Neuroperfumery

Molecular Dissection

NeuroScent Interfaces: Cortical Aroma Mapping & Closed-Loop Olfactory Neuromodulation

Abstract:​​ This article unveils next-generation neuro-olfactory interfaces that decode cortical odor maps to manipulate scent perception. Leveraging 7T fMRI neural…

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Molecular Dissection

Olfaction Decoded: Mapping Scent Molecules to Neural Perception

Abstract:​​ The ultimate frontier in perfumery science lies in deciphering how molecular signals translate into conscious scent perception. This article…

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Sensory Lab

Olfactory Neuro-Mapping: How EEG Decodes Scent-Induced Memories

Abstract: Real-time EEG/fNIRS fusion reveals 11 distinct neural signatures for vanilla-induced nostalgia, enabling precision emotion engineering in perfumery. ​1. Neuroimaging…

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Sensory Lab

Neuroperfumery Breakthrough: Real-Time EEG-Driven Scent Optimization

Abstract: L’Oréal’s NeuroScent Lab pioneers AI formulation adjustments based on live EEG feedback, reducing fragrance development cycles by 63%. ​…

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Sensory Lab

Scent & Memory Science: How Iso E Super Enhances Recall by 40%

​Abstract: MIT neuroscience study reveals why this controversial molecule triggers autobiographical memories. ​Clinical Trial Design​ 500 participants exposed to 0.8ppm…

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