Practical Optical Tweezers Analysis TOol
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Updated
Jun 18, 2024 - Python
Practical Optical Tweezers Analysis TOol
Simple Python library for fitting a (rectangular) grid of shapes in an image to a set of points.
NYUAD Advanced Physics Laboratory Spring 2021. All Experiments and Relevant Code
Pixel-exact Optronis .bin high-speed-camera footage extraction, sub-pixel motion tracking and Brownian/optical-trap analysis. C engine (SIMD, all cores), pip-installable Python package, Qt studio with modular analysis. Linux & Windows.
A provenance-checked protocol for handing a question between an experiment agent and a simulation agent, so each re-derives its own plan through its own gates instead of importing the other's numbers.
Python code for fitting optical tweezers data using the twistable worm-like chain (tWLC) model. Improves parameter estimation by utilizing informed initial guesses from a pre-fit standard worm-like chain model.
中文原子重排交互实验台:atommovr 算法、Gradio 界面与 Canvas 播放器
An agent that turns a research goal into microscope settings checked against what the instrument can physically do. Eight review lenses, 32 hard gates, and BLOCKED when the evidence for a setting does not exist.
English atom-rearrangement workbench with atommovr algorithms, Gradio controls, and a Canvas player
Python toolkit for calibrating and processing SalaFleezer optical-tweezers data (CLI + web GUI) into force/extension spectroscopy outputs.
Data processing, analysis and visualization package for atomic physics experiments in the single-atom regime.
Supplementary code for "Optical Tweezers Exploring Neuroscience"
PyTorch-first SLM computational holography toolkit for optical tweezer arrays, bottle beams, interleaved traps, and Zernike-space aberration correction.
API to use a Thorlabs scientific camera and AOMs
Interactive optical tweezer simulation with ray tracing and force visualization. Demonstrates how focused laser beams trap dielectric particles through the interplay of gradient and radiation-pressure forces.
An app to extract complex viscoelasticity from optical tweezer stretch-strain rheology measurements of chromosomes and other single molecules
LUMICKS — independent third-party profile of a public API surface, by API Evangelist. LUMICKS is a life-science instrumentation company that builds tools to directly measure molecular and cellular interactions. Its Dynamic Single-Molecule platform, the C-Trap, uses optical tweezers to resolve real-time biomolecular interactions at the single-molecu
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