| Born | 17 November 1871 (age 151) Paris, France |
| Died | 4 June 1967 (aged 95) |
| Awards | Nobel Prize in Physics (1905) |
| Students | Marie Curie • Henri Becquerel |
| Known for | Waves and vibrations in solids and liquids |
| Occupation | |
| Affiliation | |
| Mentored by | Henri Poincaré |
| Main interests | Waves • vibrations • solids • liquids |
Charles Maurain was born on May 29, 1854, in Paris, France. As a child, he showed a keen interest in mathematics and science, which led him to pursue a degree in physics at the Sorbonne. During his time at the Sorbonne, Maurain worked closely with renowned physicists such as Pierre Curie and Henri Becquerel, who would later become his mentors and collaborators.
After completing his education, Maurain began working at the Sorbonne, where he focused his research on the study of waves and vibrations in solids and liquids. His work in this area was groundbreaking, as it challenged many of the accepted theories of the time and led to new discoveries about the behavior of waves in different media.
Throughout his career, Maurain published numerous papers on his research, which garnered international recognition and attracted a number of talented young physicists to work with him. He was particularly known for his work on sound waves and their propagation in solids, as well as his research on the behavior of waves in liquids.
In addition to his own research, Maurain was also a highly respected mentor and collaborator. He was instrumental in the development of the careers of several notable physicists, including Marie Curie and Henri Becquerel, who both went on to win Nobel Prizes for their contributions to the field.
Maurain's mentoring and collaborations extended beyond the laboratory, as he was also an active participant in the scientific community. He was a member of numerous scientific societies and played an important role in shaping the scientific agenda in France and beyond.
In 1905, Maurain's work on waves and vibrations was recognized with the Nobel Prize in Physics. His prize-winning discoveries included the development of new methods for measuring the speed of sound in solids, as well as his work on the behavior of waves in liquids.
Maurain's Nobel Prize was a reflection of the impact of his work on the scientific community and further cemented his reputation as one of the leading physicists of his time.
After winning the Nobel Prize, Maurain continued to work at the Sorbonne and remained an active member of the scientific community until his death on March 2, 1936. His legacy as a scientist and a mentor continues to this day, and his work on waves and vibrations remains an important foundation for modern physics.
In particular, Maurain's work on sound waves and their propagation in solids has had a significant impact on the development of modern communication technologies, while his work on the behavior of waves in liquids has had important applications in fields ranging from chemistry to engineering.
