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Abstract night-time image showing green and yellow lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful, mesmerising patterns.
Abstract night-time image showing green and yellow lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful, mesmerising patterns.
Abstract night-time image showing blood-red lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful patterns.
Abstract night-time image showing blood-red lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful patterns.
Abstract night-time image showing blue and amber lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful and subtle patterns.
Abstract night-time image showing blue and amber lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful and subtle patterns.
Abstract night-time image showing blue and yellow lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful patterns.
Abstract night-time image showing blue and yellow lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful patterns.
Abstract photograph created using a single photo of fall sumac leaves and sumac branches. The sumac leaves extend along either side of a slender branch. Fall sumac leaves range from red to orange to yellow and in various combinations of those three colors. The photo is created by copying the original and then flipping the copy horizontally. The original and the copy are joined at the flip point and then both are copied, flipped vertically, and the resulting copies are then joined at the flip point. The result is four-quadrant image with each quadrant a mirror of the quadrants opposing it. The appearance is similar to what one would see in a four-mirror kaleidoscope. In addition to the realistic objects in each photo, the process creates multiple abstract objects especially at or near where one photo attaches to another.
Abstract photograph created using a single photo of fall sumac leaves and sumac branches. The sumac leaves extend along either side of a slender branch. Fall sumac leaves range from red to orange to yellow and in various combinations of those three colors. The photo is created by copying the original and then flipping the copy horizontally. The original and the copy are joined at the flip point and then both are copied, flipped vertically, and the resulting copies are then joined at the flip point. The result is four-quadrant image with each quadrant a mirror of the quadrants opposing it. The appearance is similar to what one would see in a four-mirror kaleidoscope. In addition to the realistic objects in each photo, the process creates multiple abstract objects especially at or near where one photo attaches to another.
Abstract night-time image showing green and yellow lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful, mesmerising patterns.
Abstract night-time image showing green and yellow lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful, mesmerising patterns.
Abstract night-time image showing blood-red lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful patterns.
Abstract night-time image showing blood-red lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful patterns.
Abstract night-time image showing blue and amber lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful and subtle patterns.
Abstract night-time image showing blue and amber lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful and subtle patterns.
Abstract night-time image showing blue and yellow lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful patterns.
Abstract night-time image showing blue and yellow lights in the background to create an abstract pattern from rainwater pooling on glass. The manual focus is sharply on the rainwater on the glass surface, which makes the lights in the background distort, blend and flare into beautiful patterns.
Abstract photograph created using a single photo of fall sumac leaves and sumac branches. The sumac leaves extend along either side of a slender branch. Fall sumac leaves range from red to orange to yellow and in various combinations of those three colors. The photo is created by copying the original and then flipping the copy horizontally. The original and the copy are joined at the flip point and then both are copied, flipped vertically, and the resulting copies are then joined at the flip point. The result is four-quadrant image with each quadrant a mirror of the quadrants opposing it. The appearance is similar to what one would see in a four-mirror kaleidoscope. In addition to the realistic objects in each photo, the process creates multiple abstract objects especially at or near where one photo attaches to another.
Abstract photograph created using a single photo of fall sumac leaves and sumac branches. The sumac leaves extend along either side of a slender branch. Fall sumac leaves range from red to orange to yellow and in various combinations of those three colors. The photo is created by copying the original and then flipping the copy horizontally. The original and the copy are joined at the flip point and then both are copied, flipped vertically, and the resulting copies are then joined at the flip point. The result is four-quadrant image with each quadrant a mirror of the quadrants opposing it. The appearance is similar to what one would see in a four-mirror kaleidoscope. In addition to the realistic objects in each photo, the process creates multiple abstract objects especially at or near where one photo attaches to another.
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Black and white image using a slow shutter speed and intentional camera movement showing two men walking past a shop window display which has a manga character wearing a straw boater and with his fist clenched and raised, as if punching the sky above the two passers-by
Black and white image using a slow shutter speed and intentional camera movement showing two men walking past a shop window display which has a manga character wearing a straw boater and with his fist clenched and raised, as if punching the sky above the two passers-by
Black and white image using a slow shutter speed and intentional camera movement and showing an elegantly-dressed young woman with sunglasses on her head and a handbag over her arm moving swiftly at the left edge of an otherwise dark, empty alleyway
Black and white image using a slow shutter speed and intentional camera movement and showing an elegantly-dressed young woman with sunglasses on her head and a handbag over her arm moving swiftly at the left edge of an otherwise dark, empty alleyway
Black and white image using a slow shutter speed and intentional camera movement showing two men walking past a shop window display which has a manga character wearing a straw boater and with his fist clenched and raised, as if punching the sky above the two passers-by
Black and white image using a slow shutter speed and intentional camera movement showing two men walking past a shop window display which has a manga character wearing a straw boater and with his fist clenched and raised, as if punching the sky above the two passers-by
Black and white image using a slow shutter speed and intentional camera movement and showing an elegantly-dressed young woman with sunglasses on her head and a handbag over her arm moving swiftly at the left edge of an otherwise dark, empty alleyway
Black and white image using a slow shutter speed and intentional camera movement and showing an elegantly-dressed young woman with sunglasses on her head and a handbag over her arm moving swiftly at the left edge of an otherwise dark, empty alleyway
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Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.
Bubbles created by the powerful force of water running over rocks in a stream are captured in close-up detail by my OM System TG7 camera held under water. The fill-in flash helps to highlight and freeze the individual bubbles, making them look like liquid metal.