Dan Lam Cosmic Shake exhibition: The Gravity-Defying Art of Dan Lam
- Otávio Santiago

- Jul 19, 2023
- 2 min read
Updated: 1 day ago
Dan Lam Cosmic Shake exhibition
Dan Lam Cosmic Shake exhibition unveils an extraordinary collection of sculptural works by Dan Lam, known for her mesmerizing exploration of texture, color, and form. Each piece radiates a sense of movement and vitality, defined by spikes, wiggles, drips, and organic curves that seem to hover between the real and the surreal.

Through this exhibition, Lam delves deeply into her visual vocabulary, experimenting with new shapes and tactile sensations to expand her creative lexicon. As she explains, “I introduce new textures to familiar shapes and explore established textures on fresh forms. This exhibition allows me to express my artistic language fully and push the limits of what I can create.”
The result is an environment that feels both otherworldly and strangely alive — a vibrant ecosystem of color and texture that captures the fluidity of emotion and matter. Lam’s works appear to defy gravity, inviting the viewer into a suspended moment of transformation where softness meets tension, and movement feels frozen mid-pulse.
Gallery owner Stephanie Chefas describes Lam’s practice as an ongoing dialogue between opposites — attraction and repulsion, motion and stillness, playfulness and rigor. Each sculpture balances these tensions with magnetic precision, embodying the beauty of contradiction.

The pieces invite viewers to engage not just visually, but emotionally — to feel the push and pull between curiosity and unease, delight and contemplation.
With Cosmic Shake, Dan Lam transcends the boundaries of sculpture, creating a world that blurs the line between nature and the fantastical — a vivid, tactile dreamscape where color, form, and feeling coexist in perfect equilibrium.
Written by Otávio Santiago, a visual designer whose work blends clarity, rhythm, and storytelling. Between Berlin and Lisbon, he creates across print, motion, branding, and immersive 3D environments.


























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