SUMMARY
Superman absorbs energy primarily from solar radiation, which acts as a solar battery, allowing him to store and utilize immense power. In the discussed comic, he outruns an explosion equivalent to fifty times the size of Kepler's supernova, facing electromagnetic shockwaves and radiation. The physics of the situation is questioned, as electromagnetic shockwaves and radiation are fundamentally linked. Superman's strength is finite; he has demonstrated the ability to bench press the weight of the Earth for five days but still faces limitations in strength, particularly when fatigued.
PREREQUISITES
- Understanding of electromagnetic radiation and shockwaves
- Familiarity with supernova phenomena and neutrino bursts
- Knowledge of Superman's powers and limitations in comic lore
- Basic concepts of energy storage and solar radiation effects
NEXT STEPS
- Research the physics of electromagnetic waves and their interactions
- Explore the implications of solar radiation on biological entities
- Investigate the characteristics and effects of neutrino bursts in astrophysics
- Examine Superman's power scaling and limitations in various comic storylines
USEFUL FOR
Comic book enthusiasts, physicists interested in fictional representations of science, and fans analyzing superhero power dynamics will benefit from this discussion.