I’ve used diffusion filters for years but rarely for their intended purpose. If you don’t know or haven’t heard of them, then diffusion filters are transparent glass or plastic sheets that go in front of the lens and they diffuse the light as it enters the camera. The resulting images taken with a diffusion filter have an appearance of reduced contrast that ultimately looks hazy offering a slightly dream-like effect.
The ballot is done and U.K. are leaving the EU. Yea Brexit is full on.
I am not really sure what will happen to our friends in the E.U and our friends in the U.K. but I think that photography gear from U.K. companies will have to be affected. I am not sure it the price will go up or down, or if stock will be easier or harder to come by, but changes are coming for sure. Here is a list of 7 U.K. based gear companies. Use at your own discretion.
Shutter speed is one of the first elements of photography that you learn as a beginner. Learning how to control your camera’s shutter speed to make sure your images are sharp and well exposed is Photography 101.
Learning how to use shutter speed creatively to manipulate the look and feel of an image is something else entirely, and something that I continue to experiment with a lot.
I love my Nikon 14-24mm lens but it has one drawback; you can’t put filters on it. Not that one needs to use a huge selection of filters on ultra-wides but if you’re doing certain kinds of photography being able to use an ultra-wide combined with ND filters makes the composition or time lapse more interesting. Lee filters, the company that makes really cool kind of pricey large resin filters, has developed a holder for the 14-24mm lens and it’s equivalent in the Canon world. The downside of this is, the basic holder is $200 which needs a lens adapter, for another $100, to which you add the actual filter, around $150. So what you have is a filter and a holder that costs about a third as much as the lens to begin with, $450.
That new member, the Super Stopper, blocks a massive 15 stops of light, reducing the incoming light hitting your sensor to 1/32,000th of its original intensity!