Progressive myopia is a growing issue in every country as near vision demands for children continue to increase. In 1980, ...

Discover the latest advancements in laser vision correction, including next-gen LASIK techniques that achieve unprecedented ...

To measure the refractive index distribution in porcine eye lenses for two wavelengths from the visible spectrum: 532 and 633 nm, in order to determine whether there are any discernible wavelength ...

Please provide your email address to receive an email when new articles are posted on . In the past decade, refractive surgery has become a widespread means for ...

There is no question that the past 5 decades have been transformative for ophthalmologists and their patients. As part of ...

Toyohashi University of Technology researchers in collaboration with Massachusetts Institute of Technology (MIT), have developed a new material capable of retaining high transmissivity after thermal ...

We identified 2027 residents aged 40 years or older in Namil-myeon, a rural town in central South Korea. Of 1928 eligible residents, 1532 subjects (79.5%) participated. Each subject underwent ...

“The issues arising from prolonged time on phones and looking at computer screens are risk factors for getting myopia or what people in lay language call ...

When you choose LASIK surgery at the John A. Moran Eye Center, you have the confidence that your eyes are being cared for by world-renowned surgeons using state-of-the-art technology. As part of our ...

SEATTLE — As we age, seeing things up close and reading books and screens gets more difficult. Natural eye lenses that were once flexible and clear get harder and darker, making it tougher to see.

One of the promising new applications using the femtosecond laser in refractive surgery is the IntraCor procedure, [5,25] which is based on a controlled biomechanical manipulation. In this procedure, ...

Researchers in Korea have created a new metamaterial with the most extreme positive index of refraction yet – a whopping 38.6. The metamaterial operates at terahertz frequencies and the team believes ...