Add to ORKGSpecial fibres have been fabricated to demonstrate the potential of using multicomponent glass materials for sensors, devices and fibre lasers. High nonlinearity and large Verdet constants are confirmed for lead-silicate glass fibres. Nonlinear effects such as second harmonic generation (SHG), third harmonic generation (THG), electro-optic (EO) Kerr effect and optical switching are observed for F7 core glass fibres. Compound glasses are investigated as host glasses for fibre lasers and amplifiers. An all glass cladding pumped Nd-doped fibre laser from compound glasses is characterized
When grouped with rare-earths, glass optical fibres provide the ideal amplifier and laser medium. Am...
In this article we present a study of a new class of optical fibers based on lead germanate glass. T...
The incorporation of rare-earth ions into glass fibres to form fibre lasers and amplifiers is not a ...
Silica has been mostly used in special fibres because of its low loss transmission. However, some sp...
This paper reviews current research activities on novel multicomponent (soft) glasses for optical-fi...
This thesis describes the novel multicomponent glasses as the basis for fibre optic device and syste...
This thesis investigates new fibre technologies and their application in nonlinear optical systems, ...
Phosphate, telluride, and fluoride glasses allow new fiber laser frequencies. Some nonlinear effects...
This thesis focuses on the potential of compound-glass, highly nonlinear, small-core fibres for use ...
This thesis focuses on the potential of compound-glass, highly nonlinear, small-core fibres for use ...
To date research on optical fibre lasers and amplifiers has mainly concentrated on two classes of ho...
Phosphate, telluride, and fluoride glasses allow new fiber laser frequencies. Some nonlinear effects...
Phosphate, telluride, and fluoride glasses allow new fiber laser frequencies. Some nonlinear effects...
Reported in this thesis are advances in glass poling, a technique which produces second-order optica...
Through a series of case studies based on current research topics in Southampton, we describe optoel...
When grouped with rare-earths, glass optical fibres provide the ideal amplifier and laser medium. Am...
In this article we present a study of a new class of optical fibers based on lead germanate glass. T...
The incorporation of rare-earth ions into glass fibres to form fibre lasers and amplifiers is not a ...
Silica has been mostly used in special fibres because of its low loss transmission. However, some sp...
This paper reviews current research activities on novel multicomponent (soft) glasses for optical-fi...
This thesis describes the novel multicomponent glasses as the basis for fibre optic device and syste...
This thesis investigates new fibre technologies and their application in nonlinear optical systems, ...
Phosphate, telluride, and fluoride glasses allow new fiber laser frequencies. Some nonlinear effects...
This thesis focuses on the potential of compound-glass, highly nonlinear, small-core fibres for use ...
This thesis focuses on the potential of compound-glass, highly nonlinear, small-core fibres for use ...
To date research on optical fibre lasers and amplifiers has mainly concentrated on two classes of ho...
Phosphate, telluride, and fluoride glasses allow new fiber laser frequencies. Some nonlinear effects...
Phosphate, telluride, and fluoride glasses allow new fiber laser frequencies. Some nonlinear effects...
Reported in this thesis are advances in glass poling, a technique which produces second-order optica...
Through a series of case studies based on current research topics in Southampton, we describe optoel...
When grouped with rare-earths, glass optical fibres provide the ideal amplifier and laser medium. Am...
In this article we present a study of a new class of optical fibers based on lead germanate glass. T...
The incorporation of rare-earth ions into glass fibres to form fibre lasers and amplifiers is not a ...