Dataset associated with the manuscript "Graphene-perovskite fibre photodetectors"

Details of files:

• Fig1d a spreadsheet containing raw data, with the y-axis representing current and the x-axis representing voltage as a function of the number of rolling cycles. In the Excel sheet, columns ranging from approximately -1 to 1 V represent the applied bias, while the rest correspond to the measured current values.

• Fig2 a spreadsheet containing raw data for the Raman spectra of CVD SLG on Cu and rolled graphene for different numbers of rolled layers. The columns, ranging mainly from 3500 to 1000, represent wavenumbers, while the corresponding Raman intensity values are provided for different layers of rolled SLG.

• Fig3 a spreadsheet containing raw data for Raman spectroscopy and the analysis of average values and standard deviations of: I(2D)/I(G), A(2D)/A(G), FWHM(G), Pos(G), FWHM(2D), Pos(2D), I(D)/I(G), and Pos(2D) as a function of Pos(G). Each subsheet represents one of these values along with its corresponding standard deviation, which is used for the error bars.

• Fig5 a spreadsheet containing Raman spectra for SLG/PVK on fiber and SLG/PVK on Si/SiO₂.

• Subsheet 5a represents wavenumbers ranging mainly from 10 to 400 cm⁻¹ with corresponding intensity values for graphene and perovskite.

• Subsheet 5b contains the corresponding normalized values, where the x-axis represents wavenumbers and the y-axis represents intensities.

• Subsheet 5c provides Raman spectroscopy data with x-axis columns for wavenumbers and y-axis columns for intensity, covering bare fiber, Al₂O₃, six-rolled SLG, and six-rolled SLG with PVK.

• Fig7 a spreadsheet containing raw data for optical characterization:

• Subsheet 7a contains absorbance data for PVK and SLG/PVK, where the x-axis represents wavelength and the y-axis represents absorbance.

• Subsheet 7b provides raw data for photoluminescence of PVK and SLG/PVK under 514.5 nm excitation, with the x-axis representing wavelength.

• Subsheet 7c includes time-resolved photoluminescence spectra of PVK and SLG/PVK under 400 nm excitation, with the x-axis representing time and the y-axis representing photoluminescence intensity.

• Fig8 a spreadsheet containing transconductance measurements of photodetectors:

• Subsheet 8a: x-axis represents voltage (V), y-axis represents current (A).

• Subsheet 8b: x-axis represents voltage, y-axis represents photocurrent (A).

• Subsheet 8c: x-axis represents gate voltage, y-axis represents drain current (A).

• Subsheet 8d: x-axis represents voltage (ranging from -1 to 1 V), y-axis represents corresponding photocurrent values.

• Subsheet 8e: x-axis represents power density, y-axis represents responsivity (A/W).

• Subsheet 8f: x-axis represents time (s), y-axis represents response time and current (A).

· Fig9 a spreadsheet containing raw data for noise and wavelength dependency of photodetectors:

• Subsheet 9a: x-axis represents frequency (Hz), y-axis represents noise density.

• Subsheet 9b: x-axis represents wavelength, y-axis represents corresponding responsivity and absorption.

• Fig10 a spreadsheet containing raw data for flexibility measurements of the photodetector:

• Subsheet 10a: x-axis represents the radius of curvature, y-axis represents photocurrent values at different bending stages.

• Subsheet 10b: x-axis represents bending cycles, y-axis represents corresponding current values.

• Subsheet 10c: x-axis represents washing cycles, y-axis represents corresponding current values.