Olivier Joubert is affiliated with the University of Nantes in France and has contributed extensively to the fields of Materials Science and Engineering. Their research focuses primarily on materials chemistry, with significant work in electrical and electronic engineering and biomedical engineering subfields. The scientist's studies intersect various topics such as advancements in solid oxide fuel cells, fuel cells and related materials, and the electronic and structural properties of oxides.
Joubert's recent publications illustrate a focus on ceramic materials and functional oxides, particularly in relation to energy applications. Some of the notable papers include:
Frequent co-authors with whom Joubert has collaborated include Annie Le Gal La Salle, Éric Quarez, Clément Nicollet, Kawther Thabet, and Lozane Hamze. This network of collaboration supports a multidisciplinary approach in their research efforts.
Joubert's work is regularly published in journals such as the International Journal of Hydrogen Energy, ECS Meeting Abstracts, Journal of Materials Chemistry A, SSRN Electronic Journal, and the Journal of the European Ceramic Society. The frequent appearance of these venues reflects engagement with active research communities in materials chemistry and energy-related materials.
Their main fields of study are concentrated in:
Subfields include:
Joubert's research topics also cover:
Samer Banna;Ankur Agarwal;Gilles Cunge;Maxime Darnon
G. S. Oehrlein;Y. Zhang;D. Vender;O. Joubert
J. P. Booth;O. Joubert;J. Pelletier;N. Sadeghi
Charline Arrivé;Thibaud Delahaye;Olivier Joubert;Gilles Gauthier
Michel Bidet;Olivier Joubert;Olivier Joubert;Benoit Lacombe;Marine Ciantar
G Cunge;B Pelissier;O Joubert;R Ramos
O. Joubert;A. Jouanneaux;M. Ganne
Denis Blache;Sylvie Devaux;Olivier Joubert;Olivier Joubert;Nadine Loreau;Nadine Loreau
T. Jardiel;Maria Teresa Caldes;F. Moser;J. Hamon
O. Joubert;J. Pelletier;Y. Arnal
H. Eidi;O. Joubert;C. Némos;S. Grandemange
O. Joubert;E. Pargon;J. Foucher;X. Detter
N. Posseme;T. Chevolleau;T. David;M. Darnon
O. Joubert;M. Ganne;R.N. Vannier;G. Mairesse
O. Joubert;A. Jouanneaux;M. Ganne;R.N. Vannier
E. Pargon;K. Menguelti;M. Martin;A. Bazin
O. Joubert;G. S. Oehrlein;Y. Zhang
V Jayaraman;A Magrez;M Caldes;O Joubert
Eric Quarez;Samuel Noirault;Maria Teresa Caldes;Olivier Joubert
O. Joubert;G. S. Oehrlein;M. Surendra
G Cunge;M Kogelschatz;O Joubert;N Sadeghi
If you think any of the details on this page are incorrect, let us know.
Pursuing a degree in Chemistry in the USA opens doors to diverse career pathways, many of which intersect with criminal justice and forensic science. For example, careers in forensics rely heavily on chemistry expertise to analyze evidence and solve crimes. Understanding the educational routes in this field can help students tailor their studies to fit their career goals.
If you are considering an online education path, it’s useful to explore programs like an online associate degree in criminal justice. These programs provide foundational knowledge that complements a chemistry background, especially for roles in forensic labs or law enforcement agencies.
Budgeting for your education is crucial—knowing the how much is criminal justice degree can help plan your finances effectively, whether you pursue a full degree or specialized training.
Additionally, different professional roles such as those described in types of paralegals highlight alternative career pathways where chemistry knowledge can be valuable, especially in legal aspects involving scientific evidence.
Uppsala University
University of Toronto
Cleveland Clinic
University of Alberta
London School of Hygiene & Tropical Medicine
University of Colorado Boulder
KU Leuven
University of Colorado Boulder
Microsoft (United States)
Oregon State University
Polish Academy of Sciences
Anhui University of Traditional Chinese Medicine
Harvard University
Yale University
Observatoire de la Côte d’Azur
University of Oxford
