Differences Between Dust and Orbs

Dust, dirt and debris are normal occurrences in our homes, although most of us don’t give them much thought. Orbs however, are much more mysterious and often provoke questions. Both dust and orbs generally show up in photos, but do you know what the differences are between the two and why they may appear? Here’s a look at the differences between dust and orbs and why you might find them in your photos.

1. Dust and Its Properties

Dust is often caused by airborne particles floating around in the air, including specks of dirt, dead skin, pet dander, pollen and other small objects. When a strong enough light source shines on a dust particle, it can become visible in a photograph. Dust is often seen as a blurry or fuzzy ring around a light source, and its shapes and sizes can vary. It is also typically more distinct when near more direct light sources.

Dust is considered the most basic form of the presence of visible contaminants in images and can easily be eliminated by using a flash diffuser or by cleaning the lens. Dust is permanent and will stay in the image unless removed with post production or photo editing applications.

2. Orbs and Its Properties

Orbs, in contrast to dust, are considered to be a more mysterious phenomenon. Generally captured as round disc-like shapes in digital photos, these strange circular forms can differ in their sizes and hues, ranging from white to yellow, green and red. Orbs have been linked to paranormal activity, but can also be the result of bugs and other airborne particles.

Many photographers believe orbs to be a form of energy and often note seeing them where powerful emotion has occurred. Additionally, they tend to be seen in areas of high EMF (electro-magnetic field) activity and when a subject is feeling highly charged emotionally. Orbs can also appear to form shapes in addition to their circles, such as faces and other strange figures.

Robert Thorne

Robert Thorne

Automotive & Future Transportation Editor

Robert Thorne covers electric vehicle innovations, autonomous driving systems, global mobility trends, and automotive engineering developments.

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