Has anyone chosen their led lights to specifically address the led problem with high blue (daylight) component which is know to impact sleep patterns and so may not be the best choice for living rooms or bedrooms.
Selecting warmer 2700K maybe a first course of action but there seems to be little information available.
This suggests incandescent are the best option.
also found below interesting suggesting which led bulbs may give higher 'quality'(CRI) light and maybe less blue.
(a bulb addressing this problems should be a significant marketting differentiation opportunity for led manufacturers)
another ref
Selecting warmer 2700K maybe a first course of action but there seems to be little information available.
This suggests incandescent are the best option.
also found below interesting suggesting which led bulbs may give higher 'quality'(CRI) light and maybe less blue.
Absolutely! CRI is Colour Rendering Index. In LED this tends to be higher with warm white colours but essentially, the higher the CRI (to 100 max), the better real colours look under that light. Reds, Blues, Greens etc will all look more lustrous under a higher number. A lower number has a noticable blanching effect on these types of colour. Next time you go to the butcher, notice the meat is presented under a pink light. This red end of the spectrum makes your beef look dense and bloody. It's a trick!
Of late I have noticed lighting hungry businesses like hair salons rightly changing to LED to save energy and money but then getting it all wrong by being all lit up with cool white temperatures. As an industry that deals heavily in colour, this shows how little attention is being given to the lighting as this is completely the wrong colour for them to be working under. A lady's (or gents if that's your thing) hair colour will look completely different as soon as they step outside. Hopefully better under the higher CRI of daylight but notwithstanding, hair salons should give consideration to this.
Most white LEDs start as a blue light chip then a phosphor (the yellow you see over the top) is applied which changes the colour. LEDs up to a CRI of around 80 will have started life as blue. 90+ CRI will have started life as Red (with the phosphor added) and tend to be more expensive.
For most people, 80 CRI would be more than adequate.
(a bulb addressing this problems should be a significant marketting differentiation opportunity for led manufacturers)
another ref