BB pal Scott Matthews took this magnificent photo of New York City during the last sunrise of 2013. The view is looking east from Morningside Heights, across Harlem and Central Park, toward the smokestacks at Queens' Astoria Generation Station. Click to see it larger. Scott says:
(I used) "manual focus" (rather than auto-focus) and "fast prime lenses." Manual focus, because how can a camera know what YOU want to focus on? And fast prime lenses for the ability to shoot with narrow depth-of-field, which can help to isolate a subject (that blurry background/foreground look). So, for example, with the smokestacks I manually focused on the rising smoke and used a fairly wide aperture to help isolate them (landscape photos are most commonly shot with a narrow aperture for a deep depth-of-field).
Ionel Talpazan, who saw a UFO as a child above his village in Romania, painted spacecraft until he died two weeks ago at 60 years old. As a young man, after escaping Romania by swimming across the Danube, he made his way to New York City in the 1980s where he sometimes lived in a […]
Watching Netflix, Hulu or other streaming services can unfortunately be difficult while traveling outside the US. Rather than bypass these restrictions with the help of a complex and slow VPN, choose a faster and simpler solution with Getflix. Instead of rerouting all your Internet traffic through a different server, this handy service only routes the […]
Shake, stir, and muddle your way to delicious homemade cocktails with this must-have bar set. Expect only the finest quality tools from MakersKit — enabling you to unleash your inner mixologist.Top 12 Favorite Things of 2014, Sunset MagazineQuart-size vintage-style Mason jar shakerRetro double jigger for accurate measurementsStrainer & spouts for a mixologist-style smooth pourHardwood muddler […]
The Lytro Illum dares to be different, boasting even more robust features than its first generation predecessor and a sleek design reminiscent of professional DSLRs. What’s so cool about it? Most cameras capture the position of light rays, producing a statoc 2D image.