monitors

Even if you'd have a very good screen, very few people go through the trouble of calibrating their monitors.

However, in the data leak scenario, the incentives are lined up to favor the monitors and not the leakers.

Instead of simply making video games, it now makes DVD players, Android tablets, and even baby monitors.

It isn't uncommon for me to have multiple browser windows across two or three monitors with 10 to 20 tabs each.

Personally, it's the white backgrounds that hurt my eyes both on large monitors and reading web pages at night on my tablet.

I don't think we need more brightness in ordinary monitors; maybe niche applications like outdoor-readable displays would benefit.

Computer monitors that appear to be say 500 ft away, but take up the equivalent field of view as your current monitor.

It lives on a laptop stand alongside connected monitors (which, btw, is another bonus, 5 displays if you like;-)).

I use a pair of studio monitors, and it's so much better than cranking up the volume.

We offer very-competitive-to-above-market pay, your choice of laptop and multiple monitors, 401k matching, annual bonus + biannual review, and more.

The monitors have budget, continuous practice, access to all company communications to derive norms, and roughly the same access to equipment as the leakers.

In ear monitors are often a combination of ear plugs and headphones.

If the non-white background is an offsetting factor, why isn't the fact that #000 is actually realized on LCD/LED monitors as "dark grey" also an offsetting factor to reduce contrast?

What I've come to expect from pop science is the "lie-to-children" description that our cones receive red, green, and blue light, as if only three wavelengths existed, and as if our eyes were designed to look at computer monitors instead of the other way around.