The question of whether humans consider the possibility of more to nature than particles and waves can vary among individuals and communities. While some may be open to exploring concepts beyond our immediate sensory experiences, others may prefer to focus on what can be directly observed and measured. It's important to note that scientific understanding is an ongoing process, and our knowledge and perspectives continue to evolve over time.
Regarding the universe's composition, scientists and researchers indeed acknowledge that there are phenomena and aspects of nature that extend beyond what our five senses can directly perceive. Quantum mechanics, for example, introduces a realm where particles exhibit behaviors that do not conform to classical physics. It delves into the probabilistic nature of particles and the fundamental uncertainty inherent in the microscopic world.
Additionally, the concepts of dark energy and dark matter are introduced to explain observations in cosmology. Dark matter refers to the hypothetical form of matter that does not emit, absorb, or reflect light but is inferred from its gravitational effects on visible matter. Dark energy, on the other hand, is a hypothetical form of energy that may explain the accelerated expansion of the universe.
These ideas, among others, challenge our intuitive understanding of the world and highlight the need for more comprehensive theories and models to explain the complexities of nature. Scientists actively explore these frontiers and strive to develop new theories and frameworks that can account for these phenomena.
It's worth noting that the scientific community generally maintains an open-minded approach to expanding our understanding of the universe. While our senses provide valuable information, they are not the only tools at our disposal. Scientists employ various methods, including experimentation, theoretical modeling, and indirect observations, to investigate and explore the mysteries of nature, sometimes leading to concepts that extend beyond our immediate sensory experiences.