The bases (top and bottom) of an isosceles trapezoid
... median- is a line segment linking the midpoints of the two legs of the trapezoid To find the length of the median you can find the length of the base and divide it by 2 or find the distance between the 2 midpoints of the legs Altitude- is the perpendicular distance from one base to the other Briti ...
... median- is a line segment linking the midpoints of the two legs of the trapezoid To find the length of the median you can find the length of the base and divide it by 2 or find the distance between the 2 midpoints of the legs Altitude- is the perpendicular distance from one base to the other Briti ...
Phys. Rev. Lett. 110, 156402 - Institute for Quantum Optics and
... NV-based quantum information and sensing applications. Recent experiments have demonstrated coupling of NV electronic spins to nuclear spins [1,2], entanglement with photons [3], as well as single spin [4,5] and ensemble [6,7] magnetometry. An outstanding challenge is the realization of controlled i ...
... NV-based quantum information and sensing applications. Recent experiments have demonstrated coupling of NV electronic spins to nuclear spins [1,2], entanglement with photons [3], as well as single spin [4,5] and ensemble [6,7] magnetometry. An outstanding challenge is the realization of controlled i ...
Motion camouflage with sensorimotor delay
... with respect to a finite point, and motion camouflage with respect to a point at infinity. In the former, a fixed object (either between the pursuer and evader or behind the pursuer, as seen from the evader) serves to camouflage the pursuer. By remaining along the line joining the object and evader, ...
... with respect to a finite point, and motion camouflage with respect to a point at infinity. In the former, a fixed object (either between the pursuer and evader or behind the pursuer, as seen from the evader) serves to camouflage the pursuer. By remaining along the line joining the object and evader, ...
Probabilistic interpretation of resonant states
... towards outside is partially reflected at the potential edges x = ±l even when its kinetic energy is positive. This reflection at the potential edges plays the role of an effective potential barrier. Indeed, this effect would cause the Anderson localization if we had infinitely many potential wells ...
... towards outside is partially reflected at the potential edges x = ±l even when its kinetic energy is positive. This reflection at the potential edges plays the role of an effective potential barrier. Indeed, this effect would cause the Anderson localization if we had infinitely many potential wells ...
"Fundamentals of Electronic Spectroscopy" in
... electronic states is much larger than that between vibrational and rotational levels of a given electronic state. Consequently, the populations in the electronically excited states are negligible at room temperature, and electronic transitions, particularly those from the ground electronic state, ar ...
... electronic states is much larger than that between vibrational and rotational levels of a given electronic state. Consequently, the populations in the electronically excited states are negligible at room temperature, and electronic transitions, particularly those from the ground electronic state, ar ...
Basics of Open String Field Theory
... just a D–brane with opposite RR–charge, an anti–D–brane. Now, if a D–brane and an anti–D–brane are placed parallely at a distance less then the fundamental string length, there is a tachyon corresponding to the lowest state of open strings stretched between the two branes, that arises because such o ...
... just a D–brane with opposite RR–charge, an anti–D–brane. Now, if a D–brane and an anti–D–brane are placed parallely at a distance less then the fundamental string length, there is a tachyon corresponding to the lowest state of open strings stretched between the two branes, that arises because such o ...
