GR0177 Solutions
... If a stone is thrown at such an angle at an initial velocity, its horizontal vx vs t graph should be constant and positive vx = vx0 = v0 cos(45◦ ). Thus, choices (A) and (E) are out. Recalling the basic kinematics equation vy = vy0 − gt, one eliminates choice (D), since that shows a parabolic time d ...
... If a stone is thrown at such an angle at an initial velocity, its horizontal vx vs t graph should be constant and positive vx = vx0 = v0 cos(45◦ ). Thus, choices (A) and (E) are out. Recalling the basic kinematics equation vy = vy0 − gt, one eliminates choice (D), since that shows a parabolic time d ...
11 State-to-state rotational inelastic scattering of free radicals
... interference effects in multi-surface dynamics, so their population and scattering distributions are strongly dependent on the final quantum state. Therefore, experimental investigation absolutely requires state-resolved detection of the final quantum states, in other words, laser detection of produ ...
... interference effects in multi-surface dynamics, so their population and scattering distributions are strongly dependent on the final quantum state. Therefore, experimental investigation absolutely requires state-resolved detection of the final quantum states, in other words, laser detection of produ ...
Creation of Ultracold RbCs Ground
... [Bar12, Mic06, Büc07a, Bre07, Pup08, Pup09, CS10]. For precision measurements cold molecules provide an enhanced sensitivity due to longer observation times as compared to molecular beams [Chi09, DeM08]. Experiments that are proposed for ultracold molecules mostly rely on or benefit from high phase ...
... [Bar12, Mic06, Büc07a, Bre07, Pup08, Pup09, CS10]. For precision measurements cold molecules provide an enhanced sensitivity due to longer observation times as compared to molecular beams [Chi09, DeM08]. Experiments that are proposed for ultracold molecules mostly rely on or benefit from high phase ...
Experiments and theory in cold and ultracold collisions
... Cold and ultracold collisions occupy a strategic position at the intersection of several powerful themes of current research in chemical physics, in atomic, molecular, and optical physics, and even in condensed matter. The nature of these collisions bears critically on optical manipulation of inelas ...
... Cold and ultracold collisions occupy a strategic position at the intersection of several powerful themes of current research in chemical physics, in atomic, molecular, and optical physics, and even in condensed matter. The nature of these collisions bears critically on optical manipulation of inelas ...
Young whores-old nuns or
... Schrodinger time-dependent equation dictates the eventual development of its -רfunction into a smeared state, or superposition of exploded and non-exploded states. But, again, since the gunpowder has, by that time, either exploded or not, QM ascribes to it two different states, and so the superpos ...
... Schrodinger time-dependent equation dictates the eventual development of its -רfunction into a smeared state, or superposition of exploded and non-exploded states. But, again, since the gunpowder has, by that time, either exploded or not, QM ascribes to it two different states, and so the superpos ...
Paper
... densities required [9]. When Feshbach resonances were explored in bosonic systems, strong interactions were always accompanied by strong losses, preventing the study of strongly interacting condensates [7, 10, 11]. The reason is that a Feshbach resonance couples the atomic Hilbert space to a resonan ...
... densities required [9]. When Feshbach resonances were explored in bosonic systems, strong interactions were always accompanied by strong losses, preventing the study of strongly interacting condensates [7, 10, 11]. The reason is that a Feshbach resonance couples the atomic Hilbert space to a resonan ...