Optical Image Processing in Second-Harmonic Generation

The original publication is available at Springer website: http://www.springer.com/physics/optics/book/978-0-387-33818-7

Physics. Optics

Having joined to “Europe of knowledge” Ukraine requires essentially creating new manuals on physics in English. The book is developed for all forms of studying physics on the Credit-based Modular System basis in higher school. Physics. Module “Optics” presents the essential principles of wave optics. It contains Study Units which include theoretical information, test questions, sample problems, laboratory works and individual home tasks. It is designed for students of engineering specialities.Having joined to “Europe of knowledge” Ukraine requires essentially creating new manuals on physics in English. The book is developed for all forms of studying physics on the Credit-based Modular System basis in higher school. Physics. Module “Optics” presents the essential principles of wave optics. It contains Study Units which include theoretical information, test questions, sample problems, laboratory works and individual home tasks. It is designed for students of engineering specialities

Injection and acceleration with physics optics in LEP

Up to now injection into LEP has been done using a dedicated injection optics, with a vertical b*v = 21 cm. After accelerating to higher energies a progressive optics change is made with beam to the physics¹ optics, where b*v = 5 cm. The use of synchrotron injection as the normal means of accumulation in LEP has opened up the possibility of injecting directly into the physics¹ optics. This has many advantages ranging from an easier operation, including a faster turnaround from injection to physics conditions, to allowing more flexibility in the optics design and matching. Results from machine development sessions are presented showing that there is no fundamental reason for not implementing this scheme. Potential drawbacks and limitations, especially for the maximum accumulated beam current are, however, discussed

The 2005 Nobel Prize in Physics: Optics

This article does not have an abstract

Study of High Beta Optics Solution for TOTEM

The TOTEM experiment requires special high beta optics solutions. We report on studies of optics for an intermediate β* = 90m, as well as a solutions for a very high β* of 1535 m, which respect all known constraints. These optics are rather different from the normal physics optics and will require global tune changes or adjustments