From 11 Aug
 |
Daily: 10am - 6pm (At the top of every hour) |  |
ArtScience Museum Lobby, Level 1 |
| Free Admission |
Drawing on algorithmic processes and generative visual systems, Migratory Parameters reveals how mathematics and data can uncover patterns beyond human perception while simultaneously reshaping our understanding of the world. As contemporary life becomes increasingly shaped by algorithms and data, artist Yoshi Sodeoka highlights that digital systems are not objective mirrors of reality, exploring the growing tension between lived experience and its computational representation.
*No Screening on 2nd, 8th and 29th September
About the Artist
Yoshi Sodeoka is a New York-based artist working across music, generative video, print, and immersive installations that explore the intersections of abstraction, technology, and perception. His work has been exhibited internationally at institutions including Centre Pompidou and Tate Britain, and is held in the permanent collections of the Whitney Museum of American Art, the Museum of the Moving Image, and SFMOMA.
About ArtScience Interlude
ArtScience Interlude is an ongoing programme of time-based media artworks in the Level 1 Lobby of ArtScience Museum. At the strike of every hour, a digital artwork will play on the LED screen – a welcome pause for contemplation, reflection and a profound awareness for moments both fleeting and lasting.
Daily
ArtScience Interlude is an ongoing programme of time-based media artworks in the Level 1 Lobby of ArtScience Museum. At the strike of every hour, a digital artwork plays on the LED screen – a welcome pause for contemplation, reflection and a profound awareness for moments both fleeting and lasting.
Fill your world with wonder in a purpose-built screening room dedicated to films that will inspire, challenge and transform.
From 12 Jan
Inspired by the historic train rides from the now-defunct Tanjong Pagar Railway Station in Singapore to Kuala Lumpur, Malaysia, experimental filmmaker Lynn Loo started a series of ‘movement’ films that capture states of stasis and flux.