Future

The future is what will happen in the time after the present. Its arrival is considered inevitable due to the existence of time and the laws of physics. Due to the apparent nature of reality and the unavoidability of the future, everything that currently exists and will exist can be categorized as either permanent, meaning that it will exist forever, or temporary, meaning that it will end. The future and the concept of eternity have been major subjects of philosophy, religion, and science, and defining them non-controversially has consistently eluded the greatest of minds. In the Occidental view, which uses a linear conception of time, the future is the portion of the projected time line that is anticipated to occur. In special relativity, the future is considered absolute future, or the future light cone.

In the philosophy of time, presentism is the belief that only the present exists and the future and the past are unreal. Religions consider the future when they address issues such as karma, life after death, and eschatologies that study what the end of time and the end of the world will be. Religious figures such as prophets and diviners have claimed to see into the future. Organized efforts to predict or forecast the future may have derived from observations by early man of heavenly objects.

Futures contract

In finance, a futures contract (more colloquially, futures) is a standardized forward contract which can be easily traded between parties other than the two initial parties to the contract. The parties initially agree to buy and sell an asset for a price agreed upon today (the forward price) with delivery and payment occurring at a future point, the delivery date. Because it is a function of an underlying asset, a futures contract is a derivative product.

Contracts are negotiated at futures exchanges, which act as a marketplace between buyers and sellers. The buyer of a contract is said to be long position holder, and the selling party is said to be short position holder. As both parties risk their counterparty walking away if the price goes against them, the contract may involve both parties lodging a margin of the value of the contract with a mutually trusted third party. For example, in gold futures trading, the margin varies between 2% and 20% depending on the volatility of the spot market.

Future (rapper)

Nayvadius DeMun Wilburn, better known by his stage name Future, is an American hip hop recording artist from Atlanta, Georgia. After amassing a series of mixtapes between 2010 and 2011, Future signed a major-label deal with Epic Records and fellow American rapper Rocko's A1 Recordings, which helped launch Future's own label imprint, Freebandz. Future subsequently began working on his debut album Pluto, and in April 2012 released the album to positive reviews. The album spawned five singles, all of which charted on the U.S. Billboard Hot 100 chart. He unexpectedly released his third album, DS2, in July 2015, which earned him his first number one placement on the Billboard 200. Future premiered his fourth album EVOL, in February 2016, on DJ Khaled's We The Best Radio's debut on Beats 1.

Life and career

1983–2010: Early life and career beginnings

Nayvadius DeMun Wilburn was born on November 20, 1983, in Atlanta, Georgia. He began using his stage name while performing as one of the members of the musical collective The Dungeon Family, where he was nicknamed "The Future." His first cousin, a record producer named Rico Wade who was also a member of The Dungeon Family, encouraged him to sharpen his writing skills and pursue a career as a rapper. He attended Columbia High School. Future voices his praise of Wade's musical influence and instruction, calling him the “mastermind” behind his sound. He soon came under the wing of Atlanta's own Rocko who signed him to his label A-1 Recordings. Since then his work ethic has driven him to his success. From 2010 to early 2011, Future released a series of mixtapes including 1000, Dirty Sprite and True Story. The latter included the single "Tony Montana", in reference to the Scarface film. During this time, Future also partnered with Gucci Mane on the Free Bricks collaborative album and co-wrote YC's single "Racks".

Transform

Transform may refer to:

Mathematics

Science

Media and music

Computer graphics

Geology

Organizations

Transform (EP)

Transform is the second single album by the South Korean boy band Teen Top. It was released in January 11, 2011 with the song "Supa Luv" as the title track. A remix version of the song was released in February 18, 2011.

History

The K-pop world has been buzzing over the group's hot new looks, including their eye-catching, silver-haired cyborg concept. This time Teen Top's album photography is done by renowned photographer Hong Jang Hyun, who previously worked with Big Bang, 2NE1, and Lee Hyo Ri. It also helps to have Shinhwa's Eric around to feature in the teaser for the title song Supa Luv, a stylish dance pop number produced by Shin Hyuk (the producer of Justin Bieber's One Less Lonely Girl).

Track listing

Charts

Album chart

Single chart

Sales and certifications

References

External links

Transformation (function)

In mathematics, particularly in semigroup theory, a transformation is any function f mapping a set X to itself, i.e. f:X→X. In other areas of mathematics, a transformation may simply be any function, regardless of domain and codomain. This wider sense shall not be considered in this article; refer instead to the article on function for that sense.

Examples include linear transformations and affine transformations, rotations, reflections and translations. These can be carried out in Euclidean space, particularly in dimensions 2 and 3. They are also operations that can be performed using linear algebra, and described explicitly using matrices.

Translation

A translation, or translation operator, is an affine transformation of Euclidean space which moves every point by a fixed distance in the same direction. It can also be interpreted as the addition of a constant vector to every point, or as shifting the origin of the coordinate system. In other words, if v is a fixed vector, then the translation T_v will work as T_v(p) = p + v.