In "Einstein and Eddington," the relationship between Albert Einstein and Arthur Eddington is portrayed as one of mutual respect and intellectual collaboration. Eddington, a British astrophysicist, played a crucial role in validating Einstein's theory of general relativity by organizing a solar eclipse expedition in 1919 to observe the bending of light around the sun. This pivotal moment helped to establish Einstein's reputation in the scientific community. Their relationship highlights the intersection of theoretical physics and experimental validation, showcasing how their work influenced modern science.

"Einstein and Eddington" is a well-received film that dramatizes the collaboration between Albert Einstein and British scientist Arthur Eddington during the early 20th century. It explores themes of scientific discovery, the clash of ideas, and personal conviction. The performances, particularly by Andy Serkis as Einstein and David Tennant as Eddington, are praised for their depth and authenticity. The film effectively conveys the significance of Einstein's theory of relativity and its implications on science. Overall, it is considered a compelling and thought-provoking biographical drama.

"Einstein and Eddington" primarily focuses on the collaboration between Albert Einstein and Arthur Eddington during the development of general relativity and does not involve J. Robert Oppenheimer, who is more associated with the Manhattan Project and atomic science. Any perceived conflict between Einstein and Oppenheimer is not depicted in this film. Oppenheimer had a complex relationship with many scientists, but this film centers on the scientific partnership and mutual respect between Einstein and Eddington in the context of astrophysics.

In "Einstein and Eddington," Eddington proved Einstein's theory of general relativity by observing the bending of light during a solar eclipse in 1919. He measured the positions of stars near the sun and found that they appeared displaced due to the sun's gravitational field, consistent with Einstein's predictions. Eddington's observations confirmed that light follows the curvature of spacetime, providing crucial evidence for general relativity and establishing Einstein's theories in the scientific community.