The Femtosecond Optics Group (FOG) was established in 1986 by Roy Taylor as a subgroup within the larger Laser Optics Group in the Physics Department. Initially research interests were in wavelength tunable femtosecond dye lasers, pulse compression techniques and optical soliton physics, with the group establishing a strong internationally dominant profile. In the 90s the group’s principal activities were in diode-pumped solid state lasers, fibre Raman amplifiers and basic nonlinear optics in fibre. In 2001 the group joined the newly formed Photonics Group and the research programmes became primarily all- fibre based developing high power MOPFA (master oscillator power fibre amplifier) systems for high power visible generation, pulsed and cw pumped supercontinuum production and novel nonlinear optical studies in specialist fibres.
Dr. Kelleher awarded Paterson Medal
Congratulations to Dr. Edmund Kelleher, Royal Academy of Engineering Research Fellow in the Femtosecond Optics Group, who was awarded the 2015 Paterson Medal by the Institute of Physics, in recognition of "his many contributions to pulse-width and wavelength-versatile fibre-based photonic sources".
Robert Woodward awarded Cavendish and Westminster Medals at SET for Britain 2015
Congratulations to Robert Woodward, PhD student in the Femtosecond Optics Group, who was recently awarded the Gold Award for Physics (Cavendish Medal) and the Westminster Medal at the 2015 SET for Britain event for his work on ultrafast laser development using nanomaterials. SET for Britain is an annual event to encourage, support and promote Britain's early-stage research scientists by inviting them to present their work to MPs and policymakers in Parliament.
Prof. Taylor awarded Rumford Medal
Congratulations to Prof. Roy Taylor, head of the Femtosecond Optics Group, who was awarded the 2012 Rumford Medal by the Royal Society, in recognition of "his outstanding contributions to tunable ultrafast lasers and nonlinear fibre optics, including fibre Raman, soliton and supercontinuum laser sources, which translated fundamental discoveries to practical technology".