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Burwell v. Hobby Lobby Stores, Inc., 573 U.S. 682 (2014), is a landmark decision [1] [2] in United States corporate law by the United States Supreme Court allowing privately held for-profit corporations to be exempt from a regulation that its owners religiously object to, if there is a less restrictive means of furthering the law's interest, according to the provisions of the Religious Freedom ...
One of the ancient clay tablets shows Cuneiform script which Hobby Lobby bought. The Hobby Lobby smuggling scandal started in 2009 when representatives of the Hobby Lobby chain of craft stores received a large number of clay bullae and tablets originating in the ancient Near East. The artifacts were intended for the Museum of the Bible, funded ...
Hobby Lobby Stores, Inc., formerly Hobby Lobby Creative Centers, is an American retail company. It owns a chain of arts and crafts stores with a volume of over $5 billion in 2018. [ 1 ] The chain has 1,001 stores in 48 U.S. states.
Crystal chandeliers in the early period were literally made of crystals, but what are called crystal chandeliers now are almost always made of cut glass. Glass, although not crystalline in structure, continued to be called crystal, after much clearer cut glass that resembled crystal was produced from the late 17th-century.
The centerpiece of the lobby is an array of eleven "crystal chandeliers resembling constellations with sparkly moons and satellites spraying out in all directions"; [13] the auditorium contains 21 matching chandeliers, the largest of which measures 18 ft (5.5 m) in diameter.
Vacancies lower the crystal symmetry. Therefore, monoclinic forms of pyrrhotite are in general more defect-rich than the more symmetrical hexagonal forms, and thus are more magnetic. [11] Monoclinic pyrrhotite undergoes a magnetic transition known as the Besnus transition at 30 K that leads to a loss of magnetic remanence. [12]
If the crystal is not under stress, magnetostriction alters the effective magnetocrystalline anisotropy. If a ferromagnet is single domain (uniformly magnetized), the effect is to change the magnetocrystalline anisotropy parameters. [16] In practice, the correction is generally not large. In hexagonal crystals, there is no change in K 1. [17]
Michael Faraday holding a piece of glass of the type he used to demonstrate the effect of magnetism on polarization of light, c. 1857.. By 1845, it was known through the work of Augustin-Jean Fresnel, Étienne-Louis Malus, and others that different materials are able to modify the direction of polarization of light when appropriately oriented, [4] making polarized light a very powerful tool to ...