CHRYSALIS

2022

Chrysalis, installation view, suspended blue spheres forming butterfly form, NYU Langone Medical Center lobby — Danielle RoneyPhoto By Alan Tansey
Chrysalis, large-scale suspended sculpture of blue spheres forming a butterfly form, installation view, NYU Langone Medical Center — Danielle RoneyPhoto By Alan Tansey
Chrysalis, installation view, hundreds of blue suspended spheres forming a large fish form, cable and orbs, interior atrium — Danielle RoneyPhoto By Alan Tansey
Large-scale ceiling-suspended sculpture, hundreds of dark spheres on cables forming an organic swirling form, atrium installation view — Danielle Roney
Large-scale fish form sculpture, hundreds of suspended blue-grey spheres on wire, installation view in tall atrium — Danielle Roney
Large-scale wall installation, hundreds of dark spheres suspended on fine cables forming a sweeping organic form, NYU Langone Medical Center — Danielle Roney
Chrysalis, overview of large-scale wall sculpture, blue glass spheres on cable, interior atrium — Danielle RoneyPhoto By Alan Tansey
Chrysalis, detail, hundreds of blue anodized aluminum spheres on steel rods forming a wave pattern on a white wall — Danielle RoneyPhoto By Alan Tansey
Chrysalis, suspended whale-form sculpture in hanging elements visible through glass facade, NYU Langone Medical Center, New York — Danielle RoneyPhoto By Alan Tansey
Chrysalis, installation view, suspended sphere elements forming flowing forms, NYU Langone Medical Center, New York — Danielle RoneyPhoto By Alan Tansey
Architectural rendering of large-scale suspended bird sculpture in blue glass or crystal elements above a lobby video screen, NYU Langone Medical Center — Danielle Roney
Architectural rendering of large-scale suspended sculpture, blue spheres forming wing-like form, hospital lobby, NYU Langone Medical Center — Danielle Roney
Chrysalis, design board showing algorithmic diagrams, iterative 3D form studies, and brain scan references, NYU Langone Alumni Hall proposal — Danielle Roney
Chrysalis, design renderings showing V04 mesh rotations and spectral-coded curve systems, NYU Langone Alumni Hall proposal — Danielle Roney

CHRYSALIS

2022

Alumni Hall, NYU Langone Medical Center
New York, NY

1436 powder coated stainless steel spheres, 1102 stainless steel cables, custom hardware
12’ 7″ W x 38’ 9″ L x 12’ 2” H

Collection: NYU Langone Public Art Program
Program Curator: Katherine Meehan
Architect: Ennead
Installation: Chris Powers, KC Fabrications

The atoms of our body, as well, flow in and away from us. We, like waves and like all objects, are a flux of events; we are processes – Carlo Rovelli

Commissioned for the newly renovated Alumni Hall at NYU Langone Medical Center, CHRYSALIS is inspired by the interdisciplinary context of Complexity Theory. The sculpture harnesses a self-contained formation to emphasize the temporality of complex, adaptive biological systems in a gesture of relational moments. Dynamic systems under constant change, complex adaptive systems exist in a process of perpetual unfolding, offering a vision of emergence and adaptation within relational feedback loops.

Taking Complexity Theory into the sculpture’s digital modeling, the piece premiers a new studio-developed algorithm. Augmenting this algorithmic process with a hand-based approach, every point in space is then digitally sculpted by the artist before its final physical manifestation.

CHRYSALIS embodies a space of ‘becoming’, where the process of developing unfolds over time, connecting a place of healing and science to our celestial and molecular selves.