Bryan Hennelly

Bryan Hennelly

Maynooth University

H-index: 34

Europe-Ireland

About Bryan Hennelly

Bryan Hennelly, With an exceptional h-index of 34 and a recent h-index of 19 (since 2020), a distinguished researcher at Maynooth University, specializes in the field of Microscopy, Image Processing, Optics, Raman spectroscopy, holographic microscopy.

His recent articles reflect a diverse array of research interests and contributions to the field:

Nonlinear ray tracing in focused fields, part 2. Tracing the flux: tutorial

Nonlinear ray tracing in focused fields, part 1. Calculation of 3D focused wavefields: tutorial

Nonlinear ray tracing in focused fields, part 3. Monochromatic wavefront aberration: tutorial

Broadband CARS high-throughput single-cell imaging

A new spin on Ashkin's laser trapping forces in the ray optics regime

Nonlinear ray tracing to calculate the forces of an optical laser trap on a dielectric sphere

Removing non-resonant background from broadband CARS using a physics-informed neural network

A review of the contributions by John T Sheridan to the theory of linear canonical transforms

Bryan Hennelly Information

University

Position

Department of Electronic Engineering

Citations(all)

4228

Citations(since 2020)

1244

Cited By

3394

hIndex(all)

34

hIndex(since 2020)

19

i10Index(all)

65

i10Index(since 2020)

35

Email

University Profile Page

Maynooth University

Google Scholar

View Google Scholar Profile

Bryan Hennelly Skills & Research Interests

Microscopy

Image Processing

Optics

Raman spectroscopy

holographic microscopy

Top articles of Bryan Hennelly

Title

Journal

Author(s)

Publication Date

Nonlinear ray tracing in focused fields, part 2. Tracing the flux: tutorial

Qin Yu

Bryan M Hennelly

2024/5/1

Nonlinear ray tracing in focused fields, part 1. Calculation of 3D focused wavefields: tutorial

Qin Yu

Bryan M Hennelly

2024/5/1

Nonlinear ray tracing in focused fields, part 3. Monochromatic wavefront aberration: tutorial

Qin Yu

Bryan M Hennelly

2024/5/1

Broadband CARS high-throughput single-cell imaging

EPJ Web of Conferences

Ryan Muddiman

Bryan Hennelly

2023

A new spin on Ashkin's laser trapping forces in the ray optics regime

Optics and Lasers in Engineering

Qin Yu

Bryan M Hennelly

2023/11/1

Nonlinear ray tracing to calculate the forces of an optical laser trap on a dielectric sphere

Qin Yu

Bryan M Hennelly

2023/11/28

Removing non-resonant background from broadband CARS using a physics-informed neural network

Analytical Methods

Ryan Muddiman

Kevin O'Dwyer

Charles H Camp

Bryan Hennelly

2023

A review of the contributions by John T Sheridan to the theory of linear canonical transforms

John J Healy

Bryan M Hennelly

Liang Zhao

2023

Modular digital holographic microscopy

Zhengyuan Tang

Bryan M Hennelly

2023/11/27

Raman signal extraction from BCARS intensity measurements using deep learning with a prior excitation profile

EPJ Web of Conferences

Ryan Muddiman

Kevin O’Dwyer

Charles H Camp

Bryan Hennelly

2023

Deep-learning autoencoders for unsupervised BCARS chemical imaging

Ryan Muddiman

Bryan Hennelly

2023/11/27

Using an inexpensive module for Quantitative Phase Imaging

EPJ Web of Conferences

Fan Xin

Ryan Muddiman

Bryan Hennelly

2023

Wavelength calibration with deep-learning using long short-term memory architectures

Dongyue Liu

Bryan M Hennelly

2023/11/27

Following the Flux in diffracted fields–An efficient numerical method for tracing the Eikonal function

EPJ Web of Conferences

Qin Yu

Ryan Muddiman

Bryan Hennelly

2023

Spectral interferometric polarization-CARS for hyperspectral imaging

Ryan Muddiman

Bryan Hennelly

2023/11/27

Improved wavelength calibration by modeling the spectrometer

Applied Spectroscopy

Dongyue Liu

Bryan M Hennelly

2022/11/1

VECTOR: Very deep convolutional autoencoders for non‐resonant background removal in broadband coherent anti‐Stokes Raman scattering

Journal of Raman Spectroscopy

Zhengwei Wang

Kevin O'Dwyer

Ryan Muddiman

Tomas Ward

Charles H Camp Jr

...

2022/6

Improved electrode motion artefact denoising in ECG using convolutional neural networks and a custom loss function

Ieee Access

Eoin Brophy

Bryan Hennelly

Maarten De Vos

Geraldine Boylan

Tomás Ward

2022/5/23

An inexpensive portable self-reference module for digital holographic microscopy

Photonics

Xin Fan

Zhengyuan Tang

Kevin O’Dwyer

Bryan M Hennelly

2021/7/14

Application of modular digital holographic microscopy to clinical pathology samples before histopathological staining

Zhengyuan Tang

Kevin O'Dwyer

Marion Butler

Adam Dignam

Bryan Hennelly

2021/10/15

See List of Professors in Bryan Hennelly University(Maynooth University)

Co-Authors

H-index: 107
bahram javidi

bahram javidi

University of Connecticut

H-index: 41
Malgorzata Kujawinska

Malgorzata Kujawinska

Politechnika Warszawska

H-index: 41
Tomas Ward

Tomas Ward

Dublin City University

H-index: 31
Tomasz Kozacki

Tomasz Kozacki

Politechnika Warszawska

H-index: 22
Roger M. Groves

Roger M. Groves

Technische Universiteit Delft

H-index: 18
John Healy

John Healy

University College Dublin

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