A Shining Light

A sunburst through the slats in a building is strikingly highlighted in the monochrome version. An optical phenomenon called diffraction causes the starburst effect; as light passes through a small aperture, it is diffracted (or spread out) across the lens’ aperture blades.

A Shining Light

Sunburst in Monochrome

A “Starburst” of “Sunburst” in photography refers to capturing the sun in your photo where you can actually see the sun’s rays in a star like shape. The sunburst effect is created from pointing your lens at a bright source of light such as the sun. As the light passes through the aperture blades of a lens, it renders the sun’s rays in a star like shape with points of light radiating out from the center.

Here is a monochrome version of a sunburst captured at around sunset on the river front in Washington, North Carolina

Shooting Against the Sun

Pigeon on a Branch Silhouette

We end our series of unusual images of shooting against the light creating traditional silhouettes or a combination of black foregrounds and colorful backgrounds. Here is a normal black silhouette – an image of a person, animal, bird, object or scene represented as a solid shape of a single color, usually black.

Pigeon on a Branch Silhouette

Watery Silhouette

An unusual composition of shooting against the light with a lighted sky, but creating silhouettes of domed buildings and a lamp post in Munich, Germany. The splashing naturally lighted water in the foreground adds an interesting element to the image.

Watery Silhouette

Lights on Market Street Bridge Chattanooga

Lights captured at blue hour at The Market Street Bridge, officially referred to as the John Ross Bridge, a bascule bridge that spans the Tennessee River between downtown Chattanooga, Tennessee, and the Northshore District. 

Lights on Market Street Bridge Chattanooga

Leaning Towards Water

Tall palms lean right toward the ocean in Santa Monica, California. Why do palm trees lean towards the sea? Palm trees lean to get more light called “phototropism.” The ocean acts as a mirror for light, so there is much more light coming from the sea than from a single building.

Leaning Towards Water

Glow of Stalagmites and Stalactites

Stalactites, stalagmites and other cave formations fluoresce under the glow of ultraviolet or blacklight at Poole’s Cavern, Derbyshire, England. Fluorescent formations absorb and release energy very quickly. When an ultraviolet, or black light, is directed at these deposits the manganese molecules become activated and we see the calcite release light as a blue-green glow because it is at a different wavelength than the surrounding light sources. Once the light is removed the glow on the rock disappears.

Stalagmite in Blue
Stalactite in Blue
Reaching for the Other

Burning Wool Designs

Steel Wool Photography is using long exposures to capture the motion of hot embers flying through the air through the act of spinning burning steel wool.  These embers are so hot that they glow very brightly, and as they fly through the air the camera sensor captures the streaks of light created. 

Shutter speed is probably the most important aspect of the shot.  Capture enough of the movement to show the streaking lights caused by the flying sparks. Choose an aperture that keeps the entire scene in focus. Keeping your ISO low will keep you from blowing out the brightness of the steel wool when it is lit.  

Burning Wool Tunnel
Burning Wool Designs

Photographing Burning Wool

Steel wool photography is a type of light painting that uses steel wool that’s been set on fire. As the burning steel wool is spun around on a cord or a string, embers fly and create streaks of light when shot with a camera at slow shutter speeds.

Our Catawba Valley Camera Club in Hickory, NC had a session on photographing burning wool. It was an interesting project and we will be sharing a few images.

Burning Wool Foreground