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From spotify-mood
Explain the research rationale behind mood-aware music selection and neurochemical optimization.
npx claudepluginhub fredzannarbor/spotify-mood-pluginHow this skill is triggered — by the user, by Claude, or both
Slash command
/spotify-mood:showmethescienceThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
Explain the research rationale behind mood-aware music selection and neurochemical optimization.
Generates personalized music playlists by scanning Apple Music play data and Spotify exports, using mmx CLI for AI songs and album covers. Handles multilingual user prompts.
Manages music performance anxiety with cognitive, physiological, and behavioral strategies to improve performance under pressure. Useful for stage fright before, during, or after a performance.
Transforms musical intentions into commercial-quality Suno AI prompts using a 5-layer structure for genre, mood, instrumentation, production, and use case.
Share bugs, ideas, or general feedback.
Explain the research rationale behind mood-aware music selection and neurochemical optimization.
Present the scientific foundations for why music selection should be tuned to physiological and psychological state rather than just genre preference.
THE SCIENCE BEHIND MOOD-AWARE PLAYLISTS
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Music is one of the most powerful neurochemical modulators available without a prescription:
Triggered by: Musical expectation and resolution, familiar melodies
Research: Salimpoor et al. (2011) - dopamine release during peak music enjoyment
Key insight: Anticipation of a musical climax releases MORE dopamine than the climax itself
Application: Familiar favorites + new discoveries in the same playlist
Triggered by: Major keys, moderate tempo, lyrical warmth
Research: Fukui & Toyoshima (2008) - music listening increases serotonin
Key insight: Self-selected "happy" music raises serotonin more than imposed music
Application: Mood-weight determines proportion of uplifting vs. challenging tracks
Triggered by: Novel sounds, tempo changes, unexpected harmonic shifts
Research: Blood & Zatorre (2001) - chills from music correlate with norepinephrine
Key insight: Musical surprise activates the same circuits as cognitive insight
Application: Breakthrough-weight adds genre-crossing and unexpected artists
Reduced by: Slow tempo (60-80 BPM), nature sounds, familiar ambient music
Research: Thoma et al. (2013) - music reduces cortisol after stress exposure
Key insight: Music at 60 BPM synchronizes with resting heart rate
Application: Recovery/Calm profiles use 50-80 BPM range specifically
YOUR NEUROCHEMICAL MUSIC BALANCE
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LEARNING (Acetylcholine)
"I can focus deeply"
→ Instrumental, ambient, minimal lyrics
→ Lo-fi, classical, post-rock, jazz piano
ENGAGEMENT (Dopamine)
"This feels rewarding"
→ Familiar hits, rhythmic, sing-along
→ Pop, rock classics, favorite artists
BREAKTHROUGH (Norepinephrine)
"This is surprising and interesting"
→ Genre-crossing, world music, experimental
→ Jazz fusion, electronic, cross-cultural
MOOD (Serotonin/Endorphins)
"I feel good"
→ Uplifting, major key, warm
→ Soul, funk, feel-good indie, gospel
Run /feed-prefs to adjust your neurochemical balance.
Run /spotify-mood to generate a playlist tuned to your current state.