Local Creative Research and Development Scheme
This season sees the launch of the No Limits Local Creative Research and Development Scheme, an original nine-month programme that invites local arts practitioners to collaborate directly with communities of different abilities and use their shared life experiences to forge fresh perspectives on inclusive creative practices.
Frieda Ng, the curator of the project and programmae and outreach manager of No Limits, explains, “Designed to nurture reciprocal partnerships, the scheme encourages artists and their collaborators to uncover new inclusive themes, interrogate the essential nature of inclusion, and broaden the artistic imagination of everyone involved.”
This year, we are thrilled to engage a group of differently-abled local artists working in music, theatre and interdisciplinary practices: Jezrael Lucero, Daniel Chu, Miu Law, Sham Chung-tat, Amy Chan and Tsz-wai Pun. After the nine-month research and development period, each collaborative team will share the findings and creative results of their work with audiences in March 2026.
This collaborative exchange between jazz pianist and ethnomusicologist. Daniel Chu and Hong Kong-based jazz musician Jezrael Lucero explores Lucero musical upbringing, his approach to improvisation, and the challenges and triumphs of his life as a blind, Filipino artist in Hong Kong.
The cross-media collaboration between theatre-maker Miu Law and sound artist Sham Chung-tat takes inspiration from the history of cartography and humanity’s enduring quest to document the unseen world.
Light artist Amy Chan and artist Chu Bo-wo, their research begins with Chu's unique aesthetics and practices, using contemporary performance lighting and ceramics as mediums to reflecting on broader medico-social frameworks and critically examine the very essence of artistic creation. critically examine the very essence of artistic creation.
This research project is a collaboration between multidisciplinary artist Tsz-wai Pun and teenage robotics champion Nathan Fong. Fong has shown talents in STEM and robotics, despite facing challenges from a rare genetic condition.
