Scientists and artists have formed an unlikely partnership at Google’s Quantum A.I. lab to inspire the development of the next generation of computing. Forest Stearns, an artist in residence at Google, and Erik Lucero, the engineer responsible for developing Google’s first quantum A.I. computer, have found common ground in their fascination with art and science.
Quantum computing, which relies on the laws of physics rather than traditional mathematical computation, has become the central theme for this unique collaboration. Stearns and his team of international artists have transformed the traditionally sterile technology office park into an art museum, blurring the lines between hardware, art, architecture, and science.
From sculptures in the lobby to 3-D installations in the company’s café, the artwork showcases the connection between quantum computing and nature. Even the quantum computers themselves have been adorned with art, making them visually striking in addition to their impressive functionality.
The collaboration has also extended beyond the lab. Stearns and Lucero discovered talented artists like Ravis Henry, a Navajo jewelry maker and park ranger, during their exploration of national parks. Henry’s metal craftwork has been incorporated into the project, bridging the gap between local art and scientific endeavor.
The fusion of art and technology in this collaboration has created a space where vibrant colors stimulate creativity and inspire innovative thinking. The intention is to break away from the perception of a love-hate relationship between art, science, and technology and instead celebrate their harmonious coexistence.
This partnership highlights the profound intersection of art and technology throughout history. From Leonardo da Vinci’s multifaceted genius to Samuel Morse, who not only painted but also developed the telegraph and Morse code, art and science have always been intertwined.
Ultimately, this collaboration aims to create a more accessible and relatable understanding of quantum physics. By bringing art to quantum computing, it becomes easier to grasp and appreciate the complexity of this cutting-edge technology. As Forest Stearns puts it, art has the power to bridge the gap between the extraordinary and the everyday, making quantum physics more tangible and relatable.
The source of the article is from the blog mendozaextremo.com.ar