Liebb

Liebster Gott, wenn werd ich sterben, BWV 8

Liebster Gott, wenn werd ich sterben?, BWV 8, is a church cantata for the 16th Sunday after Trinity by Johann Sebastian Bach. It is a chorale cantata, part of Bach's second cantata cycle. Bach perforread more...med it for the first time on 24 September 1724 in St. Nicholas Church in Leipzig. The cantata is scored for SATB singers, four wind instruments, strings and continuo.read less...

Liebherr T 282 series

The Liebherr T 282 series are off-highway, ultra class, rigid frame, two axle, diesel-electric, AC powertrain haul trucks designed and manufactured in the United States by Liebherr Mining Equipment Coread more....read less...

Liebherr

Liebherr is a German-Swiss multinational equipment manufacturer based in Bulle, Switzerland, with its main production facilities and origins in Germany.

Lieber Code

The Lieber Code of April 24, 1863, issued as General Orders No. 100, Adjutant General's Office, 1863, was an instruction signed by U.S. President Abraham Lincoln to the Union forces of the United Statread more...es during the American Civil War that dictated how soldiers should conduct themselves in wartime. Its name reflects its author, the German–American legal scholar and political philosopher Franz Lieber.read less...

Liebster Gott, wann werd ich sterben

"Liebster Gott, wann werd ich sterben" is a Lutheran hymn which Caspar Neumann, an evangelical theologian from Breslau, wrote around 1690. The topic of the hymn, which has five stanzas of eight lines,read more... is a reflection on death. An elaborate analysis of the hymn's content was published in 1749. A few text variants of the hymn originated in the 18th century. Neumann's text is usually sung to the hymn tune of "Freu dich sehr o meine Seele".read less...

Lieb–Robinson bounds

The Lieb–Robinson bound is a theoretical upper limit on the speed at which information can propagate in non-relativistic quantum systems. It demonstrates that information cannot travel instantaneousread more...ly in quantum theory, even when the relativity limits of the speed of light are ignored. The existence of such a finite speed was discovered mathematically by Elliott H. Lieb and Derek W. Robinson in 1972. It turns the locality properties of physical systems into the existence of, and upper bound for this speed. The bound is now known as the Lieb–Robinson bound and the speed is known as the Lieb–Robinson velocity. This velocity is always finite but not universal, depending on the details of the system under consideration. For finite-range, e.g. nearest-neighbor, interactions, this velocity is a constant independent of the distance travelled. In long-range interacting systems, this velocity remains finite, but it can increase with the distance travelled.read less...