INTERPRETATIONS OF QUANTUM MECHANICS:
 General:
(See also DETERMINISM):
 Interpretation of Quantum Mechanics [Wikipedia]

Quantum Measurement FAQ with excellent selected references,
by Paul Budnik [Mountain Math]

Philosophic Foundations of Quantum Mechanics
by Hans Reichenbach
[Berkeley: California, 1944]
 Are Quanta Real? A Galilean Dialogue
by Josef M. Jauch [Indiana, 1974]

Quantum Theory and Measurement
edited by J. Archibald Wheeler and W. H. Zurek
[Princeton, 1983]
 Speakable and Unspeakable in Quantum Mechanics
by J. S. Bell [Cambridge, 1987]
 Veiled Reality
by B. d'Espagnat
[Reading, Mass.: AddisonWesley, 1995]

The Nine Lives of Schroedinger's Cat
by Zvi Schreiber
[Imperial College London M.Sc. dissertation, 1995]
 Foundations and Interpretations of Quantum
Mechanics by Gennaro Auletta
[Singapore: World Scientific, 2001]

Between classical and quantum
by N. P. Landsman
[Handbook of the Philosophy of Physics, Elsevier (2005)]

The Quantum Measurement Problem: State of Play
by David Wallace
[2007/12]

Interpretations of Quantum Mechanics and the measurement problem
by Marco Genovese
[2010/02]

A short introduction to the quantum formalism(s)
by François David
[2012/11]

On the problem of the interpretation of quantum physics
by A. A. Grib
[Physics  Uspekhi 56, 1230 (2013)]

Les interprétations de la mécanique quantique :
une vue d'ensemble introductive
by Thomas BoyerKassem
[2015/09]

History of Quantum Mechanics, or the Comedy of Errors
by Jean Bricmont
[2017/03] Despite the polemicalsounding title, this is just
a summary of the positions of Einstein and Bell, with
an excellent discussion of Bell's Theorem.
 General: Experimental Tests:
 General: Experimental Tests:
Afshar's Experiment;
BohrEinstein debate;
EPR Experiment;
Popper's Experiment;
 Types:
BOHMDE BROGLIE;
COPENHAGEN;
DECOHERENT HISTORIES;
FEYNMAN PATH INTEGRALS;
GEOMETRIC;
MANY WORLDS;
TRANSACTIONAL;
 Type: BAYESIAN:
 Type: CATEGORICAL:
 Type: CONSISTENT QUANTUM THEORY:
 Type: HIDDEN VARIABLE:
 Type: MONTEVIDEO:
 Type: PHYSICALLY
COLLAPSING WAVE FUNCTION:
 Type: QUANTISED DETECTOR NETWORKS:
 Type: RELATIONAL:
 Type: SCHWINGER'S:
 Type: TOPOS:
 Type: TWO STATEVECTOR (AharonovBergmannLebowitz):
 Type: WIGNER (PHASE SPACE) INTERPRETATION:
 Aspects: COUNTERFACTUAL PROPOSITIONS:
 Aspects: DELAYED CHOICE:
 Aspects: PARADOXES:
 Aspects: SCHRÖDINGER'S CAT:
 Die gegenwärtige Situation in der
Quantenmechanik by Erwin Schrödinger
[Naturwiss. 23, 807, 823, and 844 (1935)]
 Schrödinger's SQUID:
 Re: OPTICS:
 Quantum Superpositions and Schrödinger Cat
States in Quantum Optics
by C. C. Gerry and P. L. Knight
[Am. J. Phys. 65, 964 (1997)]