Narcissus Restaurant is a 3D interactive speculative project that examines future dining experiences, where eating shifts from a basic human need into a designed, observed, and mediated performance. Framed as a fictional restaurant, the project constructs an immersive dining environment shaped by sensory control, interface logic, and spatial narrative.
Within a broader cultural context, the project responds to the increasing performative nature of contemporary dining culture and explores how technological systems redefine the relationship between humans and food.
The core concept of the project originates from self gaze and system mediated desire. This concept is translated into a visual and spatial system
Food functions as interface elements
Dining processes are structured into guided experiential paths
The space operates as an apparatus that amplifies self awareness and sensory stimulation
The core challenge of the project was to construct a future dining experience that is both seductive and critical without relying on actual food service functions. The design needed to sustain tension between refined visual appeal and reflection on systemized consumption, while clearly communicating the system logic connecting space, food, and behavior within a limited fictional context
The design process is structured into three progressive system stages, forming a coherent logic for a future dining experience.
Salmon, mushroom, and orange are selected as study subjects, corresponding to the omakase sequence of appetizer, main progression, and closing dish. Through the reconstruction of form and materiality, food is pushed into a state that exists primarily for visual engagement.
The project visually amplifies and translates food characteristics according to prevailing aesthetic trends, culminating in a cookbook that documents and exposes human aesthetic tendencies toward food and their systemized manipulation.
The project is executed primarily through 3D environment construction and interactive narrative,
simulating a complete future restaurant experience within a virtual space.
Pretty mushrooms are generally poisonous，toxicity is virtualized.
The disintegration of salmon is structured as an observable dining process.
Smooth and perfect oranges are selected first.
Virtual mushrooms grow in untouched digital forests to preserve their purity.
Virtual salmon is cultivated in high latitude cold waters to develop ideal fat composition.
Light is precisely controlled to maximize appearance and sweetness.
Finally, the visual system repeatedly deploys self reflective symbols throughout the space, gradually making participants aware of their position within a self centered consumption structure.
The project systematizes the amplification of food form and the construction of dining sequences, demonstrating the dominance of visual logic within dining experiences. Future iterations could embed this virtual structure into physical space through AR or VR to enhance immersion and engagement.
Its limitation lies in a relatively singular interaction layer, where the experience remains primarily observational rather than behavior driven. Introducing real time feedback and user decision pathways could increase systemic complexity and realism.