Floating Over Warm Synth Pads

KI-Generierte Musik

2 Tracks

Floating Over Warm Synth Pads Tracks

Bosque del Tiempo Lento

Cover-Art für Bosque del Tiempo Lento von Olga Heral
02:42

vor 21 Stunden

von Olga Heral

Calm, ambient relaxation track with a soft bamboo flute melody, gentle synth pads, slow tempo, natural atmosphere with light nature sounds (birds, wind), peaceful and meditative mood, relaxing background music, instrumental, 60–70 BPM, smooth transitions, warm tones. Inspirada en la música clásica de la India ancestral y el Zen japonés.

male vocals slow light smooth ambient Soft Warm relaxing gentle natural Airy ambient tapestry inspired by ancestral Indian classical motifs and Zen Japanese restraint; bamboo flute leads with spacious male vocal hums and soft Sanskrit-esque toning floating over warm synth pads subtle tanpura-like drone and faint nature beds of birds and wind; ultra-slow 60–65 BPM pulse implied by evolving textures and long reverb tails with seamless wave-like transitions and a gentle rise-and-fall of intensity rather than distinct sections

Bosque del Tiempo Lento

Cover-Art für Bosque del Tiempo Lento von Olga Heral
04:00

vor 21 Stunden

von Olga Heral

Calm, ambient relaxation track with a soft bamboo flute melody, gentle synth pads, slow tempo, natural atmosphere with light nature sounds (birds, wind), peaceful and meditative mood, relaxing background music, instrumental, 60–70 BPM, smooth transitions, warm tones. Inspirada en la música clásica de la India ancestral y el Zen japonés.

male vocals slow light smooth ambient Soft Warm relaxing gentle natural Airy ambient tapestry inspired by ancestral Indian classical motifs and Zen Japanese restraint; bamboo flute leads with spacious male vocal hums and soft Sanskrit-esque toning floating over warm synth pads subtle tanpura-like drone and faint nature beds of birds and wind; ultra-slow 60–65 BPM pulse implied by evolving textures and long reverb tails with seamless wave-like transitions and a gentle rise-and-fall of intensity rather than distinct sections