Jean-Philippe Colombier

About Jean-Philippe Colombier

Jean-Philippe Colombier, With an exceptional h-index of 35 and a recent h-index of 29 (since 2020), a distinguished researcher at Université Jean Monnet, specializes in the field of Laser-solid interaction, Ultrafast phenomena, Laser Induced Periodic Surface Structures.

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

Dynamics of Cu–Zr metallic glass devitrification under ultrafast laser excitation revealed by atomistic modeling

Excited-state bandgap dynamics in silica from first principles

Beyond the Microscale: Advances in Surface Nanopatterning by Laser‐Driven Self‐Organization

Laser-induced surface organization on the nanoscale guided by machine learning

Unveiling nature and consequences of tungsten oxidation upon ultrafast laser irradiation

Quantitative mapping of transient thermodynamic states in ultrafast laser nanostructuring of quartz

Spontaneous surface organization induced by ultra-short laser pulses

Organisation spontanée à l’échelle nanométrique induite par impulsions laser ultrabrèves

Jean-Philippe Colombier Information

University

Position

Professor Laboratoire Hubert Curien

Citations(all)

4243

Citations(since 2020)

2482

Cited By

2725

hIndex(all)

35

hIndex(since 2020)

29

i10Index(all)

76

i10Index(since 2020)

62

Email

University Profile Page

Google Scholar

Jean-Philippe Colombier Skills & Research Interests

Laser-solid interaction

Ultrafast phenomena

Laser Induced Periodic Surface Structures

Top articles of Jean-Philippe Colombier

Dynamics of Cu–Zr metallic glass devitrification under ultrafast laser excitation revealed by atomistic modeling

Acta Materialia

2024/1/15

Florence Garrelie
Florence Garrelie

H-Index: 17

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Excited-state bandgap dynamics in silica from first principles

2024/4/11

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Beyond the Microscale: Advances in Surface Nanopatterning by Laser‐Driven Self‐Organization

2024/3/15

Laser-induced surface organization on the nanoscale guided by machine learning

2024/3/13

Unveiling nature and consequences of tungsten oxidation upon ultrafast laser irradiation

Applied Surface Science

2024/2/4

Quantitative mapping of transient thermodynamic states in ultrafast laser nanostructuring of quartz

Ultrafast Science

2024/1/23

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Spontaneous surface organization induced by ultra-short laser pulses

2023/9/27

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Organisation spontanée à l’échelle nanométrique induite par impulsions laser ultrabrèves

2023/9/26

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Machine and method for treating parts of different shapes

2023/9/21

First-principles study of ultrafast bandgap dynamics in laser-excited -quartz

The European Physical Journal Special Topics

2023/9

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Ultrafast laser-induced surface complexity patterns at the nanoscale

2023/8/30

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Polarization and complexity effects on ultrafast laser-induced nanoscale surface structuring

2023/7/3

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Laser-induced complexity at the nanoscale: from surface self-organization to nanogratings formation

2023/6/8

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Learning complexity to guide light-induced self-organized nanopatterns

Physical Review Letters

2023/5/30

Ultrafast laser-induced surface complexity at the nanoscale

2023/5/14

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

How light drives material periodic patterns down to the nanoscale

2023/4/7

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Axicon lenses with chiral-focusing properties modeling by means of functions

OPTICS AND LASERS IN ENGINEERING

2023/4/1

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Ultrafast vortex beams for improved energy feedthrough and low roughness surface ablation of metals

2023/3/17

Alain Abou Khalil
Alain Abou Khalil

H-Index: 6

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

Ultrafast Laser‐Induced Sub‐100 nm Structures on Tungsten Surfaces: Stretched Liquid Dynamics Insights

physica status solidi (a)

2023

Ultrafast Cylindrical Vector Beams for Improved Energy Feedthrough and Low Roughness Surface Ablation of Metals

Materials

2022/12/25

Alain Abou Khalil
Alain Abou Khalil

H-Index: 6

Jean-Philippe Colombier
Jean-Philippe Colombier

H-Index: 21

See List of Professors in Jean-Philippe Colombier University(Université Jean Monnet)