What does QHS mean in UNCLASSIFIED

Quantum Higher Symmetry (QHS) is a branch of quantum physics that studies how symmetries arise from the equations governing atomic and subatomic particles.

Some research topics in QHS include studying how different features like energy levels or angular momentum can be symmetrically related in systems of many particles or over various spatial scales. Other topics may include exploring the implications of symmetry principles for fundamental physical processes such as interactions between particles and their structure within atoms and molecules.

By studying the underlying symmetry principles at work in our universe, QHS can help us gain new insights into how things operate on even smaller scales than what we see with traditional particle physics experiments. Understanding these symmetry principles can also provide clues about where certain phenomena come from and reveal underlying patterns found across different energy scales—from the very large to the very small.

Other areas of quantum physics (e.g., quantum computing, quantum information theory, etc.) often rely on understanding how symmetries affect properties like entanglement and decoherence at the level of individual qubits or other basic units. Therefore, QHS has implications for a wide range of aspects related to both classical and quantum mechanics.

Researchers from diverse backgrounds such as theoretical physicists, experimentalists working with ultra-cold atomic gases, mathematicians specializing in Lie groups and their representation theory, computational scientists using numerical methods to solve differential equations, graduate students developing new techniques to investigate exotic systems, among others all have an interest in understanding Quantum Higher Symmetry.