-
frequencies in the
range of tens of
terahertz (THz, infrared) to a few
petahertz (PHz, ultraviolet), with the
visible spectrum being 400–790 THz. Electromagnetic...
- 10 nanometers to 10 picometers,
corresponding to
frequencies in the
range of 30
petahertz to 30 exahertz (3×1016 Hz to 3×1019 Hz) and
photon energies in the range...
-
molecular structure of
quartz gl**** platters,
using a high-precision
petahertz pulse laser, i.e. one that
pulses a
quadrillion (1,000,000,000,000,000)...
-
megameter 1×106
meters Frequency EHz
exaHertz 1×1018
hertz Frequency PHz
petaHertz 1×1015
hertz Frequency THz
teraHertz 1×1012
hertz Frequency GHz gigaHertz...
- to 790 THz Electromagnetic –
visible light, from red to
violet 1015 1
petahertz (PHz) 2.47 PHz Electromagnetic – Lyman-alpha line 1016 10 PHz 30 PHz Electromagnetic –...
-
optical computing requirements with much
cheaper costs leading the way to
petahertz consumer electronics.[citation needed] The
primary application for photonic...
- physics:
investigation of
exciton dynamics in
advanced 2D materials,
petahertz charge carrier motion in solids, spin
dynamics in
ferromagnetic materials...
-
clock signals.
These optical atomic clocks emitted frequencies in the
petahertz (1 PHz = 1015 Hz)
range and had
frequency uncertainties in the 10−17 range...
-
limit for
electronic computers, optoelectronics, of
approximately one
petahertz (1015 Hz) is reported. This
theoretical maximum is
about 100,000 times...
- H.; Klostermann, T.; Guggenmos, A.; Goulielmakis, E. (2016). "Multi-
petahertz electronic metrology". Nature. 538 (7625): 359–363. doi:10.1038/nature19821...
