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Cerullo, Giulio

Del'Haye, Pascal

Faccio, Daniele Franco Angelo

Fielding, Helen H.

Harren, Frans J. M.

Heyl, Christoph M.

Holzwarth, Ronald

Mourou, Gérard

Reid, Derryck Telford

Steinmeyer, Günter

Südmeyer, Thomas

Tajima, Toshiki

Thomson, Robert R.

Trebino, Rick

Zhang, Zhigang

English

Reid, D.T.

Heyl, C.M.

Thomson, R.R.

Trebino, R.

Steinmeyer, G.

Fielding, H.H.

Holzwarth, R.

Zhang, Z

DelHaye, P.

Südmeyer, T.

Mourou, G.

Tajima, T.

Faccio, D.

Harren, F.J.M.

G. Cerullo, G.

NARCIS 

Roadmap on ultrafast optics

The year 2015 marked the 25th anniversary of modern ultrafast optics, since the demonstration of the first Kerr lens modelocked Ti:sapphire laser in 1990 (Spence et al 1990 Conf. on Lasers and Electro-Optics, CLEO, pp 619-20) heralded an explosion of scientific and engineering innovation. The impact of this disruptive technology extended well beyond the previous discipline boundaries of lasers, reaching into biology labs, manufacturing facilities, and even consumer healthcare and electronics. In recognition of such a milestone, this roadmap on Ultrafast Optics draws together articles from some of the key opinion leaders in the field to provide a freeze-frame of the state-of-the-art, while also attempting to forecast the technical and scientific paradigms which will define the field over the next 25 years. While no roadmap can be fully comprehensive, the thirteen articles here reflect the most exciting technical opportunities presented at the current time in Ultrafast Optics. Several articles examine the future landscape for ultrafast light sources, from practical solid-state/fiber lasers and Raman microresonators to exotic attosecond extreme ultraviolet and possibly even zeptosecond x-ray pulses. Others address the control and measurement challenges, requiring radical approaches to harness nonlinear effects such as filamentation and parametric generation, coupled with the question of how to most accurately characterise the field of ultrafast pulses simultaneously in space and time. Applications of ultrafast sources in materials processing, spectroscopy and time-resolved chemistry are also discussed, highlighting the improvements in performance possible by using lasers of higher peak power and repetition rate, or by exploiting the phase stability of emerging new frequency comb sources.</p

Heriot Watt Pure

Reid, D.

Heyl, C.

Thomson, R.

Fielding, H.

Zhang, Z.

Del'Haye, P.

Harren, F.

Cerullo, G.

MPG.PuRe

The year 2015 marked the 25th anniversary of modern ultrafast optics, since the demonstration of the first Kerr lens modelocked Ti:sapphire laser in 1990 (Spence et al 1990 Conf. on Lasers and Electro-Optics, CLEO, pp 619-20) heralded an explosion of scientific and engineering innovation. The impact of this disruptive technology extended well beyond the previous discipline boundaries of lasers, reaching into biology labs, manufacturing facilities, and even consumer healthcare and electronics. In recognition of such a milestone, this roadmap on Ultrafast Optics draws together articles from some of the key opinion leaders in the field to provide a freeze-frame of the state-of-the-art, while also attempting to forecast the technical and scientific paradigms which will define the field over the next 25 years. While no roadmap can be fully comprehensive, the thirteen articles here reflect the most exciting technical opportunities presented at the current time in Ultrafast Optics. Several articles examine the future landscape for ultrafast light sources, from practical solid-state/fiber lasers and Raman microresonators to exotic attosecond extreme ultraviolet and possibly even zeptosecond x-ray pulses. Others address the control and measurement challenges, requiring radical approaches to harness nonlinear effects such as filamentation and parametric generation, coupled with the question of how to most accurately characterise the field of ultrafast pulses simultaneously in space and time. Applications of ultrafast sources in materials processing, spectroscopy and time-resolved chemistry are also discussed, highlighting the improvements in performance possible by using lasers of higher peak power and repetition rate, or by exploiting the phase stability of emerging new frequency comb sources

Reid, Derryck T.

Faccio, Daniele

Harren, Frans J M

Lund University Publications

The year 2015 marked the 25th anniversary of modern ultrafast optics, since the demonstration of the first Kerr lens modelocked Ti:sapphire laser in 1990 (Spence et al 1990 Conf. on Lasers and Electro-Optics, CLEO, pp 619-20) heralded an explosion of scientific and engineering innovation. The impact of this disruptive technology extended well beyond the previous discipline boundaries of lasers, reaching into biology labs, manufacturing facilities, and even consumer healthcare and electronics. In recognition of such a milestone, this roadmap on Ultrafast Optics draws together articles from some of the key opinion leaders in the field to provide a freeze-frame of the state-of-the-art, while also attempting to forecast the technical and scientific paradigms which will define the field over the next 25 years. While no roadmap can be fully comprehensive, the thirteen articles here reflect the most exciting technical opportunities presented at the current time in Ultrafast Optics. Several articles examine the future landscape for ultrafast light sources, from practical solid-state/fiber lasers and Raman microresonators to exotic attosecond extreme ultraviolet and possibly even zeptosecond x-ray pulses. Others address the control and measurement challenges, requiring radical approaches to harness nonlinear effects such as filamentation and parametric generation, coupled with the question of how to most accurately characterise the field of ultrafast pulses simultaneously in space and time. Applications of ultrafast sources in materials processing, spectroscopy and time-resolved chemistry are also discussed, highlighting the improvements in performance possible by using lasers of higher peak power and repetition rate, or by exploiting the phase stability of emerging new frequency comb sources.SCI(E)EIARTICLED.T.Reid@hw.ac.uk91

Steinmeyer, Guenter

Del&apos

Sudmeyer, Thomas

Mourou, Gerard

Institutional Repository of Peking University

Journal of Optics

The year 2015 marked the 25th anniversary of modern ultrafast optics, since the demonstration of the first Kerr lens modelocked Ti:sapphire laser in 1990 (Spence et al 1990 Conf. on Lasers and Electro-Optics, CLEO, pp 619–20) heralded an explosion of scientific and engineering innovation. The impact of this disruptive technology extended well beyond the previous discipline boundaries of lasers, reaching into biology labs, manufacturing facilities, and even consumer healthcare and electronics. In recognition of such a milestone, this roadmap on Ultrafast Optics draws together articles from some of the key opinion leaders in the field to provide a freeze-frame of the state-of-the-art, while also attempting to forecast the technical and scientific paradigms which will define the field over the next 25 years. While no roadmap can be fully comprehensive, the thirteen articles here reflect the most exciting technical opportunities presented at the current time in Ultrafast Optics. Several articles examine the future landscape for ultrafast light sources, from practical solid-state/fiber lasers and Raman microresonators to exotic attosecond extreme ultraviolet and possibly even zeptosecond x-ray pulses. Others address the control and measurement challenges, requiring radical approaches to harness nonlinear effects such as filamentation and parametric generation, coupled with the question of how to most accurately characterise the field of ultrafast pulses simultaneously in space and time. Applications of ultrafast sources in materials processing, spectroscopy and time-resolved chemistry are also discussed, highlighting the improvements in performance possible by using lasers of higher peak power and repetition rate, or by exploiting the phase stability of emerging new frequency comb sources

Reid, DT

Heyl, CM

Thomson, RR

Trebino, R

Steinmeyer, G

Fielding, HH

Holzwarth, R

Del’Haye, P

Südmeyer, T

Mourou, G

Tajima, T

Faccio, D

Harren, FJM

Cerullo, G

UCL Discovery

Radboud Repository

Del’Haye, Pascal

Harren, Frans J.M.

Enlighten: Publications

Derryck T Reid

Christoph M Heyl

Robert R Thomson

Rick Trebino

Günter Steinmeyer

Helen H Fielding

Ronald Holzwarth

Zhigang Zhang

Pascal Del’Haye

Thomas Südmeyer

Gérard Mourou

Toshiki Tajima

Daniele Faccio

Frans J M Harren

Giulio Cerullo

Crossref

Sudmeyer, T.

https://pureapps2.hw.ac.uk/ws/files/14617304/Roadmap_on_ultrafast_optics_accepted_05May2016.pdf

Roadmap on ultrafast optics

Abstract

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NARCIS

Heriot Watt Pure

MPG.PuRe

Lund University Publications

Institutional Repository of Peking University

UCL Discovery

Radboud Repository

Enlighten: Publications

Crossref

MPG.PuRe