create a highly detailed 3D molecular model of a chemical structure with a focus on atoms represented as spheres with different colors (black, white, red, blue), background with a smooth gradient, camera settings: aperture f/5.6, shutter speed 1/60s, ISO 100, camera view: close-up, camera style: photorealistic, camera type: DSLR

3D model of a molecular structure with spherical atoms and connecting rods, high detail, soft lighting, 50mm lens, f/8 aperture, ISO 100, 1/60s shutter speed, slight perspective view, rendered with a CGI style.

Generate a high-resolution 3D molecular structure of a crystal lattice with red, blue, and gray spheres representing atoms and bonds, using a macro lens on a DSLR camera, f-stop at 8 for deep focus, ISO 100 for minimal noise, and a wide-angle view for enhanced perspective.

Generate a high-resolution 3D molecular structure of a benzene ring with an amine group attached, representing atoms as spheres in gray, white, and blue colors, shot with a Canon EOS 5D Mark IV at 50mm, aperture f/8, ISO 100, using a top-down view to enhance details and sharpness.

Create a vibrant background pattern featuring black science and education-themed doodles like pencils, rulers, light bulbs, and atoms on a pastel watercolor texture; camera settings: ISO 100, f/8, shutter speed 1/60, camera view: top-down, camera style: macro photography, camera type: DSLR.

Generate a high-resolution 3D molecular structure of a crystal lattice with red, blue, and gray spheres representing atoms and bonds, using a macro lens on a DSLR camera, f-stop at 8 for deep focus, ISO 100 for minimal noise, and a wide-angle view for enhanced perspective.

Generate a high-resolution 3D molecular structure of a benzene ring with an amine group attached, representing atoms as spheres in gray, white, and blue colors, shot with a Canon EOS 5D Mark IV at 50mm, aperture f/8, ISO 100, using a top-down view to enhance details and sharpness.