Experiment Videos
Zhang Xiangqian has published experiment demonstration videos on Bilibili. We are in the process of organizing and annotating these videos with frame-by-frame analysis.
Note: The video content below is being organized. Zhang Xiangqian's original videos have been published on Bilibili. We plan to add detailed frame-by-frame analysis, bilingual subtitles, and experimental parameter annotations to help researchers better understand the experimental process.
Video coming soon
Experiment 1: Accelerating Charges Produce Gravitational Fields
Demonstrates the phenomenon where a suspended insulating plastic sheet moves toward the positive terminal at the moment the power switch is pressed. After reversing polarity, the direction of movement changes accordingly, always pointing toward the positive terminal.
What to look for: What to look for: observe the plastic sheet moving at the instant the switch is pressed, not during sustained power. Focus on whether the direction of movement consistently points toward the positive terminal after polarity reversal.
Video coming soon
Experiment 2: Changing Magnetic Fields Produce Vortex Gravitational Fields (Ball Rotation)
Demonstrates the phenomenon of a suspended polyethylene ball continuing to rotate inside a vacuum chamber after power disconnection. The vacuum environment eliminates ion wind effects, and the power-off state eliminates polarization and electrostatic motor effects.
What to look for: What to look for: whether the ball continues to rotate after power disconnection. This is the key — all conventional electromagnetic effects should disappear after power-off. If rotation persists, it points to the possibility of changing magnetic fields producing gravitational fields.
Video coming soon
Low-Voltage Setup Demonstration
Demonstrates the experimental process using the 80V/30A low-voltage setup. While the effect is weaker with low voltage, it offers higher safety and is suitable for preliminary verification and educational demonstrations.
What to look for: What to look for: although the effect is subtle in a low-voltage environment, measurable motion can still be observed through carefully designed suspension apparatus and a stable environment.
Disclaimer: Video content is from Zhang Xiangqian's own experimental recordings. The experimental results have not been independently verified by third parties. Videos are provided for reference only and do not constitute a guarantee of the correctness of the experimental results.