CPA

E939150

CPA is a laser technology technique that amplifies ultrashort light pulses to extremely high peak powers by stretching, amplifying, and then recompressing them.

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Label Occurrences
CPA canonical 1

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Statements (48)

Predicate Object
instanceOf chirped pulse amplification technique ⓘ
laser technology technique ⓘ
advantage allows amplification to very high energies ⓘ
prevents damage to optical components during amplification ⓘ
category nonlinear optics technique ⓘ
ultrafast laser technology ⓘ
component pulse amplifier ⓘ
pulse compressor ⓘ
pulse stretcher ⓘ
developedBy Donna Strickland ⓘ
Gérard Mourou ⓘ
developmentYear mid‑1980s ⓘ
enables attosecond pulse generation ⓘ
generation of extremely high electric fields ⓘ
generation of high‑order harmonics ⓘ
laser‑driven particle acceleration ⓘ
petawatt‑class laser systems ⓘ
terawatt‑class laser systems ⓘ
firstDemonstratedAt University of Rochester ⓘ
fullName Chirped Pulse Amplification ⓘ
keyConcept time‑bandwidth product conservation in pulse manipulation ⓘ
operatesOn chirped optical pulses ⓘ
principle amplifying temporally stretched pulses at lower peak intensity ⓘ
recompressing amplified pulses to near original duration ⓘ
stretching ultrashort pulses in time before amplification ⓘ
recognizedBy 2018 Nobel Prize in Physics ⓘ
recognizedFor method of generating high‑intensity ultra‑short optical pulses ⓘ
relatedTo mode‑locked lasers ⓘ
optical parametric chirped pulse amplification (OPCPA) ⓘ
requires dispersive optical elements ⓘ
gratings or prisms for stretching and compression ⓘ
typicalGainMedium Ti:sapphire amplifiers ⓘ
fiber amplifiers ⓘ
solid‑state laser amplifiers ⓘ
typicalPulseDuration femtosecond regime ⓘ
picosecond regime ⓘ
usedFor achieving extremely high peak powers ⓘ
amplifying ultrashort light pulses ⓘ
high‑intensity laser physics ⓘ
ultrafast laser science ⓘ
usedIn attosecond science ⓘ
high‑field physics ⓘ
inertial confinement fusion research ⓘ
laser physics ⓘ
material processing ⓘ
micromachining ⓘ
nonlinear optics experiments ⓘ
optics ⓘ

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Full triples — surface form annotated when it differs from this entity's canonical label.