Slightly specific question - decided to get more serious about lighting so finally getting a copy of Light, Science and Magic. There are a lot of cheap second hand copies of the 4th edition - is there a good reason to spend 3x on the 6th edition new?

The final chapter covers some basics of hot-shoe flashes, studio lighting, light modifiers, and some of the basics of balancing ambient light with flash. However, not nearly as long as it possibly could be, and there are entire books written on the subject, it does provide enough information to be a push in the right direction


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Photographic lighting is a topic that will never go out of style, no matter how sophisticated cameras and other technology get. Even with the most high-tech gear, photographers still need to put a lot of thought and vision into lighting their photographs in order to get great results. Mastering this key skill has the power to dramatically and quickly improve your photographs as well as your efficiency.

Lighting styles will evolve, but the science of light will always remain the same. Once photographers understand the basic physics of lighting (without having to become physicists), they can apply that knowledge to a broad range of photographic styles.

Paul Fuqua has worked as an editorial and wildlife photographer for more than 35 years. He started his own production company in 1970 and is dedicated to teaching through the use of visuals. Paul has written and produced educational and training material in a variety of fields including law, public safety, history, science, and the environment. For the last 10 years he has produced educational material dealing with the natural sciences and the need for global habitat stewardship. Paul is also a co-author of FACES: Photography and the Art of Portraiture.

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Paul Fuqua has worked as an editorial and wildlife photographer for more than 35 years. He started his own production company in 1970 and is dedicated to teaching through the use of visuals. Paul has written and produced educational and training material in a variety of fields including law, public safety, history, science, and the environment. For the last 10 years he has produced educational material dealing with the natural sciences and the need for global habitat stewardship. Paul is also a co-author of FACES: Photography and the Art of Portraiture.


This is a practical text for photographers (student or working pro) who need to solve a lighting problem. The exercises use minimal equipment and are based on studio still lifes; once understood, the principles can be used anywhere. By controlling the size of the light source, the type of reflection, and the family of angles of the reflections, the photographer can get the results he wants. Step-by-step examples include lighting glass, metal, shiny, black on black, and white on white subjects. Film range vis-a-vis shadows and highlights and the problems of mixed fluorescent and tungsten lighting are discussed, as are different types of studio lights. Illustrations are well placed and helpful. Recommended.-- Rona Mosler, Hackettstown P.L., N.J.

Then there is one of the better overviews of portrait lighting, based on the functional properties of the lights involved. Followed by a very useful chapter on the connection of characteristic curves (transfer curves) and exposure, and how this connection relates to overexposure and underexposure. This is an often misunderstood (and sometimes underestimated) concept. Its significance is fundamental when purposefully exposing for a specific part of the transfer curve.

This book is renowned for being the book to own to understand lighting! 


This is better than all the other how to books on the market which just provide set examples for photographers to follow. Light Science and Magic provides photographers with a comprehensive theory of the nature and principles of light to allow individual photographers to use lighting to express their own creativity. It will show you in-depth how to light the most difficult subjects such as surfaces, metal, glass, liquids, extremes (black-on-black and white-on-white), and people.


With more information specific for degital photographers, a brand new chapter on equipment, much more information on location lighting, and more on photographing people, you'll see why this is one of the only recommended books by www.strobist.com. 


Now, move the still-smoking popsicle stick into the cylinder that contains hydrogen peroxide. Again, no need to touch the bubbles or liquid in the cylinder. The ember where a flame once was will begin to glow more intensely as it stays in the cylinder until the flame relights!

In the instance of the popsicle flame, the three necessary components are present during the initial lighting of the fire. The heat generates from a separate flame, the lighter. The wood of the popsicle stick provides the fuel. Finally, the oxygen level present in the atmosphere is enough to sustain a flame.

Fil Hunter, Steven Biver, and Paul Fuqua ease the novice reader in with very basic lighting concepts focused on two-dimensional subjects. Each chapter builds until you have an understanding of how to light complicated objects like metal and glass. The diagrams and supporting pictures clearly illustrate the concepts, and the writing is very natural and easy to understand. When I finished the book, I had the know-how and confidence to light just about any project.

Covering the science, their various beautiful forms in nature, other amazing light forms and much more, this is the perfect book for budding scientists, artists or just lovers of all things rainbow.

My kids love balloons. What kid doesn't? So, it's only natural that we would do balloon science experiments. There are lots of science experiments with balloons out there, but this Magic Light Bulb Balloon Science Experiment is the most fascinating of all. My kids were mesmerized and asked to do it over and over again. That's the sign of a good, easy science experiment for kids. This science activity with a balloon is a great balloon STEM activity. It would even be a fun balloon magic trick for kids...because this activity definitely has some magic to it. Pure magic, I tell ya. You'll definitely get some cool points for doing this one.

If the experiment went well, you should have seen a dim light coming from the bulb when you moved the balloon. The light didn't appear when you held the balloon still; you only saw it when the balloon was moving. So, what explains this interesting effect?

Your hair contains electrical charges. When you rubbed the balloon in your hair, it picked up some of those electrical charges (static electricity). Well, the light bulb you used also has electrical charges in it, and some of them were attracted to the balloon. When you moved the balloon, it moved the electrical charges inside the bulb. Eventually, those charges bumped into some chemical in the bulb, and that bump caused the mechanical energy (motion) of the moving charges to be converted to radiant energy (light).

This is actually how these light bulbs produce light. When the electrical charges bump into chemicals in the light bulb, mechanical energy is converted to radiant energy. As a result, light is made. When you are using the light bulb in a lamp, the electricity that runs the lamp moves the electrical charges inside the bulb. Instead of using electricity from the wall socket, however, you used a balloon with electrical charges just so you could see it is the energy of motion (mechanical energy) that gets converted into light (radiant energy).

Now, if you didn't understand all of that, don't worry about it. The only thing you have to understand is that the mechanical energy of the balloon's motion was converted into another form of energy: radiant energy. Since radiant energy is light, you ended up seeing the light coming from the light bulb.

Balloons are for more than just science experiments and balloon animals. If you love balloons, you're sure to love these items. There's everything from shirts to home decor included in this list. There's something for everyone.

Photographic lighting is a topic that will never go out of style, no matter how sophisticated cameras and other technology get. Even with the most high-tech gear, photographers still need to put a lot of thought and vision into lighting their photographs in order to get great results. This key skill has the power to dramatically and quickly improve photographs. Light Science and Magic provides you with a comprehensive theory of the nature and principles of light, with examples and instructions for practical application. Featuring photographs, diagrams, and step-by-step instructions, this book speaks to photographers of varying levels. It provides invaluable information on how to light the most difficult subjects, such as surfaces, metal, glass, liquids, extremes (black-on-black and white-on-white), and portraits. This new edition includes: All new chapter titled "Setting Up Your New Studio" A re-vamped and expanded chapter 8 now titled "Making Portraits" New appendix of reliable photo gear sources Over 100 new photographs and informational sidebars Updated information about advances in flash equipment, LED panels and fluorescent lights Styles of lighting continue to change, but the nature of light will always remain the same. Once photographers understand the basic physics of lighting, they can apply that knowledge to a broad range of photographic styles.

Experience vivid laser light imagery paired with your favorite musical artists! In addition to an awesome show in the planetarium, Laser Light Music Nights feature special evening access to all of Flandrau's science exhibits decked out with special lighting and fun music. 17dc91bb1f

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