Architecture News

French artist and designer Cyril Lancelin's latest creation, "CUBE GRAPHICS," on display at Marina Bay Sands for i Light Singapore, represents a fascinating exploration of how geometric structures can evolve into interactive and visually captivating public art. This installation transcends traditional boundaries, merging elements of architecture, sculpture, and digital aesthetics into a singular, dynamic experience. It invites onlookers to not merely observe but to actively participate, influencing its perceived form through their presence and movement.

Artist Cyril Lancelin Unveils "CUBE GRAPHICS" at i Light Singapore Festival

In a dazzling display of artistic innovation, French creative Cyril Lancelin, in partnership with Town and Concrete, has launched "CUBE GRAPHICS" at Marina Bay Sands as part of the esteemed i Light Singapore festival. Debuting on [Date if available, otherwise omit], this interactive public artwork redefines spatial engagement. Constructed from a multitude of repeated tubular components, the installation's external facade presents a mesmerizing, vibrating surface. Its appearance fluidly transforms depending on ambient light conditions and the viewer's vantage point, generating intricate moiré patterns that dissolve the division between static geometry and a fluid, animated form. This ingenious design ensures that the art piece is continuously redefined by the observer's movement, making perception an intrinsic part of the artwork itself.

Stepping inside, visitors are enveloped in a radiant realm of color gradients and reflective surfaces, a vivid contrast to the exterior's subtle monochromatic tones. A carefully orchestrated sequence of passageways guides individuals through the structure, intentionally disorienting their sense of scale and direction, while simultaneously crafting an ever-changing series of visual compositions. Lancelin's design employs a parametric logic, where repetition and variation give rise to a surprising spatial complexity from a deceptively simple construction methodology. As a sculpture that can be traversed, "CUBE GRAPHICS" exemplifies the Lyon-based artist's ongoing fascination with employing modular forms to forge deeply immersive environments. The project underscores the evolving role of contemporary public art, serving as both a tangible physical space and a medium for visual storytelling. Especially after dusk, when artificial illumination intensifies its layered patterns and vibrant hues, the installation offers a compelling blend of art, architecture, and digital culture, fostering shared, immersive experiences within Singapore's urban landscape.

Cyril Lancelin's "CUBE GRAPHICS" serves as a compelling reminder of art's capacity to transform urban environments and engage the public in profound ways. This work not only enhances the aesthetic appeal of its surroundings but also encourages a deeper contemplation of our interaction with designed spaces. It challenges the conventional view of art as a static object, instead presenting it as a living, breathing entity that reacts to and is shaped by its audience. This dynamic interplay between art and participant offers a fresh perspective on how public installations can enrich communal experiences and foster a sense of wonder and discovery in the everyday.

Experience the Flow: Where Culinary Tradition Meets Kinetic Innovation

Unveiling the Kinetic Splendor of Katsuobushi at Kayanoya Kyoto Gion

Katsuo Gravity, a permanent art installation crafted by UO, graces the interior of Kayanoya Kyoto Gion, the Kansai flagship store dedicated to Japanese dashi products and culinary traditions. This innovative piece centers around a specialized machine that meticulously shaves bonito flakes, transforming this everyday process into a mesmerizing, continuous kinetic display.

The Delicate Dance of Bonito Flakes: A Symphony of Lightness and Motion

Central to Japanese dashi, a fundamental broth in countless dishes, katsuobushi is produced from dried, fermented, and smoked bonito. Within this exhibit, ultra-fine flakes, approximately 0.01 mm thin, are released after being freshly shaved. Their ethereal lightness and delicate nature cause them to gracefully drift and descend in an unpredictable, fluid motion as they interact with the air.

The Rhythmic Cycle of Accumulation and Release: An Artful Mechanism

Below the gently falling flakes, a circular platform is strategically placed to gather them. As the quantity of collected flakes gradually increases, the platform subtly begins to tilt, much like a traditional shishi-odoshi (deer scarer). Upon reaching a predetermined weight, the amassed flakes are released, initiating a new cycle. This ingenious system establishes a perpetual interaction between the scattering, gathering, and subsequent release of the material.

Bridging Culinary Art and Environmental Design Through Sensory Engagement

The installation adeptly highlights two distinct material properties of katsuobushi: the almost weightless quality of individual flakes and the visible mass that emerges through their aggregation. These contrasting states are brought to life through the dynamic movement and mechanical responses embedded within the installation's design.

From Display to Delicacy: Integrating Art with Daily Culinary Practice

The freshly shaved katsuobushi, collected by the staff directly from the base of the installation, is then incorporated into the preparation of dashi and other dishes served within the store. This seamless integration ensures that the process is not merely a visual spectacle but an active component of daily culinary practice, enhancing the authenticity of the experience.

A Holistic Experience: Engaging All Senses in Dashi Culture

UO's creative studio designed this installation in perfect alignment with Kayanoya's overarching philosophy: to provide an immersive experience of dashi culture that engages all five senses. By harmoniously blending material processing, food preparation, and the spatial environment, the artwork creates a unified and enriching operational framework for visitors.