Amber Bloom

Amber Bloom by Electimuss London is the inaugural composition in the house's new Auras Collection (2026): the first chapter of a new olfactory chronicle. Created by perfumer David Chieze, Amber Bloom is refined freshness with a warm afterglow — the aura of someone truly excelling in their element. It is a study in contrast: zesty citrus and exotic passion fruit suspended above warm amber and salt-touched marine notes, freshness rendered sophisticated rather than fleeting. Picture a dusk wander through an ancient Mediterranean grove, where citrus trees unfurl seawards and branches hang heavy with sun-ripened fruit. The fragrance opens with an exhilarating burst of citrus — the sharp, vivid zest of grapefruit, mandarin, and bergamot — effervescent and alive, like pure light against the skin. This is the essence of clarity: a breath of Mediterranean air that instantly energises. As Amber Bloom unfolds, the heart reveals an unexpected depth. Delicate lily of the valley mingles with juicy raspberry and lush passion fruit, while subtle salt notes drift through like a soft sea breeze kissing the skin — an aromatic luminosity at once modern and timeless. Here the composition balances fruity vibrancy with sophisticated restraint, never veering into excess. The base grounds this luminous freshness in warmth and texture. Creamy tonka bean and sensual musk wrap around woody ambergris, conjuring that signature warm afterglow — the day's heat still lingering as the evening cools. It is the feeling of sun-warmed skin, of ancient Roman rituals reimagined for modern life, where wellbeing becomes atmosphere itself. Bold, colourful, and textured, Amber Bloom transforms refined freshness into an invisible field of warmth that moves with you. Intense, effortless, quietly uplifting. Fragrance Notes: Top Notes: Lemon, Grapefruit, Mandarin, Bergamot Heart Notes: Lily of the Valley, Salt Notes, Raspberry, Passionfruit Base Notes: Ambergris, Tonka Bean, Musk Read our full Amber Bloom review: notes, story and the Auras Collection.