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followers: 52.0 following: 9.0 repos: 61.0 gists: 0.0

Name: Alfred Millett-Sikking

Type: User

Company: @Calico

Bio: I'm a Physicist and R&D Engineer. Fascinated by optimal designs, I seek to improve and invent technologies.

Twitter: amsikking

Location: San Francisco, California

Blog: https://amsikking.github.io

Alfred Millett-Sikking's Projects

ams_agy_v2_psf_vs_tilt

Data showing how the psf from an AMS-AGY v2.0 objective changes with tilt

amsikking.github.io

Alfred Millett-Sikking website: https://amsikking.github.io/

any_immersion_remote_refocus_microscopy

Research article: Any immersion remote refocus (AIRR) microscopy. Read here: https://amsikking.github.io/any_immersion_remote_refocus_microscopy

asi_ms_2000_500_cp

Python device adaptor: ASI MS-2000-500-CP multi-axis stage controller.

basler_aca2040-90um

Python device adaptor: Basler acA2040-90um USB 3.0 camera.

basler_aca4024-29um

Python device adaptor: Basler acA4024-29um USB 3.0 camera.

coherent_obis_lslx_laser_box

Python device adaptor: Coherent OBIS LS/LX laser box.

dll_example

A simple example of using Python with a "dynamic-link library" (DLL) or .dll file.

fluorescent_beads_in_agarose

How to make a 3D sample of beads for PSF measurements with ~water refractive index (1.33)

gaussian_beam

Equations and derivations, with calculations and plots in Python: https://amsikking.github.io/gaussian_beam

gaussian_beam_profiler

Fit gaussian curves in x and y to the image of a beam and get the 1/e^2 diameters.

high_na_single_objective_lightsheet

Research article: High NA single-objective light-sheet (SOLS). Read here: https://andrewgyork.github.io/high_na_single_objective_lightsheet

ht_sols_microscope

Python control code for the first 'high throughput single-objective light-sheet' (HT-SOLS) microscope.

html_minimal_example

Basic code and structure for a simple html document: https://amsikking.github.io/html_minimal_example/

lumencor_spectra_x

Python device adaptor: Lumencor Spectra X light engine, 6 solid state sources.

microscope_objectives

An introduction to 'infinity' corrected microscope objectives: https://amsikking.github.io/microscope_objectives

ni_pci_6733

Python device adaptor: National Instruments 16‑Bit, 8 Channels, 1 MS/s Analog Output Device.

ni_pcie_6738

Python device adaptor: National Instruments 16-Bit, 32 Channels, 1 MS/s Analog Output Device.

ni_pxie_6739

Python device adaptor: National Instruments 16-Bit, 64-Channel, 1 MS/s PXI Analog Output Module.

pco_decode_timestamp

Decode PCO image timestamps from binary-coded decimal.

pco_edge26

Python device adaptor: PCO.edge 26 USB sCMOS camera.

pco_edge42_cl

Python device adaptor: PCO.edge 4.2 CamLink sCMOS camera.

pco_panda42

Python device adaptor: PCO.panda 4.2 USB sCMOS camera.

pco_panda42_bi

Python device adaptor: PCO.panda 4.2 bi USB sCMOS camera.

pco_pixelfly_usb

Python device adaptor: PCO.pixelfly USB CCD camera (mono and color).

pi_c_867_2u2

Python device adaptor: Physik Instrumente C-867.2U2 motion controller, for two-axis ultrasonic piezo stages.

pi_e_709_1c1l

Python device adaptor: Physik Instrumente E-709.1C1L, compact single axis digital piezo controller for capacitive sensors.

pi_e_709_srg

Python device adaptor: Physik Instrumente E-709.SRG, compact single axis digital piezo controller for piezoresistive and capacitive sensors.

pi_e_753_1cd

Python device adaptor: Physik Instrumente E-753.1CD, high-speed, single-axis, digital piezo controller.

prior_purefocus850

Python device adaptor: Prior PureFocus850 Laser Autofocus System.

amsikking Goto Github PK

Alfred Millett-Sikking's Projects

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