Input: Article: Despite early victories, Pyrrhus found his position in Italy untenable. Rome steadfastly refused to negotiate with Pyrrhus as long as his army remained in Italy. Facing unacceptably heavy losses from each encounter with the Roman army, Pyrrhus withdrew from the peninsula (hence the term "Pyrrhic victory"). In 275 BC, Pyrrhus again met the Roman army at the Battle of Beneventum. While Beneventum was indecisive, Pyrrhus realised his army had been exhausted and reduced by years of foreign campaigns. Seeing little hope for further gains, he withdrew completely from Italy.

Now answer this question: Who suffered a great amount of losses battling the Roman army?

Output: Pyrrhus

Input: Article: The consensus of modern scholarship is that the New Testament accounts represent a crucifixion occurring on a Friday, but a Thursday or Wednesday crucifixion have also been proposed. Some scholars explain a Thursday crucifixion based on a "double sabbath" caused by an extra Passover sabbath falling on Thursday dusk to Friday afternoon, ahead of the normal weekly Sabbath. Some have argued that Jesus was crucified on Wednesday, not Friday, on the grounds of the mention of "three days and three nights" in Matthew before his resurrection, celebrated on Sunday. Others have countered by saying that this ignores the Jewish idiom by which a "day and night" may refer to any part of a 24-hour period, that the expression in Matthew is idiomatic, not a statement that Jesus was 72 hours in the tomb, and that the many references to a resurrection on the third day do not require three literal nights.

Now answer this question: Why do some other scholars argue that it happened on a Wednesday?

Output: on the grounds of the mention of "three days and three nights" in Matthew

Input: Article: The first blue-violet LED using magnesium-doped gallium nitride was made at Stanford University in 1972 by Herb Maruska and Wally Rhines, doctoral students in materials science and engineering. At the time Maruska was on leave from RCA Laboratories, where he collaborated with Jacques Pankove on related work. In 1971, the year after Maruska left for Stanford, his RCA colleagues Pankove and Ed Miller demonstrated the first blue electroluminescence from zinc-doped gallium nitride, though the subsequent device Pankove and Miller built, the first actual gallium nitride light-emitting diode, emitted green light. In 1974 the U.S. Patent Office awarded Maruska, Rhines and Stanford professor David Stevenson a patent for their work in 1972 (U.S. Patent US3819974 A) and today magnesium-doping of gallium nitride continues to be the basis for all commercial blue LEDs and laser diodes. These devices built in the early 1970s had too little light output to be of practical use and research into gallium nitride devices slowed. In August 1989, Cree introduced the first commercially available blue LED based on the indirect bandgap semiconductor, silicon carbide (SiC). SiC LEDs had very low efficiency, no more than about 0.03%, but did emit in the blue portion of the visible light spectrum.[citation needed]

Now answer this question: What students developed the first blue-violet LED?

Output:
Herb Maruska and Wally Rhines