  We suggest possibility of Dicke superradiance in superconductors. The
necessary 2-level atoms are identified with Anderson pseudo spins in k-space,
seeing a k-dependent self consistent mean field. A way to couple these 2-level
bose atoms to a macroscopically excited coherent boson mode and create a novel
nonequilibrium superradiant superconductivity (SRSC) is suggested. Our
coherence transfer mechanism offers a hope to realize transient
superconductivity, even at room temperatures, in the pseudo gap phase of
certain underdoped cuprates. Recent experiments are briefly discussed in the
light of our theory. Quantum entanglement, QCP and superfluorescence properties
follow.
