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Visual perception is the ability to interpret the surrounding environment by processing information that is contained in visible light. The resulting perception is also known as eyesight, sight, or vision (adjectival form: visual, optical, or ocular). The various physiological components involved in vision are referred to collectively as the visual system, and are the focus of much research in psychology, cognitive science, neuroscience, and molecular biology.

Visual system[link]

The visual system in humans and animals allows individuals to assimilate information from the environment. The act of seeing starts when the lens of the eye focuses an image of its surroundings onto a light-sensitive membrane in the back of the eye, called the retina. The retina is actually part of the brain that is isolated to serve as a transducer for the conversion of patterns of light into neuronal signals. The lens of the eye focuses light on the photoreceptive cells of the retina, which detect the photons of light and respond by producing neural impulses. These signals are processed in a hierarchical fashion by different parts of the brain, from the retina upstream to central ganglia in the brain.

Note that up until now much of the above paragraph could apply to octopi, molluscs, worms, insects and things more primitive; anything with a more concentrated nervous system and better eyes than say a jellyfish. However, the following applies to mammals generally and birds (in modified form): The retina in these more complex animals sends fibers (the optic nerve) to the lateral geniculate nucleus, to the primary and secondary visual cortex of the brain. Signals from the retina can also travel directly from the retina to the superior colliculus.

Study of visual perception[link]

The major problem in visual perception is that what people see is not simply a translation of retinal stimuli (i.e., the image on the retina). Thus people interested in perception have long struggled to explain what visual processing does to create what is actually seen.

Early studies[link]

The visual dorsal stream (green) and ventral stream (purple) are shown. Much of the human cerebral cortex is involved in vision.

There were two major ancient Greek schools, providing a primitive explanation of how vision is carried out in the body.

The first was the "emission theory" which maintained that vision occurs when rays emanate from the eyes and are intercepted by visual objects. If an object was seen directly it was by 'means of rays' coming out of the eyes and again falling on the object. A refracted image was, however, seen by 'means of rays' as well, which came out of the eyes, traversed through the air, and after refraction, fell on the visible object which was sighted as the result of the movement of the rays from the eye. This theory was championed by scholars like Euclid and Ptolemy and their followers.

The second school advocated the so called 'intro-mission' approach which sees vision as coming from something entering the eyes representative of the object. With its main propagators Aristotle, Galen and their followers, this theory seems to have some contact with modern theories of what vision really is, but it remained only a speculation lacking any experimental foundation.

Both schools of thought relied upon the principle that "like is only known by like", and thus upon the notion that the eye was composed of some "internal fire" which interacted with the "external fire" of visible light and made vision possible. Plato makes this assertion in his dialogue Timaeus, as does Aristotle, in his De Sensu.^[1]

Leonardo DaVinci: The eye has a central line and everything that reaches the eye through this central line can be seen distinctly.

Alhazen (965 – c. 1040) carried out many investigations and experiments on visual perception, extended the work of Ptolemy on binocular vision, and commented on the anatomical works of Galen.^[2][3]

Leonardo DaVinci (1452–1519) was the first to recognize the special optical qualities of the eye. He wrote "The function of the human eye ... was described by a large number of authors in a certain way. But I found it to be completely different." His main experimental finding was that there is only a distinct and clear vision at the line of sight, the optical line that ends at the fovea. Although he did not use these words literally he actually is the father of the modern distinction between foveal and peripheral vision.^{[citation needed]}

Unconscious inference[link]

Hermann von Helmholtz is often credited with the first study of visual perception in modern times. Helmholtz examined the human eye and concluded that it was, optically, rather poor. The poor-quality information gathered via the eye seemed to him to make vision impossible. He therefore concluded that vision could only be the result of some form of unconscious inferences: a matter of making assumptions and conclusions from incomplete data, based on previous experiences.

Inference requires prior experience of the world.

Examples of well-known assumptions, based on visual experience, are:

• light comes from above
• objects are normally not viewed from below
• faces are seen (and recognized) upright.^[4]
• closer objects can block the view of more distant objects, but not vice versa

The study of visual illusions (cases when the inference process goes wrong) has yielded much insight into what sort of assumptions the visual system makes.

Another type of the unconscious inference hypothesis (based on probabilities) has recently been revived in so-called Bayesian studies of visual perception. Proponents of this approach consider that the visual system performs some form of Bayesian inference to derive a perception from sensory data. Models based on this idea have been used to describe various visual subsystems, such as the perception of motion or the perception of depth.^[5][6] The "wholly empirical theory of perception" is a related and newer approach that rationalizes visual perception without explicitly invoking Bayesian formalisms.^[7]

Gestalt theory[link]

Gestalt psychologists working primarily in the 1930s and 1940s raised many of the research questions that are studied by vision scientists today.

The Gestalt Laws of Organization have guided the study of how people perceive visual components as organized patterns or wholes, instead of many different parts. Gestalt is a German word that partially translates to "configuration or pattern" along with "whole or emergent structure." According to this theory, there are six main factors that determine how the visual system automatically groups elements into patterns: Proximity, Similarity, Closure, Symmetry, Common Fate (i.e. common motion), and Continuity.

Analysis of eye movement[link]

Eye movement first 2 seconds (Yarbus, 1967)

During the 1960s, technical development permitted the continuous registration of eye movement during reading^[8] in picture viewing^[9] and later in visual problem solving^[10] and when headset-cameras became available, also during driving.^[11]

The picture to the left shows what may happen during the first two seconds of visual inspection. While the background is out of focus, representing the peripheral vision, the first eye movement goes to the boots of the man (just because they are very near the starting fixation and have a reasonable contrast).

The following fixations jump from face to face. They might even permit comparisons between faces.

It may be concluded that the icon face is a very attractive search icon within the peripheral field of vision. The foveal vision adds detailed information to the peripheral first impression.

It can also be noted that there are three different types of eye movements: vergence movements, saccadic movements and pursuit movements. Vergence movements involve the cooperation of both eyes to allow for an image to fall on the same area of both retinas. This results in a single focused image. Saccadic movements is the type of eye movement that is used to rapidly scan a particular scene/image. Lastly, pursuit movement is used to follow objects in motion. ^[12]

Face and Object Recognition[link]

There is some evidence (including disorders such as prosopagnosia) that face recognition is distinct from object recognition in terms of visual processing. For example, newborns show a preference for following moving faces within the first 30 minutes of life. However, some studies have shown that visual processing of complex non-face shapes happens in the same area of the brain as facial recognition. This implies it may be complexity, rather than the face per se, that influences visual processing in a distinct way.^[13]

The cognitive and computational approaches[link]

The major problem with the Gestalt laws (and the Gestalt school generally) is that they are descriptive not explanatory. For example, one cannot explain how humans see continuous contours by simply stating that the brain "prefers good continuity". Computational models of vision have had more success in explaining visual phenomena and have largely superseded Gestalt theory. More recently, the computational models of visual perception have been developed for Virtual Reality systems — these are closer to real life situation as they account for motion and activities which are prevalent in the real world.^[14] Regarding Gestalt influence on the study of visual perception, Bruce, Green & Georgeson conclude:

"The physiological theory of the Gestaltists has fallen by the wayside, leaving us with a set of descriptive principles, but without a model of perceptual processing. Indeed, some of their "laws" of perceptual organisation today sound vague and inadequate. What is meant by a "good" or "simple" shape, for example?" ^[15]

In the 1970s David Marr developed a multi-level theory of vision, which analysed the process of vision at different levels of abstraction. In order to focus on the understanding of specific problems in vision, he identified three levels of analysis: the computational, algorithmic and implementational levels. Many vision scientists, including Tomaso Poggio, have embraced these levels of analysis and employed them to further characterize vision from a computational perspective.^{[citation needed]}

The computational level addresses, at a high level of abstraction, the problems that the visual system must overcome. The algorithmic level attempts to identify the strategy that may be used to solve these problems. Finally, the implementational level attempts to explain how solutions to these problems are realized in neural circuitry.

Marr suggested that it is possible to investigate vision at any of these levels independently. Marr described vision as proceeding from a two-dimensional visual array (on the retina) to a three-dimensional description of the world as output. His stages of vision include:

• a 2D or primal sketch of the scene, based on feature extraction of fundamental components of the scene, including edges, regions, etc. Note the similarity in concept to a pencil sketch drawn quickly by an artist as an impression.
• a 2½ D sketch of the scene, where textures are acknowledged, etc. Note the similarity in concept to the stage in drawing where an artist highlights or shades areas of a scene, to provide depth.
• a 3 D model, where the scene is visualized in a continuous, 3-dimensional map.^[16]

Transduction[link]

Transduction is the process through which energy from environmental stimuli is converted to neural activity for the brain to understand and process. The back of the eye contains three different cell layers; Photoreceptor layer, Bipolar cell layer and Ganglion cell layer. The photoreceptor layer is at the very back and contains rod photoreceptors and cone photoreceptors. Cones are responsible for colour perception. There are three different cones: red, green and blue. Photoreceptors contain within them photopigments, composed of two molecules. There are 4 specific photopigments (each with their own colour) that respond to specific wavelengths of light. When the appropriate wavelength of light hits the photoreceptor, its photopigment splits into two, which sends a message to the bipolar cell layer, which in turn sends a message to the ganglion cells, which then send the information through the optic nerve to the brain. If the appropriate photopigment is not in the proper photoreceptor (for example, a green photopigment inside a red cone), a condition called colour blindness will occur.^[17]

Opponent Process[link]

Transduction involves chemical messages sent from the photoreceptors to the bipolar cells to the ganglion cells. Several photoreceptors may send their information to one ganglion cell. There are two types of ganglion cells: red / green and yellow/blue. These neuron cells consistently fire – even when not stimulated. The brain interprets different colours (and with a lot of information, an image) when the rate of firing of these neurons alters. Red light stimulates the red cone, which in turn stimulates the red/green ganglion cell. Likewise, green light stimulates the green cone, which stimulates the red/green ganglion cell and blue light stimulates the blue cone which stimulates the yellow/blue ganglion cell. The rate of firing of the ganglion cells is increased when it is signalled by one cone and decreased (inhibited) when it is signalled by the other cone. The first colour in the name if the ganglion cell is the colour that excites it and the second is the colour that inhibits it. I.e.: A red cone would excite the red/green ganglion cell and the green cone would inhibit the red/green ganglion cell. This is an opponent process. If the rate of firing of a red/green ganglion cell is increased, the brain would know that the light was red, if the rate was decreased, the brain would know that the colour of the light was green.^[18]

Artificial visual perception[link]

Theories and observations of visual perception have been the main source of inspiration for computer vision (also called machine vision, or computational vision). Special hardware structures and software algorithms provide machines with the capability to interpret the images coming from a camera or a sensor. Artificial Visual Perception has long been used in the industry and is now entering the domains of automotive and robotics.

See also[link]

• Naked eye
• Color vision
• Computer vision
• Depth perception
• Entoptic phenomenon
• Lateral masking
• Gestalt Psychology
• Machine vision
• Motion perception
• Visual illusion
• Visual processing

Disorders/dysfunctions[link]

• Achromatopsia
• Akinetopsia
• Apperceptive agnosia
• Associative agnosia
• Astigmatism
• Color blindness
• Prosopagnosia
• Scotopic sensitivity syndrome
• Recovery from blindness
• Visual agnosia

Related disciplines[link]

• Cognitive science
• Neuroscience
• Optometry
• Ophthalmology
• Psychophysics

References[link]

External links[link]

Wikiquote has a collection of quotations related to: Vision

• Visual Perception 3 - Cultural and Environmental Factors
• Gestalt Laws
• Summary of Kosslyn et al.'s theory of high-level vision
• The Organization of the Retina and Visual System
• Reference info on aritificial visual perception
• Dr Trippy's Sensorium A website dedicated to the study of the human sensorium and organisational behaviour
• Effect of Detail on Visual Perception by Jon McLoone, the Wolfram Demonstrations Project.
• The Joy of Visual Perception An excellent resource on the eye's perception abilities.
• VisionScience. An Internet Resource for Research in Human and Animal Vision A most comprehensive collection of resources in vision science and perception.
• Vision and Psychophysics. A quality account of many aspects of vision. However, some parts are missing.

Lionel Richie
Lionel Richie performing on his sold-out 2011 Australian and New Zealand Concert Tour
Background information
Birth name	Lionel Brockman Richie, Jr.
Born	(1949-06-20) June 20, 1949 (age 63) Tuskegee, Alabama, United States
Genres	Soul, R&B, pop, pop rock, country
Occupations	Singer-songwriter, instrumentalist, record producer, actor
Instruments	Vocals, piano/keyboards, saxophone
Years active	1967–present
Labels	Island, MCA, Motown
Associated acts	Diana Ross, Commodores, Nicole Richie, Alabama (band), Marvin Gaye, Stevie Wonder, Luther Vandross, Michael Jackson, Janet Jackson, Patti Labelle, USA for Africa, Jason Derulo, Natasha Bedingfield, Kenny Rogers, Akon
Website	lionelrichie.com

Lionel Brockman Richie, Jr. (born June 20, 1949) is an American singer-songwriter, musician, record producer and actor. From 1968, he was a member of the musical group Commodores signed to Motown Records. Richie made his solo debut in 1982 with the album Lionel Richie and number-one hit "Truly".

Early life[link]

Richie was born in Tuskegee, Alabama, the son of Alberta R. (Foster) and Lionel Brockman Richie.^[1] Richie grew up on the campus of Tuskegee Institute.^[2] His grandfather's house was across the street from the home of the president of the college. His family moved to Joliet, Illinois, where he graduated from Joliet Township High School, East Campus. A star tennis player in Joliet, he accepted a tennis scholarship to attend Tuskegee Institute, and graduated with a major in economics. After receiving his undergraduate degree from Tuskegee, Richie briefly attended graduate school at Auburn University. He is a member of Kappa Kappa Psi^[3] and Alpha Phi Alpha^[4][5] Fraternity.

Career[link]

The Commodores[link]

As a student in Tuskegee, Richie formed a succession of R&B groups in the mid-1960s. In 1968 he became a singer and saxophonist with the Commodores. They signed a recording contract with Atlantic Records in 1968 for one record before moving on to Motown Records initially as a support act to The Jackson 5. The Commodores then became established as a popular soul group. Their first several albums had a danceable, funky sound, as in such tracks as "Machine Gun" and "Brick House." Over time, Richie wrote and sang more romantic, easy-listening ballads such as "Easy," "Three Times a Lady," "Still," and the tragic breakup ballad "Sail On."

By the late 1970s he had begun to accept songwriting commissions from other artists. He composed "Lady" for Kenny Rogers, which hit #1 in 1980, and produced Rogers's album Share Your Love the following year. Richie and Rogers maintained a strong friendship in later years. Latin jazz composer and salsa romantica pioneer La Palabra enjoyed international success with his cover of "Lady," which was played at Latin dance clubs. Also in 1981 Richie sang the theme song for the film Endless Love, a duet with Diana Ross. Issued as a single, the song topped the UK and US pop music charts, and became one of Motown's biggest hits. Its success encouraged Richie to branch out into a full-fledged solo career in 1982. He was replaced as lead singer for The Commodores by Skyler Jett in 1983. His debut album, Lionel Richie, produced another chart-topping single, "Truly," which continued the style of his ballads with the Commodores.

Solo career[link]

Richie performing in March 2011

Richie's 1982 self-titled debut contained three hit singles: the U.S. #1 song "Truly", which launched his career as one of the most successful balladeers of the 1980s, and the Top Five hits "You Are" and "My Love." The album hit #3 on the music charts and sold over 4 million copies. His 1983 follow-up album, Can't Slow Down, sold over twice as many copies and won two Grammy Awards, including Album of the Year, propelling him into the first rank of international superstars. The album contained the #1 hit "All Night Long" a Caribbean-flavored dance number that was promoted by a colorful music video produced by former Monkee Michael Nesmith. In 1984, Richie performed “All Night Long” at the closing ceremony of the XXIII Olympic Games in Los Angeles.

Several more Top 10 hits followed, the most successful of which was the ballad "Hello" (1984), a sentimental love song that showed how far Richie had moved from his R&B roots. Richie had three more Top Ten hits in 1984, "Stuck on You" (#3), "Running with the Night" (#7) and "Penny Lover" (#8). Now described by one critic as "the black Barry Manilow," in 1985 Richie wrote and performed a suitably soothing theme song, "Say You, Say Me," for the film White Nights, winning an Oscar for his efforts as well as reaching #1 on the U.S. charts and staying there for four weeks, making it the #1 song of 1985 according to Billboard's year-end Hot 100 chart. He also collaborated with Michael Jackson on the charity single "We Are the World" by USA for Africa, another #1 hit.

In 1986, Richie released Dancing on the Ceiling, his last widely popular album, which produced a run of US and UK hits including "Say You, Say Me" (U.S. #1), "Dancing on the Ceiling" (U.S. #2), "Ballerina Girl" (U.S. #7), and "Se La" (U.S. #20), Richie's most recent U.S. Pop Top Twenty hit. The title selection was accompanied by a video directed by Stanley Donen, which drew inspiration from Royal Wedding,^{[citation needed]} a 1951 Fred Astaire film Donen had directed. The critical consensus was that this album represented nothing more than a consolidation of his previous work, though Richie's collaboration with the country group Alabama on "Deep River Woman" did break new ground. By 1987, Richie was exhausted from his work schedule and after a controversial year laid low, taking care of his father in Alabama. His father, Lionel Sr., died in 1990. Richie made his return to recording and performing following the release of his first greatest-hits collection, Back to Front, in 1992.

Since then, his ever-more-relaxed schedule has kept his recording and live work to a minimum. He broke the silence in 1996 with Louder Than Words, on which he resisted any change of style or the musical fashion-hopping of the past decade, sticking instead with his chosen path of well-crafted soul music, which in the intervening years has become known as Contemporary R&B.

Richie's albums in the 1990s such as Louder Than Words and Time failed to match the commercial success of his earlier work. Some of his recent albums, such as Renaissance, have returned to his older style and achieved success in Europe but only modest notice in the United States. Since 2004, he has produced a total of six Top 40 singles in the UK. On March 2011, Richie is to tour Australia next year and is scheduled to perform at several winery events in March 2011.^[6]

Long-lasting popularity and later career[link]

In 2002, Richie's song "Running with the Night" was featured on the Rockstar North video game Grand Theft Auto: Vice City though the song was removed from later versions of the game. In 2004, he appeared on Canadian Idol as his songs were featured during a Canadian Idol week.

Later in 2004, he also appeared on the British motoring television series Top Gear in the "Star in a Reasonably Priced Car" segment where he was interviewed by host Jeremy Clarkson. During his lap, the Suzuki Liana he was driving lost a wheel due to hard cornering.

In November 2005, Lionel Richie performed with Kenny Rogers on a CMT Crossroads special. The show gave an informative insight into their friendship both in and out of the music world. Richie was also the headliner at a 2000 Fourth of July tribute concert with Fantasia Barrino at the Philadelphia Museum of Art. On May 7, 2006, Richie performed on the main stage (Acura Stage) at the New Orleans Jazz & Heritage Festival, replacing Antoine "Fats" Domino, who had fallen ill. Richie released his eighth studio album entitled "Coming Home" on September 12, 2006. The first single of the album was "I Call It Love" and was premiered in July 2006, becoming his biggest hit in the U.S. in ten years. The album was an incredible success for Richie in the United States, peaking at #6. His adopted daughter Nicole Richie stars in the music video for this track.

On December 9, 2006, Richie hosted and performed live on the British television show An Audience with Lionel Richie. Two months later, he performed "Hello" on the 49th Grammy Awards show.

On November 25, 2007, he made a surprise appearance on the Australian Idol grand finale performing "All Night Long (All Night)" at the Sydney Opera House. Richie donated to Barack Obama's 2008 Presidential campaign.

On May 2, 2008, Lionel Richie was the 21st recipient of the George and Ira Gershwin Lifetime Achievement Award at UCLA's annual Spring Sing. In accepting the award, Richie said: "Forget about surviving 30 some odd years in the music business, Lionel Richie survived 27 years of Nicole Richie."^[7]

Recently, he has announced that he would like to get The Commodores back together soon, "or in the next 10 years no one will care."^[8]

On December 31, 2008, Richie performed in Times Square for the New Year's Eve celebration and ball drop. He also performed on the 2009 season finale for American Idol with Danny Gokey.

A new album, Just Go was released in spring 2009 – around the time Lionel confirmed there is to be a Commodores reunion in the near future.

On July 7, 2009, Richie performed "Jesus is Love" at Michael Jackson's memorial service.

On May 30, 2010, Richie performed at the National Memorial Day Concert in Washington D.C., singing "Stuck on You"^[9] and "America the Beautiful."^[10][11][12] Richie himself is from a military family.^[12]

Richie and Guy Sebastian performing "All Night Long" during Richie's 2011 Australian and New Zealand tour.

In Australia on October 2, 2010, Richie performed at the AFL Grand Final Replay in the Pre-game entertainment to a sell out crowd and also post match at AAMI Park.^[13]

Richie returned to Australia in 2011 where he and guest artist Guy Sebastian toured Australia and New Zealand with concert tour dates spread throughout the months of March and April 2011.^[14][15] Richie and Guy Sebastian have recorded Richie's 1983 #1 single "All Night Long" together, to raise money for Australian and New Zealand flood and earthquake relief. Richie handpicked Sebastian to support him in Australia and the pair will perform the song together at each concert.^[16][17]

On March 26, 2012, Richie released Tuskegee, featuring 13 of his hit songs performed as duets with country stars. His duet partners on Tuskegee include Sugarland’s Jennifer Nettles, Jason Aldean, Tim McGraw, Blake Shelton, Darius Rucker, Rascal Flatts, Kenny Chesney, Billy Currington, Little Big Town, Shania Twain, Kenny Rogers, Willie Nelson and Jimmy Buffett. ^[18] In an interview with American Songwriter Magazine, Lionel Richie explained the new duets of his hit songs with, "I’m just gonna stand next to them again with great country artists and hug them."^[19]

Popularity in the Arab world[link]

In recent years, Richie has become a phenomenon in various Arab states,^[20][21] and has performed in Morocco, Dubai, Qatar and Libya.^[22] ABC News said, "Grown Iraqi men get misty-eyed by the mere mention of his name. 'I love Lionel Richie,' they say". They can sing an entire Lionel Richie song. According to Richie, he was told that Iraqi civilians were playing "All Night Long" the night U.S. tanks invaded Baghdad. Richie was against the war, but says he could see a day when he would come and perform in Baghdad. "I would love to be here for that."^[22]

Family[link]

Richie married his college sweetheart, Brenda Harvey, on October 18, 1975. During their marriage, Lionel began a relationship with Diane Alexander in 1986. In 1988 while separated, Brenda allegedly discovered Richie and Alexander together in a Beverly Hills hotel room by saying she was "room service", and breaking in the door. A confrontation ensued and Brenda attacked both Richie and Diane brutally. Brenda was arrested for spousal abuse, trespassing, assault towards Alexander, and vandalism. Richie and Brenda divorced on August 9, 1993, after being married nearly 18 years.^[5]

In 1983 Lionel Richie and his wife, Brenda, informally adopted Nicole Camille Escovedo, the two-year-old daughter of one of the members of Lionel's band. They raised her as their daughter, Nicole Richie, and adopted her legally when she was nine years old. Lionel Richie became a grandfather on January 11, 2008, when Nicole Richie gave birth to a baby girl, Harlow Winter Kate Richie Madden,^{[citation needed]} with the lead singer of Good Charlotte, Joel Madden; and again when she gave birth to Sparrow James Midnight Madden on September 9, 2009.

Richie married Diane Alexander on December 21, 1995.^[5] They have a son, Miles Brockman^[23] (born May 27, 1994),^[5] and a daughter, Sofia (born August 24, 1998). Lionel and Diane Alexander divorced in January 2004.

Genealogy[link]

In 2011 the NBC television program Who Do You Think You Are? did research into Lionel Richie's genealogy and specifically looked at information relating to one of Lionel's great-grandfathers, the father of Lionel's maternal grandmother.^[24]

Lionel's great-grandfather was John Louis Brown (October 25, 1839 - September 8, 1931), the bi-racial (mulatto) possible son of the widowed 81-year-old American-Revolutionary-War-fighter Dr. Morgan Brown or his son, Judge Morgan Welles Brown.^[25] (January 13, 1758 - March 23, 1840).^[26] His mother was one of Dr. Morgan Brown's slaves Mariah, who in his father's final years on his farm in Tennessee was his live-in housekeeper and nurse. Born a slave just like his mother, the baby John Louis Brown's ownership passed to his father/much-older half-brother Judge Morgan W(elles) Brown (January 1, 1800 - March 7, 1853) after his father's death in 1840, as did the ownership of his mother. Despite attempts by his father Dr. Morgan Brown to free both John Louis and his mother Mariah in his will that had been written before John Louis's birth in 1839, John Louis was never freed. John Louis was, however, educated as per his father Dr. Morgan Brown's wishes in his will, and against the mores and the laws of the time. The educated John Louis became known as "Doc"^[27] and he took the Brown surname. After the death of his father/half-brother in 1853 John Louis's ownership had stayed within the family and he remained known as the slave of Morgan W. Brown even though Judge Morgan Welles Brown was deceased.^[27][28] John Louis then served as the slave, non-combatant,^[29] personal-body-servant to his older nephew John Claiborne Thompson (April 3, 1828 - February 2, 1872), the son of his deceased half-sister Elizabeth Little Brown (February 2, 1792 - December 10, 1854), during John Claiborne Thompson's 12 months of service from May 1861 to May 1862 in the American Civil War, as evidenced by John Louis's application for a pension late in life.^[27][30] It has been recorded that John Louis was wounded during the war, and that “He bore dispatches to Felix Zollicoffer and performed many other duties of service and responsibility.”^[27]

As an emancipated slave, in the 1880s and early 1890s John Louis Brown became a Supreme Grand Archon (national leader) of the Knights of the Wise Men, a fraternal organization that gave support and insurance to the African-American community. He is also credited with writing the rules, laws, and regulations for the group. The Knights of the Wise Men was a precursor to the later civil rights movement.

In a declaration to the court in Nashville, Tennessee, in 1832 John Louis Brown's father, Dr. Morgan Brown, claimed to have "a large family bible now in my possession, with the names of my ancestors from their first landing in America in the month of 1638."^[31] This suggests that John Louis Brown's ancestors were among the early European settlers of what became the United States of America. This family bible may have belonged to the family of his ancestor Edward Browne who in 1668 in Maryland, Virginia married Sarah Williams, the daughter of Morgan Williams^[32] (there were at least five people called Morgan Williams who immigrated to Virginia between 1639 and 1650).^[33] This Edward Browne is possibly the son of an Edward Browne Snr. and his wife Ellinor. Edward Browne Snr. appears to have arrived in Virginia in 1637 (after being sponsored by a John Brodwell).^[33][34]

Lionel Richie's maternal grandmother, Adelaide Mary Brown (January 19, 1893 - November 30, 1996), was John Louis Brown's only known child. She was fathered from his marriage on April 6, 1890 at the age of 50 to the bi-racial teenage Volenderver Towson. The marriage floundered in the early 1890s during the period that the Knights of the Wise Men folded after suffering financially from the payment of many death benefits after a smallpox epidemic in 1891, and the treasurer soon after apparently disappearing with the remaining funds. A divorce was granted on July 28, 1897. The only other marriage that is known about was a marriage before 1924 to "a middle aged coloured woman who is trying to run him off from home". He was a proud man, who despite falling upon hard times was refusing to go to the poor house.^[27] In his last years John Louis worked as a caretaker at Pleasant Gardens Cemetery, in the city of Chattanooga where the Knights of the Wise Men had been based. After dying of pneumonia at the age of 93, and he was buried there in the paupers' section.^[35][36]

Breast cancer activist[link]

Richie helped to raise over $3.1 million for the Breast Cancer Research Foundation. He was the featured performer at the Foundation's Soirée Bouquet, the annual spring gala.

Richie told the crowd that his grandmother was diagnosed with breast cancer in her 80s, but survived and lived until she was 103 years old. He stated that she was his enduring symbol of hope and his reason for becoming a breast cancer activist.^[37]

In popular culture[link]

Richie in March 2012.

• Argentine-born soccer superstar, Lionel Messi, was named after Richie.^[38]
• Richie appeared in NBC's Who Do You Think You Are? on March 4, 2011, and found out his great-grandfather was the national leader of an early African-American fraternal organization.^[24]

• The Hong Kong veteran actor Yeung Chak Lam who acted in many kungfu dramas has been dubbed the "Lionel Richie" of Hong Kong as he resembles the latter a lot.

Discography[link]

• Lionel Richie (1982)
• Can't Slow Down (1983)
• Dancing on the Ceiling (1986)
• Louder Than Words (1996)
• Time (1998)
• Renaissance (2000)
• Just for You (2004)
• Coming Home (2006)
• Just Go (2009)
• Tuskegee (2012)

Filmography[link]

• 1977: Scott Joplin (w/ The Commodores)
• 1978: Thank God It's Friday (w/ The Commodores)
• 1990: Running with the Night
• 1991: Truth or Dare (documentary)
• 1996: The Preacher's Wife
• 1998: Pariah
• 2007: The Simpsons (episode He Loves to Fly and He D'ohs)
• 2011: Who Do You Think You Are?
• 2011: Lionel Richie: Dancing On the Ceiling (Part of the BBC4 documentary series, Black Music Legends of the 1980s)

See also[link]

	Book: Lionel Richie
Wikipedia books are collections of articles that can be downloaded or ordered in print.

	Biography portal
	United States portal

• List of best-selling music artists
• List of best-selling music artists in the United States

References and notes[link]

External links[link]

• Official website
• Lionel Richie at the Internet Movie Database
• Lionel Richie interview by Pete Lewis, 'Blues & Soul' 03/09
• Baghdad's Lionel Richie Obsession
• NPR profile
• Listen to Lionel Richie talk to David Jensen on UK radio station, Capital Gold (October 2006)
• The Rude Awakening – Lionel Richie in Stuido (sic) on YouTube
• Lionel Richie Interview in SPIN's February Issue
• Lionel Richie Interview – Celebrity Scribe

v t e Lionel Richie Studio albums Lionel Richie (1982) Can't Slow Down (1983) Dancing on the Ceiling (1986) Louder Than Words (1996) Time (1998) Renaissance (2000) Just for You (2004) Coming Home (2006) Just Go (2009) Tuskegee (2012) Live albums Encore (2002) Compilation albums Back to Front (1992) Truly: The Love Songs (1997) The Definitive Collection (2007) Singles "Endless Love" (with Diana Ross) (1981) "Truly" (1982) "You Are" (1983) "My Love" (1983) "All Night Long (All Night)" (1983) "Running with the Night" (1983) "Hello" (1984) "Stuck on You" (1984) "Penny Lover" (1984) "Say You, Say Me" (1985) "Dancing on the Ceiling" (1986) "Love Will Conquer All" (1986) "Ballerina Girl" (1986) "Deep River Woman" (1987) "Se La" (1987) "Do It to Me" (1992) "My Destiny" (1992) "I Call It Love" (2006) "Why" (2006) "All Around the World" (2007) "Just Go" (2009) "Endless Love" (with Shania Twain) (2012) "Say You, Say Me" (with Rasmus Seebach) (2012) Related articles Discography Commodores Book:Lionel Richie