Exotic atoms are atoms that contain particles other than protons and neutrons in their nucleus. These particles can include muons, pions, and antiprotons.
Exotic atoms allow scientists to study the interactions between particles in a controlled environment. By observing these interactions, scientists can gather clues about the fundamental laws of physics that govern the universe.
The "dawn of the" refers to the beginning of the universe, when particles were first created. By studying exotic atoms, scientists hope to gain a better understanding of the early universe and its formation.
The unsolved physics puzzle that exotic atoms can help solve is the mystery of why matter dominates the universe over antimatter. By studying the interactions of particles in exotic atoms, scientists hope to uncover the reason for this imbalance.
Scientists study exotic atoms by creating them in particle accelerators or colliders. They then use specialized detectors to measure the properties and interactions of the particles within the exotic atom.