2.1 Ultrafast solid-state lasers - ETH - the Keller Group

Ref. p. 134] 2.1 Ultrafast solid-state lasers 45
Table 2.1.2 continued.
Laser material ML technique λ0 τp Pav,out frep Remarks Ref.
780 nm 8.5 fs 1 W 75 MHz 1.5 MW peak, focused intensity [98Xu]
5 × 10 13 W/cm 2
850 nm 13 fs 1.5 W 110 MHz 1 MW peak, 13 nJ out [99Bed]
800 nm 16.5 fs 170 mW 15 MHz 0.7 MW peak, 0.011 μJ [99Cho]
788 nm 43 fs 5.85 MHz 150 nJ, 3.5 MW peak [03Kow]
≈ 800 nm 26 fs
30 fs
≈ 1.5 W
≈ 2W
≈ 800 nm 50 fs 1 W
2.5 W
11 MHz
11 MHz
2MHz
50 MHz
130 nJ par 280 nJ, > 5MW
peak
0.5 μJ
50 nJ
782 nm 23 fs 300 mW 2 GHz ring laser, ML is self-starting
due to feedback from external
mirror
560–1150 nm
@ −50 dBc
[04Fer]
[05Nau]
[99Bar]
1 GHz five-element ring laser [02Bar]
soliton-SESAM 840 nm 34 fs 140 mW 98.9 MHz first SESAM design with a single
quantum-well absorber in a
Bragg reflector
KLM and cavitydumped
90 fs new acronym for special
SESAM design: SBR
810 nm 13 fs 80 mW 85 MHz shortest pulse with soliton
mode-locking and no KLM
[95Bro2]
[95Tsu]
[96Kae]
840 nm 240 fs 10 mW 2.3 GHz [03Sto]
800 nm 54 fs 3.5 W 6.23 MHz 0.56 μs pulse energy [06Dew]
835 nm 50 fs ≤ 950 kHz 100 nJ pulse energy [93Ram2]
13 fs 80 kHz 62 nJ, 5 MW peak power [94Psh]
800 nm 17 fs 1 kHz 212 nJ pulse energy [96Gib]
4.6 fs ≤ 1 MHz 2 MW peak power [97Bal]
780 nm 60 fs 0.36 W 0.8 MHz 0.45 μJ pulse energy [06Zho]
(continued)
Landolt-Börnstein
New Series VIII/1B1