An equation as simple as the one we've just met allows you to calculate, for example, the energy of a photon: check our photon energy calculator to discover the Planck's relationship. And not far from there, with the knowledge you've acquired, you can understand the experiment that ...
We also have a tool that determines a photon's energy based on its wavelength. Maybe you would like to check it out. It is wavelength to energy calculator. How to calculate wavelength of a frequency? If you are wondering, How to calculate the wavelength of a frequency? or How to calcula...
The calculation of photon energy can be done using this formula: e = h*f e = c * h/ λ Where ‘e’ = energy in joules ‘f’ = frequency is in cycles/sec. ‘h’ = Planck’s constant and the value of this is 6.6260695729 x 10-34 J*Secs) ‘λ’ = wavelength in meters Conver...
The numerical model uses a combination of Python libraries to calculate the electric susceptibility. For this paper, the ARC (Atomic Rydberg Calculator), QuTip, NumPy [45] and SciPy [46] are used together with custom scripts to take user information on the system configuration. ...
Calculator for Soliton Parameters Group velocity dispersion:(1 fs2= 10−30s2) Nonlinearity:(phase shift per watt of peak power and meter of fiber) Pulse duration:calc Pulse energy:calc Peak power: Enter input values with units, where appropriate. After you have modified some values, click a...
This lead to the Schawlow–Townes equation, which became one of the most famous equations of laser physics:Δνlaser=4πhν(Δνc)2Pout with the photon energy hν, the resonator bandwidth Δνc (half width at half-maximum, HWHM), and the output power Pout. It has been assumed that...