「切倫科夫輻射,帶電粒子,介質,藍光,重力透鏡效應,相對論,Cherenkov radiation,gravitational lensing,phase velocity」 素材資源免費可商用的高品質，在HawoPix免費圖庫您能找到更多獨特且豐富的素材資源

The image captures a radiant phenomenon known as Cherenkov radiation. This occurs when charged particles, such as electrons, pass through a dielectric medium at speeds greater than the phase velocity of light in that medium. The result is a characteristic blue glow, often observed in nuclear reactors or during particle physics experiments. In this image, we see the aftermath of such an event. A bright white beam of Cherenkov radiation extends from the center of the frame towards its edges, bending as it interacts with the curvature of space-time. This bend is due to the gravitational lensing effect predicted by Einstein's general theory of relativity. The background is a stark contrast to this glow, being pitch black and devoid of any other discernible features or objects. The absence of color in the image further accentuates the brightness of the Cherenkov radiation. The overall composition of the image suggests it might have been captured during an astrophysical event or a high-energy physics experiment.