Shine a light through a prism, or hang one in the window on a sunny day, and you'll see a rainbow. It's the same rainbow you see in the sky because, on a day with a mixture of rain and sun, each raindrop acts as a miniature prism. For physicists debating whether light is a wave or particle, this phenomenon is a strong argument for the former. In fact, experiments with prisms were central to Issac Newton's formulation of the theory of optics and the wave nature of light.

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The angle of refraction in a particular medium is defined by its index of refraction, which is a property derived by dividing the speed of light in a vacuum by the speed of light in that particular medium. When light passes from one medium to another, the angle of refraction can be derived by dividing the indices of refraction of the two media. This relationship is known as Snell's Law, named for the 17th century physicist who discovered it.

I was convinced because of the '50' in its name it would be a 50MP sensor, and when it was launched I remember being heartbroken that this new revolutionary camera was 'only' 45.7MP, and that put me off the whole camera entirety and made me keep my Nikon D800s – which looking back at it now was such a mistake!

He is a Fellow of The Royal Society of Arts, holds a Foundation Degree in Equitation Science, and is a Master of Arts in Publishing.  He is a member of Nikon NPS and has been a Nikon user since the film days using a Nikon F5 and saw the digital transition with Nikon's D series cameras and is still to this day the youngest member to be elected into BEWA, The British Equestrian Writers' Association.

Deziel, Chris. "What Happens To A White Light When It Passes Through A Prism And Why?" sciencing.com, https://www.sciencing.com/happens-light-passes-through-prism-8557530/. 30 April 2018.

Deziel, Chris. (2018, April 30). What Happens To A White Light When It Passes Through A Prism And Why?. sciencing.com. Retrieved from https://www.sciencing.com/happens-light-passes-through-prism-8557530/

For nearly two decades Sebastian's work has been published internationally. Originally specializing in Equestrianism, his visuals have been used by the leading names in the equestrian industry such as The Fédération Equestre Internationale (FEI), The Jockey Club, Horse & Hound, and many more for various advertising campaigns, books, and pre/post-event highlights.

I took this as a sign to stay with Nikon and that they would come out with a 50MP monster to tackle the Canon EOS 5DR – that camera was the Nikon D850, and I knew what it was going to be called through word of mouth by friends who will be unnamed here – back in the days before leaks online!

Deziel, Chris. What Happens To A White Light When It Passes Through A Prism And Why? last modified March 24, 2022. https://www.sciencing.com/happens-light-passes-through-prism-8557530/

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I even remember being in talks with Canon about testing two of them with a 200mm f/2 and a 600mm f/4, preparing myself to jump ship from my familiar Nikon kit of 10+ years at the time to go with the Canon 5DS if it could keep up with my workflow. However, I was told by a Nikon rep to 'hold fire, you'll enjoy what's coming'.

Although we traditionally identify a rainbow by seven component colors, it's actually a continuum with no discrete boundaries from one hue to the next. It was Newton who arbitrarily split the spectrum into seven colors in deference to the ancient Greeks, who believed seven to be a mystical number. The colors are, in order from longest wavelength to shortest, red, orange, yellow, green, blue, indigo and violet. If you're looking for a way to remember the order, use the acronym ROYGBIV, pronounced roy-gee-biv, or try this mnemonic: ROY Gave Betti Violets.

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That mindset made me forgo possibly the best DSLR ever made – the Nikon D850, DCW's most loved camera, just because it wasn't 50 megapixels at the time and that was a MASSIVE mistake on my part!

White light refracts when it passes through a prism. Each wavelength refracts at a different angle, and the emergent light forms a rainbow.

Refraction is a phenomenon that happens when a beam of white light passes through the interface between air and a denser medium, such as glass or water. Light travels more slowly in a denser medium, so it changes direction – or refracts – when it passes through the interface. White light is a mixture of all the wavelengths of light, and each wavelength refracts at a slightly different angle. Therefore, when the beam emerges from the denser medium, it has been split into its component wavelengths. The ones you can see form the familiar rainbow.

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Many other materials besides glass produce rainbows. Diamond, ice, clear quartz and glycerine are just some examples. The breadth of the rainbow is a function of the index of refraction, which varies directly with the density of the material. You can even see a rainbow when light passes from water through a clear crystal or piece of glass and back into water.

He is familiar with and shows great interest in street, medium, and large format photography with products by Leica, Phase One, Hasselblad, Alpa, and Sinar. Sebastian has also used many cinema cameras from the likes of Sony, RED, ARRI, and everything in between. He now spends his spare time using his trusted Leica M-E or Leica M2 shooting Street photography or general life as he sees it, usually in Black and White.

I feel my photographic journey has come full circle as I have gotten older, and I am possibly a little wiser! I used to chase megapixels, but now I chase pictures instead. Unfortunately, in my younger days, all I wanted was resolution to offer clients the best possible images during my professional sports photography career.

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The wavelength frequency increases as you proceed across the rainbow from red to violet. This means the energy of the individual photons – or wave packets – also increases, because the two are directly related by Planck's Law.

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This is a total contrast to what I am shooting now. The Nikon D800 is my "high-res" camera, but my main camera is an 18MP Leica M-E – yep, that's right, an 18-megapixel camera. What was I thinking back in 2017?

It could capture up to 5 frames-per-second, had USB 3.0, and even had a handy built-in crop factor of either 1.3x or 1.6x giving you 30.5MP or 19.6MP stills respectively meaning it could be used for any client work and I was hooked!

At the time the method behind my total madness was that Canon had just launched the Canon EOS 5DS and 5DS R, 50.6-megapixel cameras – the highest resolution DSLR ever then – and even to this day in 2024!

Not because my D800s were useless. Far from it. In fact, I still have one D800 today that I use frequently! It was the fact I never gave the D850 a chance, I should have trusted in the brand I set my whole career on for over a decade, but I got so hung up on the megapixels that's all I could think about.

I'm sure the Nikon D850 would have been the perfect camera for me back then, and it's on my 'to-buy' list when a good-priced one comes up – not that 45MP needs to be in my workflow these days – but let this be a lesson to anyone looking at new cameras. Never get caught up on the specs too much or its resolution. Go out and try it in the real world, only then you will know if it will work. It's what I should have done with the Nikon D850, it's what I have done with every camera since!

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Oct 22, 2024 — The depth of field of a high-resolution bright-field microscope is only a couple of micrometers [1] . For 3D imaging, a series of 2D thin slices ...

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