Cenvis

Non-volatile holographic storage in doubly doped lithium niobate crystals

Nature 393, 665-668 (18 June 1998)
Photorefractive materials are being widely investigated for applications in holographic data storage¹. Inhomogeneous illumination of these materials with an optical interference pattern redistributes charge, builds up internal electric fields and so changes the refractive index.

Cenvis

The Objectives of the project will be achieved by the set of SSA activities in the areas of networking, improvement of human recourses, exchange of personnel, visiting researchers, and equipment acquisition, all in the framework of the Centers continuous development and integration with European leading international institutions and Centers of Excellence.

The main objectives of the CenVis Project are:

Objective 1.	Securing Sustainable Development and Operation
Objective 2.	Upgrading the existing e-infrastructure
	Sub-Objective 2.1.	Enhancement of the existing network storage
	Sub-Objective 2.2.	Establish the visualization Center and laboratory
	Sub-Objective 2.3.	Possible or potential improvement of the lecture auditorium
Objective 3.	Strenghtening the regional and national Human Network
	Sub-Objective 3.1.	Train young employed experts twoards e-Science
	Sub-Objective 3.2.	Promote usage of modern -Science methodology