Data Underlying "Sub-Doppler Spectroscopy Of Quantum Systems Through Nanophotonic Spectral Translation Of Electro-optic Light" Https://arxiv.org/abs/2309.16069

CREATE TABLE data_for_figures_2c_e (
  "frequency_hz" DOUBLE  -- Frequency (Hz),
  "drive_power_db_arb" DOUBLE  -- Drive Power (dB Arb),
  "idler_power_db_arb" DOUBLE  -- Idler Power (dB Arb),
  "signal_power_db_arb" DOUBLE  -- Signal Power (dB Arb)
);

CREATE TABLE data_underlying_figure_2a (
  "detuning_mhz" DOUBLE  -- Detuning (MHz),
  "transmissio" DOUBLE
);

CREATE TABLE data_underlying_figure_2b (
  "modulation_frequency_hz" DOUBLE  -- Modulation Frequency (Hz),
  "signal_phase_response_ratio_640_mhz_fwhm" DOUBLE  -- Signal Phase Response Ratio - 640 MHz FWHM,
  "signal_phase_response_ratio_160_mhz_fwhm" DOUBLE  -- Signal Phase Response Ratio - 160 MHz FWHM
);

CREATE TABLE data_underlying_figure_2f (
  "frequency_hz" DOUBLE  -- Frequency (Hz),
  "detected_drive_power_db_arb_no_modulation" DOUBLE  -- Detected Drive Power (dB Arb) - No Modulation,
  "detected_drive_power_db_arb_sine_modulation_with_pi_depth" DOUBLE  -- Detected Drive Power (dB Arb) - Sine Modulation With Pi Depth
);

CREATE TABLE data_underlying_figure_2g (
  "frequency_hz" DOUBLE  -- Frequency (Hz),
  "detected_drive_power_db_arb_no_modulation" DOUBLE  -- Detected Drive Power (dB Arb) - No Modulation,
  "detected_signal_power_db_arb_sine_modulation_pi_depth" DOUBLE  -- Detected Signal Power (dB Arb) - Sine Modulation Pi Depth
);

CREATE TABLE data_underlying_figure_3a (
  "wavelength_nm" DOUBLE  -- Wavelength (nm),
  "top_trace_power_db" DOUBLE  -- Top Trace Power (dB),
  "middle_trace_power_db" DOUBLE  -- Middle Trace Power (dB),
  "wavelength_nm_1" DOUBLE  -- Wavelength (nm).1,
  "bottom_trace_power_db" DOUBLE  -- Bottom Trace Power (dB)
);

CREATE TABLE data_underlying_figure_3b (
  "detuning_mhz" DOUBLE  -- Detuning (MHz),
  "idler_proportion_of_power" DOUBLE,
  "unnamed_2" DOUBLE  -- Unnamed: 2
);

CREATE TABLE data_underlying_figure_4_left (
  "detuning_mhz" DOUBLE  -- Detuning (MHz),
  "pump_power_spectrum_v_hz1_2" DOUBLE  -- Pump Power Spectrum (V/Hz1/2),
  "idler_power_spectrum_v_hz1_2" DOUBLE  -- Idler Power Spectrum (V/Hz1/2),
  "signal_power_spectrum_v_hz1_2" DOUBLE  -- Signal Power Spectrum (V/Hz1/2)
);

CREATE TABLE data_underlying_figure_4_right (
  "detuning_mhz" DOUBLE  -- Detuning (MHz),
  "n_0_001_mhz_comb_power_spectrum_v_rthz" DOUBLE  -- 0.001 MHz Comb, Power Spectrum (V/rtHz),
  "unnamed_2" VARCHAR  -- Unnamed: 2,
  "detuning_mhz_1" DOUBLE  -- Detuning (MHz).1,
  "n_10_mhz_comb_power_spectrum_v_rthz" DOUBLE  -- 10 MHz Comb, Power Spectrum (V/rtHz),
  "n_1_mhz_comb_power_spectrum_v_rthz" DOUBLE  -- 1 MHz Comb, Power Spectrum (V/rtHz)
);

CREATE TABLE data_underlying_figure_5b (
  "pump_wavelength_nm" DOUBLE  -- Pump Wavelength (nm),
  "pump_wavelength_unc_nm" DOUBLE  -- Pump Wavelength Unc. (nm),
  "idler_wavelength_nm" DOUBLE  -- Idler Wavelength (nm),
  "idler_wavelength_unc_nm" DOUBLE  -- Idler Wavelength Unc. (nm)
);

CREATE TABLE data_underlying_figure_5d (
  "detuning_mhz" DOUBLE  -- Detuning (MHz),
  "transmission" DOUBLE
);

CREATE TABLE data_underlying_figure_5e (
  "detuning_mhz" DOUBLE  -- Detuning (MHz),
  "transmission" DOUBLE
);

CREATE TABLE data_underlying_figure_s2 (
  "detuning_mhz" DOUBLE  -- Detuning (MHz),
  "idler_data_power_spectrumv_v_rthz" DOUBLE  -- Idler Data (Power Spectrumv V/rtHz),
  "idler_fit_power_spectrumv_v_rthz" DOUBLE  -- Idler Fit (Power Spectrumv V/rtHz),
  "detuning_mhz_1" DOUBLE  -- Detuning (MHz).1,
  "pump_data_power_spectrumv_v_rthz" DOUBLE  -- Pump Data (Power Spectrumv V/rtHz),
  "pump_fit_power_spectrumv_v_rthz" DOUBLE  -- Pump Fit (Power Spectrumv V/rtHz)
);

CREATE TABLE data_underlying_figure_s2_right (
  "detuning_mhz" BIGINT  -- Detuning (MHz),
  "idler_beatnote_linewidth_khz" DOUBLE  -- Idler Beatnote Linewidth (kHz),
  "pump_beatnote_linewidth_khz" DOUBLE  -- Pump Beatnote Linewidth (kHz),
  "linewidth_unc_khz" DOUBLE  -- Linewidth Unc. (kHz)
);

CREATE TABLE data_underlying_figure_s3 (
  "detuning_ghz" DOUBLE  -- Detuning (GHz),
  "detected_power_data" DOUBLE,
  "detuning_ghz_1" DOUBLE  -- Detuning (GHz).1,
  "theory" DOUBLE
);