Data For Manuscript: Scalable And Robust Beam Shaping Using Apodized Fish-bone Grating Couplers by US Government | Demographics and Population Studies

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Data For Manuscript: Scalable And Robust Beam Shaping Using Apodized Fish-bone Grating Couplers

Experimental and modeling data for manuscript "Scalable and Robust Beam Shaping Using Apodized Fish-bone Grating Couplers" by Chad Ropp, Dhriti Maurya, Alexander Yulaev, Daron Westly, Gregory Simelgor and Vladimir Aksyuk, submitted. Preprint at arXiv:2309.08791.Efficient power coupling between on-chip guided and free-space optical modes requires precision spatial mode matching with apodized grating couplers. Yet, grating apodizations are often limited by the minimum feature size of the fabrication approach. This is especially challenging when small feature sizes are required to fabricate gratings at short wavelengths or to achieve weakly scattered light for large-area gratings. Here, we demonstrate a fish-bone grating coupler for precision beam shaping and the generation of millimeter-scale beams at 461 nm wavelength. Our design decouples the minimum feature size from the minimum achievable optical scattering strength, allowing smooth turn-on and continuous control of the emission. Our approach is compatible with commercial foundry photolithography and has reduced sensitivity to both the resolution and the variability of the fabrication approach
Organization: National Institute of Standards and Technology
Last updated: 2023-12-15T23:06:12.042897
Tags: apodized-photonic-gratings, atomic-photonic-interfaces, grating-couplers, integrated-photonics, optical-mode-converters

Tables

Table 1

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.table_1

295.88 KB
18999 rows
2 columns


CREATE TABLE table_1 (
  "n_5_01" DOUBLE,
  "n_0_00411213680097991" DOUBLE
);

Figure3/Figure3a-b/FishBoneGrating

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3a_b_fishbonegrating

3.22 KB
6 rows
3 columns


CREATE TABLE figure3_figure3a_b_fishbonegrating (
  "n_5" BIGINT,
  "n_855_599324832818" DOUBLE,
  "n_0_0143051038534782" DOUBLE
);

Figure3/Figure3a-b/LineGrating

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3a_b_linegrating

3.04 KB
6 rows
3 columns


CREATE TABLE figure3_figure3a_b_linegrating (
  "n_5" BIGINT,
  "n_789_15" DOUBLE,
  "n_0_0089966" DOUBLE
);

Figure3/Figure3a-b/MetaGrating

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3a_b_metagrating

3.2 KB
5 rows
3 columns


CREATE TABLE figure3_figure3a_b_metagrating (
  "n_35" BIGINT,
  "n_772_662047965411" DOUBLE,
  "n_0_0346392438534256" DOUBLE
);

Figure3/Figure3c-d/AmplitudeTrends

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3c_d_amplitudetrends

27.26 KB
999 rows
3 columns


CREATE TABLE figure3_figure3c_d_amplitudetrends (
  "n_0" DOUBLE,
  "n_0_1" DOUBLE,
  "inf" DOUBLE
);

Figure3/Figure3c-d/Apodization

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3c_d_apodization

17.44 KB
1304 rows
2 columns


CREATE TABLE figure3_figure3c_d_apodization (
  "n_10" DOUBLE,
  "n_0" DOUBLE
);

Figure3/Figure3c-d/Fit

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3c_d_fit

16.79 KB
788 rows
2 columns


CREATE TABLE figure3_figure3c_d_fit (
  "n_10_2657794676805" DOUBLE,
  "n_0_000408639984507315" DOUBLE
);

Figure3/Figure3c-d/Slope17nm Per Mm

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3c_d_slope17nm_per_mm

63.96 KB
3000 rows
3 columns


CREATE TABLE figure3_figure3c_d_slope17nm_per_mm (
  "n_0" DOUBLE,
  "n_0_1" DOUBLE,
  "n_0_2" DOUBLE
);

Figure3/Figure3c-d/Slope1nm Per Mm

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3c_d_slope1nm_per_mm

316.26 KB
13000 rows
3 columns


CREATE TABLE figure3_figure3c_d_slope1nm_per_mm (
  "n_0" DOUBLE,
  "n_0_1" DOUBLE,
  "n_0_2" DOUBLE
);

Figure3/Figure3c-d/Slope47nm Per Mm

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3c_d_slope47nm_per_mm

34.73 KB
1500 rows
3 columns


CREATE TABLE figure3_figure3c_d_slope47nm_per_mm (
  "n_0" DOUBLE,
  "n_0_1" DOUBLE,
  "n_0_2" DOUBLE
);

Figure3/Figure3c-d/Slope5nm Per Mm

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3c_d_slope5nm_per_mm

125.75 KB
5500 rows
3 columns


CREATE TABLE figure3_figure3c_d_slope5nm_per_mm (
  "n_0" DOUBLE,
  "n_0_1" DOUBLE,
  "n_0_2" DOUBLE
);

Figure3/Figure3e-f/TaperLength

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3e_f_taperlength

3.26 KB
8 rows
3 columns


CREATE TABLE figure3_figure3e_f_taperlength (
  "n_0_5" DOUBLE,
  "n_92_8032633762813" DOUBLE,
  "n_0_0954087832321935" DOUBLE
);

Figure3/Figure3e-f/TaperWidth

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure3_figure3e_f_taperwidth

3.3 KB
9 rows
3 columns


CREATE TABLE figure3_figure3e_f_taperwidth (
  "n_10" BIGINT,
  "n_99_8153359196163" DOUBLE,
  "n_0_0039278878353608" DOUBLE
);

Figure6/Figure6b/FishBoneGrating0nm

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure6_figure6b_fishbonegrating0nm

295.88 KB
18999 rows
2 columns


CREATE TABLE figure6_figure6b_fishbonegrating0nm (
  "n_5_01" DOUBLE,
  "n_0_00411213680097991" DOUBLE
);

Figure6/Figure6b/FishBoneGrating5nm

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure6_figure6b_fishbonegrating5nm

295.88 KB
18999 rows
2 columns


CREATE TABLE figure6_figure6b_fishbonegrating5nm (
  "n_5_01" DOUBLE,
  "n_0_00408002170165735" DOUBLE
);

Figure6/Figure6c/MetaGrating0nm

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure6_figure6c_metagrating0nm

296.34 KB
18999 rows
2 columns


CREATE TABLE figure6_figure6c_metagrating0nm (
  "n_5_00500000000001" DOUBLE,
  "n_0_247563504977634" DOUBLE
);

Figure6/Figure6c/MetaGrating5nm

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure6_figure6c_metagrating5nm

296.34 KB
18999 rows
2 columns


CREATE TABLE figure6_figure6c_metagrating5nm (
  "n_5_00500000000001" DOUBLE,
  "n_0_364862427839268" DOUBLE
);

Figure1/Figure1dinset/Amplitude Apodization D

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure1_figure1dinset_amplitude_apodization_d

19.77 KB
1200 rows
2 columns


CREATE TABLE figure1_figure1dinset_amplitude_apodization_d (
  "n__150" DOUBLE,
  "n_0" DOUBLE
);

Figure1/Figure1dinset/Period Apodization D

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure1_figure1dinset_period_apodization_d

9.01 KB
1199 rows
2 columns


CREATE TABLE figure1_figure1dinset_period_apodization_d (
  "n__150" DOUBLE,
  "n_250" DOUBLE
);

Figure1/Figure1finset/Amplitude Apodization F

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure1_figure1finset_amplitude_apodization_f

26.64 KB
1316 rows
2 columns


CREATE TABLE figure1_figure1finset_amplitude_apodization_f (
  "n__129_792715858551" DOUBLE,
  "n_35_1291295527194" DOUBLE
);

Figure1/Figure1finset/Period Apodization F

@usgov.national_institute_of_standard_data_for_manuscript_sca_310fd154.figure1_figure1finset_period_apodization_f

26.63 KB
1315 rows
2 columns


CREATE TABLE figure1_figure1finset_period_apodization_f (
  "n__129_792715858551" DOUBLE,
  "n_211_533338661326" DOUBLE
);