50ml INITIO The Carnal Blends Atomic Rose Eau de Parfum

Atomic Rose. Ignite the explosion! A rose that has been shaped into a fragrance with phenomenal power. An olfactory explosion - intense and emotionally charged. Joy from the purest energy that reaches its climax in intoxication. An extraordinary fragrance, in the truest sense of the word. From the very beginning, the rose rises to the head and colors the cheeks. The fragrance is explosive and volatile in equal measure, expressing itself powerfully and living up to its ambiguity. Bright, with its shadows. Feminine and masculine. Soft, but relentless. Like an adrenaline rush, Atomic Rose shows its extravagance to make its wearer shine. An explosive equation. A rose with the potency of Hedione. Powered by the legendary ingredient of Carnal Blends, the queen of flowers reaches a new dimension. Sublime and majestic, she commands her own revolution in an absolute and uncompromising fragrance. Carnal Blends, intoxicating essences. Can a perfume increase your attractiveness? For a long time, we could only confirm this intuitively. Science had not yet recognized that fragrances have the ability to trigger the production of sex hormones. Then a team of researchers at the University of Bochum proved that scent molecules can activate regions of the brain that are linked to libido. This special connection between fragrances, pleasure and sexuality is at the heart of the Carnal Blends collection. It is resolutely transgressive and plays with daring combinations to highlight its pleasurable notes with one goal in mind: To evoke feelings and enhance sexual attraction. What is the secret ingredient? Hedione HC; a molecule with floral origins, a compound found in the heart notes of jasmine and magnolia, which gives a fragrance a luminous and airy power. Hedione HC also activates a region of the brain associated with pleasure and increased libido. Initio has made Hedione the key ingredient in Carnal Blends. This open and sensual collection reveals fragrances that are much more than pe