If you struggle with sleep, perhaps one of these noise colors can help you have sweet dreams. This is who they're best for.

If you’ve ever been lulled to sleep by soft rain or put on a “waterfall sounds” playlist to help you relax, you might unknowingly be a fan of pink noise.

There’s a growing buzz around pink noise, brown noise, green noise — a rainbow of soothing sounds — and their theoretical effects on sleep, concentration and the relaxation response.

There’s a growing buzz around pink noise, brown noise, green noise — a rainbow of soothing sounds — and their theoretical effects on sleep, concentration and the relaxation response.

White noise is well-known for masking sounds, but pink, brown, and other colored noises are gaining popularity for their potential benefits on sleep, concentration, and relaxation despite limited ...

There’s a growing buzz around pink noise, brown noise, green noise — a rainbow of soothing sounds — and their theoretical effects on sleep, concentration and the relaxation response.

There’s a growing buzz around pink noise, brown noise, green noise — a rainbow of soothing sounds — and their theoretical effects on sleep, concentration and the relaxation response.

With this in mind, we asked experts to sound out whether pink noise could help runners to relax, recover and ultimately perform better.

Move over white noise—pink noise is the latest trend gaining popularity among people seeking better sleep and deeper relaxation. This softer, more soothing sound is fast becoming a go-to tool ...

There’s a growing buzz around pink noise, brown noise, green noise — a rainbow of soothing sounds — and their theoretical effects on sleep, concentration and the relaxation response.

PORTLAND, Ore. — You may have heard of white noise used to mask background sounds. Now, it has colorful competition. There’s a growing buzz around pink noise, brown noise, green noise — a rainbow of ...

There’s a growing buzz around pink noise, brown noise, green noise — a rainbow of soothing sounds — and their theoretical effects on sleep, concentration and the relaxation response.