Eric Acuña
+-------------------------------------+
| Floating Points |
|
+-------------------------------------+
This exploration of choreography and cosmology utilizes elements of modern dance techniques to express the powerful gravitational dynamics and the transformative energy of a star collapsing into a black hole, using body movements to convey the drama and intensity of this cosmic phenomenon. It is a study of ways to communicate data through its visual silence, compelling the viewer to reflect on the ephemeral versus the eternal through the forgotten stories embedded within what time leaves behind. It's an invitation to ponder, explore, and connect with the deeper, often overlooked, the emotions dissonance of the natural world.
How do we communicate the massive, violent data of the universe through visual silence? This project explores that question by using modern dance techniques to physically manifest the transformative energy of a cosmic collapse. Specifically drawing inspiration from supercomputer simulations that test star-destroying black holes. By utilizing elements of modern dance, the piece physically manifests the powerful gravitational dynamics and transformative energy of this cosmic phenomenon.
The human body becomes a vessel to convey the drama and intensity of a star's collapse. Ultimately, this project is a study in communicating data through its visual silence—compelling the viewer to reflect on the ephemeral versus the eternal, and inviting a deeper connection to the overlooked emotional dissonance of the universe.
What happens when twin souls become twin colliders? Inspired by the poignant, silent intimacy of Philip Glass’s Knee Play 5 from Einstein on the Beach, this choreographic work maps the violent, transformative meeting of two lovers who destroy each other. The piece physically manifests the astrophysics of star-destroying black holes, using modern dance to find the forgotten, human stories embedded within cosmic data. It is an exploration of visual silence, inviting the viewer to sit in the tension between the ephemeral and the eternal.
Using MATLAB code, I mapped the positions and trajectories of pulsars relative to Earth, creating a literal galactic address. This digital mapping was deeply inspired by the groundbreaking work of astrophysicist Jocelyn Bell Burnell, whose discovery of these precise, pulsing cosmic beacons changed how humanity orients itself within the deep expanse of space.
On screen, these MATLAB visualizations display a matrix of distance coordinates and vector lines tracking across parsecs. In the studio, they became our choreographic blueprint. By treating the mathematical coordinates as physical constraints, we developed a living simulation. The trajectory paths generated by the code mirror the complex orbital physics seen in NASA simulations of binary supermassive black holes spiraling toward an inevitable collision.
The mathematics dictated the movement: the gridlines of spatial tension in the data translated directly into the physical pulling, resistance, and warping geometry of the dancers' bodies. What began as a cold, abstract matrix of pulsar data evolved into an intimate choreography of cosmic collapse—a physical manifestation of twin entities spiraling tightly within a 12-channel speaker looping cycle.