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Que studies, also known as quantum ecosystems or quantum biospheres, typically inhabit environments where quantum phenomena are significant and observable. These can include:
1.
Biological Systems
: Living organisms, especially those at the quantum level like photosynthetic complexes in plants and certain enzymes.
2.
Cryogenic Environments
: Extremely cold environments where quantum effects are more pronounced, such as deep ice or certain types of supercooled water.
3.
High-Energy Environments
: Places with intense electromagnetic fields or high-energy radiation, like near neutron stars or in certain types of nuclear reactors.
4.
Quantum Computers
: Man-made systems designed to harness quantum mechanics for computation, which can also be considered a unique environment for studying quantum phenomena.
These environments provide conditions where quantum effects, such as superposition and entanglement, play a significant role in the functioning of the studied systems.