A groundbreaking experiment has emerged from the garage of innovator Brian Haidet, who has successfully recorded a laser beam at an astonishing 2 billion frames per second. This remarkable achievement, showcased on his AlphaPhoenix channel, involves a unique method where a one-pixel video is repeatedly rendered to create a full visual experience.
Haidet’s journey to this milestone began with his previous project in December 2022, where he developed a camera capable of capturing video at 1 million frames per second. For his latest endeavor, he completely overhauled his entire apparatus, making significant upgrades to the motors, hardware, oscilloscope, signaling, recording software, and processing software. This comprehensive reengineering was essential to achieving the enhanced resolution needed for the new speed.
One of the most intriguing effects observed in Haidet’s latest setup is the apparent variation in the speed of light as it approaches and recedes from the camera. This phenomenon occurs because laser beams reflecting off fog particles that are closer to the camera appear to arrive sooner than those bouncing back from particles further away. This visual representation of special relativity adds a layer of complexity to the experiment, highlighting the intricacies of light behavior.
Haidet’s work not only pushes the boundaries of video technology but also serves as a fascinating exploration of fundamental physics concepts. The results of his experiments have sparked curiosity among both scientific communities and casual viewers alike. For those eager to delve deeper into the mechanics and implications of his findings, additional material is available, offering a more comprehensive understanding of this innovative project.
As technology continues to advance, innovators like Brian Haidet illustrate the potential for creativity and scientific inquiry to intersect, revealing the wonders of our physical world through cutting-edge experimentation.
