High State: Designing Activation

GALEA ALCHEMIST / KABUTO LAB — May 2026

Still Hours was descent. Slow, deliberate, engineered for sleep.

High State is the opposite problem.

Same methodology. Inverted goal. Instead of designing a system that pulls you down into rest, I needed to build something that lifts you into a functional cognitive state — alert, focused, moving. The morning version of the same experiment.

This is how it was built.

01 / The Problem

Most "focus music" on YouTube is aesthetic, not functional. Lo-fi beats with rain sounds. Spotify playlists called "deep work." Vibes, not architecture.

The question I keep asking with Galea is: can audio be systematically designed to influence mental state? Not claimed. Not marketed. Actually designed — with research, parameters, and honest acknowledgment of what we don't know yet.

High State is the third attempt at that question. The first two targeted sleep (Still Hours, delta waves) and relaxed focus (Tokyo Alpha Drift, alpha waves). This one targets activation.

The design brief was specific:

State:      Morning activation. Mental clarity. Forward motion.
Not:        Gym music. Aggressive. Anxiety-inducing.
Frequency:  Beta waves — the brain's active thinking band.
Genre:      Filter house / minimal techno. Groove and warmth.
Reference:  Daft Punk Discovery era. Human inside the machine.

02 / The Science

Beta Waves — What the Research Says

The brain operates across frequency bands. Most people know delta (sleep) and alpha (relaxed focus). Beta is less discussed in the lo-fi space — but it's the most relevant for activation.

Delta    0.5–4 Hz    Deep sleep, physical recovery
Theta    4–8 Hz      Light sleep, creativity, dreaming
Alpha    8–12 Hz     Relaxed awareness, focus
Beta     12–30 Hz    Active thinking, alertness, problem-solving
Gamma    30–100 Hz   High cognition, peak performance

Beta has a sub-range problem. High beta (20–30Hz) is associated with stress and anxiety — the opposite of what we want. Low beta (12–15Hz) is closer to alpha territory. Mid-beta (15–20Hz) is the sweet spot: alertness without edge.

Target: 18Hz. Mid-beta. The research support here is more consistent than delta or theta, which is worth noting honestly.

Key papers reviewed:

Lane et al. (1998) — Beta binaural beats improved vigilance and mood in a controlled task. Physiology & Behavior.
Chaieb et al. (2015) — 20Hz binaural beats improved attention and working memory performance. Frontiers in Psychiatry.
Wahbeh et al. (2007) — Beta range binaural beats reduced anxiety and improved cognitive task performance.

Honest assessment: The literature is more consistent for beta than for delta or theta — but "more consistent" doesn't mean conclusive. Effects exist in some studies, not all. Individual variation is significant. This is still research-informed experimentation, not a medical intervention.

What I can say: the design intent is grounded, the production is precise, and the experiment is honest.

The Binaural Mechanism

The same principle as Still Hours, different frequency target:

| Left Ear | Right Ear | Brain Perceives | |----------|-----------|-----------------| | 200 Hz | 218 Hz | 18 Hz (Beta) |

Your brain processes the difference between two tones. That perceived difference — 18Hz in this case — is the entrainment target. Headphones are required. Without them, the effect doesn't exist.

03 / The Design Decisions

Why Filter House + Minimal Techno

Sleep music has natural sonic alignment with its frequency target: slow, soft, predictable. Activation music is harder to design because the obvious choice — aggressive, high-energy tracks — creates a problem.

Loud, energetic music masks binaural beats. The carrier tones need to be audible under the music to function. Aggressive production buries them.

The solution was to find a genre that has energy and groove without aggression. Filter house fits: forward motion, warm bass, rhythmic precision — but not loud. Minimal techno adds the hypnotic, repetitive quality that makes binaural entrainment effective.

The reference was Daft Punk's Discovery era — specifically the warmth and optimism, not the club intensity. Human feeling inside digital precision. That's the target emotional register.

BPM Range

Still Hours runs at 60–65 BPM, matching resting heart rate. High State runs 90–110 BPM — a range that signals activity and forward motion without triggering stress responses.

Each track has its own tempo within that range, creating micro-variation across the album without an explicit narrative arc.

01 Clear Signal       94 BPM
02 Feel It            98 BPM
03 Open Circuit      102 BPM
04 Lucky Day         100 BPM
05 Frequency High    106 BPM
06 Warm Machine      104 BPM
07 Good Signal        96 BPM
08 Keep Moving       108 BPM
09 Pure State        110 BPM
10 High State        102 BPM

No arc. Flat energy. The listener drops in anywhere and finds the same state.

Vinyl Crackle — Reduced

Still Hours and Tokyo Alpha Drift use vinyl crackle as a sonic signature. For High State, the crackle stays — but reduced. It functions as warmth texture, not aesthetic feature. The genre is more digital and precise; the crackle needed to step back accordingly.

Production levels adjusted: brown noise at –20dB (was –16dB), pink noise at –28dB (was –24dB). Subtle enough to feel analog without fighting the electronic aesthetic.

Loudness Target

Sleep music sits at –20 LUFS — deliberately quiet, non-fatiguing. Activation music needs more presence.

High State targets –16 to –18 LUFS. More energy in the mix without hitting the aggressive loudness of standard streaming masters. Validated track-by-track using a loudness meter before export.

04 / The Tracklist

10 tracks. No arc. Hybrid naming — abstract and feeling alternating to give each track identity.

| # | Title | BPM | Register | |---|-------|-----|----------| | 01 | Clear Signal | 94 | Abstract | | 02 | Feel It | 98 | Feeling | | 03 | Open Circuit | 102 | Abstract | | 04 | Lucky Day | 100 | Feeling | | 05 | Frequency High | 106 | Hybrid | | 06 | Warm Machine | 104 | Abstract | | 07 | Good Signal | 96 | Feeling | | 08 | Keep Moving | 108 | Feeling | | 09 | Pure State | 110 | Abstract | | 10 | High State | 102 | Title track |

Two tracks — Lucky Day and High State — were produced with vocals as an experiment. Lucky Day references the physical ritual of music and movement (influenced by Groove Armada's Superstylin'). High State references collective memory and arrival (influenced by Empire of the Sun's We Are The People). Both were generated with Suno 4.5 using custom lyrics.

05 / The Production Workflow

Same system as Still Hours. Different parameters.

1. GENERATE MUSIC
   Suno 4.5 | Filter house + minimal techno | 90–110 BPM
   Major key | Warm filtered bassline | Subtle vinyl crackle

2. BINAURAL BEAT (Audacity)
   Stereo track → Split L/R
   L: 200Hz sine | R: 218Hz sine (18Hz Beta target)
   Recombine → Amplify to –12dB

3. VINYL CRACKLE
   Brown noise | Amplitude 0.1 → Amplify –20dB
   EQ: 500Hz –6dB | 3000Hz +6dB | 6000Hz +6dB | 10000Hz 0dB

4. MIX
   Tracks → Mix → Mix and Render

5. COMPRESS
   Threshold: –24dB | Ratio: 2:1 | Makeup: +4dB
   Attack: 12ms | Release: 200ms | Knee: 6dB

6. NORMALIZE
   Target: –16 LUFS | Mono as dual-mono: ON

7. VALIDATE
   Loudness meter — Integrated must read –16 to –18 LUFS ✓

8. EXPORT
   WAV validation → MP3 320kbps final
   Stereo (not joint stereo)

Track 01 validation result:

Integrated: –17.1 LUFS ✓
Short-Term Max: –15.8 LUFS
Momentary Max: –14.7 LUFS

Settings locked and applied identically across all 10 tracks.

06 / Tools

Suno 4.5 — Music generation. Hybrid prompting: genre tags + emotional descriptors + production constraints. 500 character limit per prompt requires precision. Each track prompted individually with specific BPM, mood, and textural direction.

Audacity — Binaural beat engineering, vinyl texture, compression, normalization, loudness validation.

NanoBanana — Album cover and visual asset generation.

Seedance — Video animation for YouTube compilation.

07 / What's Different About This Album

Three albums. Three design problems. Three different states.

| Album | Target State | Frequency | Genre | LUFS | |-------|-------------|-----------|-------|------| | Still Hours | Deep sleep | 2Hz Delta | Ambient lo-fi | –20 | | Tokyo Alpha Drift | Relaxed focus | 8–12Hz Alpha | Lo-fi hip-hop | –20 | | High State | Morning activation | 18Hz Beta | Filter house | –17 |

Each album is a hypothesis. The hypothesis here: mid-beta binaural beats embedded in warm, minimal electronic music can support a functional morning cognitive state.

No user data yet. No controlled study. That's the next step — collecting real feedback from real listeners and iterating based on what actually works.

08 / What's Next

High State is live on YouTube. The experiment is running.

If you listen — with headphones, in the morning, doing actual work — and notice something, tell me. Comments, DMs, whatever. That's the data collection phase. Informal but real.

Next steps for the Galea project:

→ SEO improvement on Still Hours and Tokyo Alpha Drift (both underperforming)
→ Publish this article
→ Album 4 concept — frequency and genre TBD
→ Spotify distribution when budget allows
→ Eventually: structured listener feedback system

This is a long game. The work is good. The thinking is sharp. The process is replicable.

That matters more than the view count.

High State is a Galea Alchemist release by Kabuto Lab.
Sound as design. Frequency as function.
Listen on YouTube →

References

Lane, J. D., Kasian, S. J., Owens, J. E., & Marsh, G. R. (1998). Binaural auditory beats affect vigilance performance and mood. Physiology & Behavior, 63(2), 249–252.
Chaieb, L., Wilpert, E. C., Reber, T. P., & Fell, J. (2015). Auditory beat stimulation and its effects on cognition and mood states. Frontiers in Psychiatry, 6, 70.
Wahbeh, H., Calabrese, C., & Zwickey, H. (2007). Binaural beat technology in humans: a pilot study to assess psychologic and physiologic effects. Journal of Alternative and Complementary Medicine, 13(1), 25–32.
Ingendoh, R. M., Posny, E. S., & Heine, A. (2023). Binaural beats to entrain the brain? A systematic review of the effects of binaural beat stimulation on brain oscillatory activity. PLOS ONE.