Ha! Funny isn't it how 'obsolete technology' sometimes blows away the latest and greatest. And those new light bulbs shine such a pleasant glow don't they? Far, far, far, far superior to the spectrum of incandescent bulbs. This is why you see photographers and art studios using florescent lights whenever possible...
Some of these dolts would be happy to have the government tell them when they can and when they cannot take a shit. How pathetic.
Speaking as an artist.
Artists and photographers use a type of flourescent light called an Ott Light which is specially made to reproduce natural lighting. The bulbs and fixtures are extremely expensive. You wouldn't think of using them for lighting in your home. Flourescent lights and swirl lights are narrow spectrum lights that are especially hard on the eyes. As a tip, if someome wishes to preserve their vision, they would use both the new kind of lighting and incandescent lighting to broaden the spectrum. Eyes are designed for optimal vision in sunlight. Everything else is eye-strain except for the proprietary Ott Light.
Speaking as a scientist here;
Photopic vision relates to human vision at high
ambient light levels (e.g. during daylight conditions) when vision is mediated by the cones. The photopic vision regime applies to luminance levels > 3 cd/m^2. Scotopic vision relates to human
vision at low ambient light levels (e.g. at night) when vision is mediated by rods. Rods have a much higher sensitivity than the cones. However, the sense of color is essentially lost in the scotopic vision regime. At low light levels such as in a moonless night, objects lose their colors and only appear to have different gray levels. The scotopic vision regime applies to luminance levels < 0.003 cd/m^2. Mesopic vision relates to light levels between the photopic and scotopic vision regime (0.003 cd/m^2 < mesopic luminance < 3 cd/m).
Since we are speaking about high luminance levels, the sun emits a wavelength in the green spectrum primarily. The reason it appears white is the multitude of other wavelengths it also emits (including non-visible). It would be very easy to simulate sunlight for humans with LED's, it would not be expensive either.