Throughout the 30-year history of holographic storage, an enormous number of material
systems have been studied for use as the recording medium. In spite of the years and effort …

The storage density of shift-multiplexed holographic memory is calculated and compared
with experimentally achieved densities by use of photorefractive and write-once materials …

The design and the realization of an advanced precision optical test stand for evaluating
materials and developing tools and techniques for holographic digital data storage are …

The promise of using volume holography to deliver high performance optical storage
systems is at hand. The possibility of extremely large storage capacities and fast transfer …

In this paper, we discuss fundamental issues underlying holographic data storage: grating
formation, recording and readout of thick and thin holograms, multiplexing techniques …

We consider holographic optical data storage systems implemented with photorefractive
media. Our viewpoint emphasizes the close interaction between materials and device …

We present an overview of our research effort on volume holographic digital data storage.
Innovations, developments, and new insights gained in the design and operation of working …

Holographic data-storage (HDS) technologies have the potential to meet the ''information
age''requirements for fast data transfer and high storage capacity.[1–7] There are a variety of …

While photorefractivity during the 1970s and 1980s was studied in many different classes of
inorganic materials [1], organic photorefractive (PR) materials emerged only in the 1990s …

Holographic storage is considered a promising successor to currently available optical
storage technologies. Enabling significant gains in both data transfer rates and storage …