Head-mounted displays (HMDs) for augmented reality (AR) and virtual reality (VR) are
expected to have a wide field of view, high resolution, no artifacts, vergence accommodation …

In the field of augmented reality/virtual reality head-mounted displays or eyeglasses, electro-
optical tunable lenses have great potential to resolve the issue of accommodation …

For the correction of defocus and astigmatism, mechanical approaches are well known, but
there is a need for a non-mechanical, electrically tunable optical system that could provide …

There is a need for a tunable lens technology in AR/VR head mounted displays to solve the
accommodation-convergence mismatch issue. Liquid crystal lens technology is one of the …

An optical imaging system's image quality can deteriorate due to uncorrected astigmatism
and defocus. An approach to correct these issues is proposed, which involves a non …

Solving the accommodation‐convergence mismatch issue, which causes eye fatigue,
remains a challenge in the field of AR/VR/3D HMDs. We propose a solution to tackle such …

In imaging system, de-focus and astigmatism are the most common optical aberrations, and
finding non-mechanical approach of correcting these aberrations is of great interest …

While the near‐to‐eye HMDs are advancing in display resolution, there are active
challenges related to accommodation‐convergence (AC) conflict correction as well as …

Dynamic correction of astigmatism: supplement Page 1 Supplemental Document Dynamic
correction of astigmatism: supplement AMIT K. BHOWMICK,1 AFSOON JAMALI,2 DOUGLAS …