**Create a hyper-realistic, highly detailed image illustrating the news that scientists have successfully detected the X-ray signature of a single atom for the first time. The central focus of the image is a single atom, glowing with an X-ray signature, surrounded by the complex machinery of the synchrotron X-ray scanning tunneling microscope (SX-STM). The background should be a high-tech laboratory, with scientists observing the process. Use a Canon EOS-1D X Mark III DSLR camera with an EF 100mm f/2.8L Macro IS USM lens for this shot. The lighting should be dramatic, with the glowing atom casting an ethereal light. The color palette should be a mix of the cold blues and silvers of the machinery, the warm glow of the atom, and the sterile whites of the laboratory. The composition should be a close-up of the atom and the SX-STM, with the laboratory and scientists in the background. --ar 16:9 --v 5.1 --style raw --q 2 --s 750 --s 750 --style raw** - Image #4 <@795568283331198987>
Create a hyperrealistic, highly detailed image illustrating the news that scientists have successfully detected the Xray signature of a single atom for the first time. The central focus of the image is a single atom, glowing with an Xray signature, surrounded by the complex machinery of the synchrotron Xray scanning tunneling microscope SXSTM. The background should be a hightech laboratory, with scientists observing the process. Use a Canon EOS1D X Mark III DSLR camera with an EF 100mm f2.8L Macro IS USM lens for this shot. The lighting should be dramatic, with the glowing atom casting an ethereal light. The color palette should be a mix of the cold blues and silvers of the machinery, the warm glow of the atom, and the sterile whites of the laboratory. The composition should be a closeup of the atom and the SXSTM, with the laboratory and scientists in the background.