This book is open access, which means that you have free and unlimited access

Comprehensive Open Access account of the history and current achievements of molecular beam research

Chapters authors are world leaders in their respective research areas

Serves as a guide to the highlight topics within the vast research field spawned by the molecular beam method

An homage to Otto Stern (Dudley Herschbach).- My uncle Otto Stern (Alan Templeton).- Otto Stern's trajectory (Tilman Sauer).- From theory to experiment (and back to theory)? On Otto Stern, Max Born and other physicists in the 1920s (Arne Schirrmacher).- Otto Sackur, Otto Stern, and the Beginning of the Quantum Theory of Gases (Massimiliano Badino).- From Stern's beam experiments to modern biomolecular NMR spectroscopy (Christian Griesinger).- Quantum or classical perception: The Imaging Theorem and the Ensemble Picture (John Briggs).- Reduction of the atomic wave function in the Stern-­Gerlach magnetic field (Michael Devereux).- Precision experiments for the revised SI -­ and the future of time (Joachim Ullrich).- Precision Physics in Penning Traps Using the Continuous Stern-­Gerlach-­Effect (Klaus Blaum).- Frankfurt Physicists (Michael Eckert).- Our Patrimony from Otto Stern and My Memories of Otto Frisch (Dan Kleppner).- Ultracold Chemical reactions with molecules in slow motion (Kang-Kuen Ni).- Choreographing Quantum Spin Dynamics with Light (Monika Schleier-Smith).- Stern's relation to Gerlach (Horst Schmidt-­Böcking).- Manipulation and control of molecular beams (Gerard Meijer).- Quantum effects in cold and controlled molecular dynamics (Christiane Koch).- Otto Stern and Wave-­Particle Duality (Peter Toennies).- Macromolecular Matter Wave Interferometry and Talbot-­Lau Deflectometry (Markus Arndt).- Rotating rotationless: nonadiabatic alignment of the helium dimer and trimer (Maksim Kunitski).- Grating Diffraction of Molecular Beams: Present Day Implementations of Otto Stern's Concept (Wieland Schöllkopf).- Interaction effects in ultra cold atom systems (Dörte Blume).- Laser cooling and magneto-­optical trapping of molecules (Mike Tarbutt).- Microdroplet Chemistry (Dick Zare).- TBA (Manfred Faubel).- From Liquid Rays to Gas Rays: The Non-­Maxwellian Evaporation of Helium from Water Microjets (Gil Nathanson).- Laser-­induced rotation and alignment of molecules in helium nanodroplets (Henrik Stapelfeldt).- Far-from-equilibrium dynamics of molecules in helium nanodroplets (Mikhail Lemeshko).