head-worn light modules.
What Is tPBM?
tPBM stands for transcranial photobiomodulation.
It is a light-based approach studied for how near-infrared light interacts with the head and cellular energy processes, without heat or strong stimulation.
Light-Based
Uses specific wavelengths of near-infrared light.
Transcranial
Light is designed to pass through the scalp and skull.
Photobiomodulation
Studied for how light interacts with cellular energy pathways.
Non-Thermal
Operates in a low-sensation, non-thermal range.
Why Near-Infrared Light?
Brainlume uses 810nm near-infrared light in a low-sensation, non-thermal range studied for interaction with cellular energy pathways.
Penetrates through the scalp and skull
Reaches cells where energy is produced
Studied for supporting normal cellular function
What Happens Beneath the Surface?
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Cellular Energy Pathways
Studied for its interaction with mitochondria and ATP-related cellular energy pathways.
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Subtle, Cumulative Support
Support may feel subtle and gradual, because the process is low-sensation and non-thermal.
tPBM is not a treatment or cure. Individual experiences may vary.
Deeper Science
A closer look at cellular-level support
In photobiomodulation research, near-infrared light is often discussed in relation to cytochrome c oxidase, a mitochondrial enzyme involved in cellular respiration. Researchers commonly describe these pathways in connection with ATP-related energy metabolism, oxygen use, nitric oxide signaling, and downstream cellular responses.
Because these processes happen below the level of strong sensation, the experience may feel subtle. For many users, Brainlume is best understood as a consistent light-based routine rather than an immediate stimulation effect.
Mitochondria
Often described as the cell’s energy centers and a key focus in photobiomodulation research.
Cytochrome c Oxidase
A mitochondrial enzyme commonly discussed as one of the light-sensitive targets in PBM studies.
ATP-Related Energy Pathways
ATP is the molecule cells use for energy, helping explain why PBM is studied at the cellular level.
Why You May Not Feel Anything
Little or no sensation during use can be normal. Brainlume is designed for low-sensation, non-thermal light support — not heat, vibration, or strong stimulation.
Because photobiomodulation is studied as a cellular-level process, the experience may not feel dramatic during the session itself. Some users may notice changes more gradually through their wind-down routine, sleep habits, focus moments, or next-day clarity.
What to Track Instead of "Feeling It"
Time to wind down
Sleep quality
Next-day clarity
Afternoon fatigue
Focus after sessions
Overall calmness
How to Choose a Mode
Two light rhythm modes, one simple 20-minute session structure.
40Hz Day Mode
- Screen-time reset
- Reading or planning
- Focused work
- Daytime recharge
10Hz Night Mode
- Before bed
- Wind-down
- Mentally busy evenings
- Calm evening routine
40Hz Day Mode
- Screen-time reset
- Reading or planning
- Focused work
- Daytime recharge
10Hz Night Mode
- Before bed
- Wind-down
- Mentally busy evenings
- Calm evening routine
Choose Day Mode when you want to feel clearer, and Night Mode when you want to wind down.
20
min
Why 20 Minutes?
A balanced session length designed for consistency, comfort, and daily use.
Brainlume's 20-minute session is designed to deliver a consistent near-infrared light dose while staying simple enough for everyday routines.
Each of the six LED-based light modules provides approximately 180 mW of average optical output, for a total average optical output of about 1.08 W across all modules. Over 20 minutes, this corresponds to approximately 168 J/cm2 of radiant exposure at the scalp area.
The goal is not heat or strong stimulation. It is a repeatable, low-sensation light-based routine that can fit before sleep, after work, during breaks, or after long screen time.
Each of the six LED-based light modules provides approximately 180 mW of average optical output, for a total average optical output of about 1.08 W across all modules. Over 20 minutes, this corresponds to approximately 168 J/cm2 of radiant exposure at the scalp area.
The goal is not heat or strong stimulation. It is a repeatable, low-sensation light-based routine that can fit before sleep, after work, during breaks, or after long screen time.
Session Duration
20 minutes
Total Average Optical Output
approx. 1.08 W
Per Module Output
approx. 180 mW
Radiant Exposure
approx. 168 J/cm2
Daily wellness
Still Curious How It Works?
Common questions about how Brainlume works, what you may feel, and how to use it as part of a daily wellness routine.
What is transcranial photobiomodulation?
tPBM is the study of how red or near-infrared light delivered through the head may interact with biological tissues and cellular energy pathways. Brainlume uses 810nm near-infrared light in a simple, head-worn format designed for daily brain wellness routines.
How does Brainlume work?
Brainlume delivers 810nm near-infrared light to the scalp area through six head-worn light modules. Photobiomodulation research studies how near-infrared light interacts with mitochondria and ATP-related cellular energy pathways. The experience is designed to be low-sensation and non-thermal, rather than hot or stimulating.
Will I feel anything during a session?
You may feel little to nothing during use, and that is normal. Brainlume is designed for low-sensation, non-thermal light support. Many users notice changes more gradually through wind-down, sleep routine, focus, or next-day clarity rather than during the session itself.
How do I choose between Day Mode and Night Mode?
Use 40Hz Day Mode when you want to support focus, clarity, or a daytime reset. Use 10Hz Night Mode when you want to relax, wind down, or build a calmer evening routine. Both modes follow the same 20-minute session structure.
Why is each session 20 minutes?
Brainlume’s 20-minute session is designed to deliver a consistent near-infrared light dose while staying simple enough for daily use. Each of the six LED-based modules provides approximately 180 mW of average optical output, for a total average optical output of about 1.08 W across all modules. Over 20 minutes, this corresponds to approximately 168 J/cm² of radiant exposure at the scalp area.
Is Brainlume a medical device?
No. Brainlume is designed as a general wellness device to support relaxation, sleep routines, focus, and daily brain recharge. It is not intended to diagnose, treat, cure, or prevent any disease. Individual experiences may vary.