In quantum mechanics, the Schrödinger condition is a numerical condition that portrays the progressions after some time of a physical framework in which quantum impacts, for example, wave– molecule duality, are significant. The condition is scientific detailing for contemplating quantum mechanical frameworks. It is viewed as an essential outcome in the investigation of quantum frameworks and its determination was a noteworthy turning point in building up the hypothesis of quantum mechanics. It was named after Erwin Schrödinger, who inferred the condition in 1925 and distributed it in 1926, shaping the reason for his work that occasioned in his being granted the Nobel Prize in Physics in 1933. The condition is a sort of differential condition known as a wave-condition, which fills in as a numerical model of the development of waves. The Schrödinger condition isn't the best way to think about quantum mechanical frameworks and make expectations, as there are other quantum mechanical details, for example, grid mechanics, presented by Werner Heisenberg, and way vital plan, grew mostly by Richard Feynman. Paul Dirac joined grid mechanics and the Schrödinger condition into a solitary detailing. Schrodingerï ½ s time-autonomous condition can be illuminated systematically for various basic frameworks. The time-dependent condition is of the main request in time however of the second request as for the coordinates, thus it isn't steady with relativity. Comparing to three coordinates, the answers for bound frameworks give three quantum numbers, and an inexact relativistic remedy is conceivable by including fourth turn quantum number.