Atoms and orbit paths

The image is a stylized representation of a simplified atomic structure, often used to symbolize an atom or science. It features a central red nucleus surrounded by blue orbit paths with small yellow circles, suggesting electrons orbiting the nucleus, which is an outdated but still widely recognized model of atomic structure. The depiction does not accurately reflect modern quantum mechanics understanding of electron behavior, as electrons are now understood to exist in probability clouds rather than fixed orbits, but the iconography remains popular for its simplicity and recognizability.

Open the image editor tool Open Image in Designer

The image is a stylized representation of a simplified atomic structure, often used to symbolize an atom or science. It features a central red nucleus surrounded by blue orbit paths with small yellow circles, suggesting electrons orbiting the nucleus, which is an outdated but still widely recognized model of atomic structure. The depiction does not accurately reflect modern quantum mechanics understanding of electron behavior, as electrons are now understood to exist in probability clouds rather than fixed orbits, but the iconography remains popular for its simplicity and recognizability.

P.S. Subscribe to remove the watermark from the image you download.

$4.99 - Start Downloading

Image Download Options:

72dpi 1986 x 1808 px
GIF: Best used for images with less than 64 colors, like clipart.
72dpi 1986 x 1808 px
JPG: Best used for images with more than 64 colors, like photos.
72dpi 1986 x 1808 px
PNG: Transparent with no background.
300dpi Resizable Vector
EPS: Best for printing and editing in Adobe Illustrator.
300dpi Resizable Vector
SVG: Can be resized without losing image quality.
300dpi Resizable Vector
AI: Adobe Illustrator file.
300dpi Resizable Vector
PDF: Printable and editable vector.
Image #: 385062
Category:
Usage License: Personal & Commercial
Social Sharing Links

Discover more images...

GF footer bar
Pricing New Popular Browse Holidays Designer