The repository data for

"Hybridization of multiple vibrational modes via strong coupling using confined light fields"

by Menghranjani et al. (Advanced Optical Materials, 2019)

are,




figure2.txt

For figure 2,

three files are merged here

file 2.1 shows experimentall transmission data of 2 um PMMA,
file 2.2 computationally calcualted empty cavity and,
file 2.3 shows transmission data ofexperimentally filled cavity at angle 0.




figure3.txt

For figure 3,

again, data files are merged

For Figure  3a, file 3.1 shows computationally caclulated transmission spectra of pmma filled cavity for 70' angles.
For figure 3b, file 3.2 shows experimentally determined transmission spectra of pmma filled cavity for 70' angles.



figure4.txt

For figure 4,

again, data files are merged

For Figure  4a, file 4.1 shows data points of computationally caclulated empty cavity mode.
For figure 4b, file 4.2 shows experimentally calculated transmission spectra of different bands. 




figure5.txt

For figure 5,

again, data files are merged


For Figure  5a, file 3.1 shows computationally caclulated transmission spectra of pmma on grating strcture for 30' angles.
For figure 5b, file 3.2 shows experimentally calculated transmission spectra of pmma on grating strcture for 30' angles.




figure6.txt

For figure 6,

again, data files are merged


For Figure  6a, file 6.1 shows data points of computationally caclulated grating mode without oscillation strength.
For figure 6b, file 6.2 shows experimentally calculated transmission spectra of different bands.