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Cello
Cello
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Cello
Cello, front and side view.
String instrument
Other namesVioloncello
Hornbostel–Sachs classification321.322-71
(Composite chordophone sounded by a bow)
Developedc. 1660 from bass violin
Playing range
Related instruments
Sound sample
Bach, Cello Suite no. 1 in G major

The violoncello (/ˌvələnˈɛl/ VY-ə-lən-CHEL-oh, Italian pronunciation: [vjolonˈtʃɛllo]),[1] commonly abbreviated as cello (/ˈɛl/ CHEL-oh), is a medium-low pitched bowed (sometimes plucked and occasionally hit) string instrument of the violin family. Its four strings are usually tuned in perfect fifths: from low to high, C2, G2, D3 and A3. The viola's four strings are each an octave higher. Music for the cello is generally written in the bass clef; the tenor clef and treble clef are used for higher-range passages.

Played by a cellist or violoncellist, it enjoys a large solo repertoire with and without accompaniment, as well as numerous concerti. As a solo instrument, the cello uses its whole range, from bass to soprano, and in chamber music, such as string quartets and the orchestra's string section, it often plays the bass part, where it may be reinforced an octave lower by the double basses. Figured bass music of the Baroque era typically assumes a cello, viola da gamba or bassoon as part of the basso continuo group alongside chordal instruments such as organ, harpsichord, lute, or theorbo. Cellos are found in many other ensembles, from modern Chinese orchestras to cello rock bands.

Etymology

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The name cello is derived from the ending of the Italian violoncello,[2] which means "little violone". Violone ("big viola") was a large-sized member of viol (viola da gamba) family or the violin (viola da braccio) family. The term "violone" today usually refers to the lowest-pitched instrument of the viols, a family of stringed instruments that went out of fashion around the end of the 17th century in most countries except England and, especially, France, where they survived another half-century before the louder violin family came into greater favour in that country as well.

In modern symphony orchestras, it is the second largest stringed instrument (the double bass is the largest). Thus, the name "violoncello" contained both the augmentative "-one" ("big") and the diminutive "-cello" ("little"). By the turn of the 20th century, it had become common to shorten the name to 'cello, with the apostrophe indicating the missing stem.[3] It is now customary to use "cello" without apostrophe as the full designation.[3] Viol is derived from the root viola, which was derived from Medieval Latin vitula, meaning stringed instrument.

General description

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Tuning

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Cello close-up
Cello open strings Play
Cello close-up with a bow.

Cellos are tuned in fifths, starting with C2 (two octaves below middle C), followed by G2, D3, and then A3. It is tuned in the exact same intervals and strings as the viola, but an octave lower. Similar to the double bass, the cello has an endpin that rests on the floor to support the instrument's weight. The cello is most closely associated with European classical music. The instrument is a part of the standard orchestra, as part of the string section, and is the bass voice of the string quartet (although many composers give it a melodic role as well), as well as being part of many other chamber groups.

Works

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Among the most well-known Baroque works for the cello are Johann Sebastian Bach's six unaccompanied Suites. Other significant works include Sonatas and Concertos by Antonio Vivaldi, and solo sonatas by Francesco Geminiani and Giovanni Bononcini. Domenico Gabrielli was one of the first composers to treat the cello as a solo instrument. As a basso continuo instrument the cello may have been used in works by Francesca Caccini (1587–1641), Barbara Strozzi (1619–1677) with pieces such as Il primo libro di madrigali, per 2–5 voci e basso continuo, op. 1 and Elisabeth Jacquet de La Guerre (1665–1729), who wrote six sonatas for violin and basso continuo. Francesco Supriani's Principij da imparare a suonare il violoncello e con 12 Toccate a solo (before 1753), an early manual for learning the cello, dates from this era. As the title of the work suggests, it contains 12 toccatas for solo cello, which along with Johann Sebastian Bach's Cello Suites, are some of the first works of that type.[4]

From the Classical era, the two concertos by Joseph Haydn in C major and D major stand out, as do the five sonatas for cello and pianoforte of Ludwig van Beethoven, which span the important three periods of his compositional evolution. Other outstanding examples include the three Concerti by Carl Philipp Emanuel Bach, Capricci by dall'Abaco, and Sonatas by Flackton, Boismortier, and Luigi Boccherini. A Divertimento for Piano, Clarinet, Viola and Cello is among the surviving works by Duchess Anna Amalia of Brunswick-Wolfenbüttel (1739–1807). Wolfgang Amadeus Mozart supposedly wrote a Cello Concerto in F major, K. 206a in 1775, but this has since been lost. His Sinfonia Concertante in A major, K. 320e includes a solo part for cello, along with the violin and viola, although this work is incomplete and only exists in fragments, therefore it is given an Anhang number (Anh. 104).

Well-known works of the Romantic era include the Robert Schumann Concerto, the Antonín Dvořák Concerto, the first Camille Saint-Saëns Concerto, as well as the two sonatas and the Double Concerto by Johannes Brahms. A review of compositions for cello in the Romantic era must include the German composer Fanny Mendelssohn (1805–1847), who wrote Fantasia in G Minor for cello and piano[5] and a Capriccio in A-flat for cello.[6]

Compositions from the late 19th and early 20th century include three cello sonatas (including the Cello Sonata in C Minor written in 1880) by Dame Ethel Smyth (1858–1944), Edward Elgar's Cello Concerto in E minor, Claude Debussy's Sonata for Cello and Piano, and unaccompanied cello sonatas by Zoltán Kodály and Paul Hindemith. Pieces including cello were written by American Music Center founder Marion Bauer (1882–1955) (two trio sonatas for flute, cello, and piano) and Ruth Crawford Seeger (1901–1953) (Diaphonic suite No. 2 for bassoon and cello).

The cello's versatility made it popular with many composers in this era, such as Sergei Prokofiev, Dmitri Shostakovich, Benjamin Britten, György Ligeti, Witold Lutoslawski and Henri Dutilleux. Polish composer Grażyna Bacewicz (1909–1969) was writing for cello in the mid 20th century with Concerto No. 1 for Cello and Orchestra (1951), Concerto No. 2 for Cello and Orchestra (1963) and in 1964 composed her Quartet for four cellos.

Today it is sometimes featured in pop and rock recordings, examples of which are noted later in this article. The cello has also appeared in major hip-hop and R & B performances, such as singers Rihanna and Ne-Yo's 2007 performance at the American Music Awards.[7] The instrument has also been modified for Indian classical music by Nancy Lesh and Saskia Rao-de Haas.[5]

History

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The violin family, including cello-sized instruments, emerged c. 1500 as a family of instruments distinct from the viola da gamba family. The earliest depictions of the violin family, from Italy c. 1530, show three sizes of instruments, roughly corresponding to what we now call violins, violas, and cellos. Contrary to a popular misconception, the cello did not evolve from the viola da gamba, but existed alongside it for about two and a half centuries. The violin family is also known as the viola da braccio (meaning viola for the arm) family, a reference to the primary way the members of the family are held. This is to distinguish it from the viola da gamba (meaning viola for the leg) family, in which all the members are all held with the legs. The likely predecessors of the violin family include the lira da braccio and the rebec. The earliest surviving cellos are made by Andrea Amati, the first known member of the celebrated Amati family of luthiers.[8]

The direct ancestor to the violoncello was the bass violin.[unt. library] Monteverdi referred to the instrument as "basso de viola da braccio" in Orfeo (1607). Although the first bass violin, possibly invented as early as 1538, was most likely inspired by the viol, it was created to be used in consort with the violin. The bass violin was actually often referred to as a "violone", or "large viola", as were the viols of the same period. Instruments that share features with both the bass violin and the viola da gamba appear in Italian art of the early 16th century.

A baroque cello strung with gut strings. Note the absence of fine tuners on the tailpiece.

Around 1700, Italian players popularized the cello in northern Europe, although the bass violin (basse de violon) continued to be used for another two decades in France.[9] Many existing bass violins were literally cut down in size to convert them into cellos according to the smaller pattern developed by Stradivarius, who also made a number of old pattern large cellos (the 'Servais').[10] The sizes, names, and tunings of the cello varied widely by geography and time.[10] The size was not standardized until c. 1750.

Despite similarities to the viola da gamba, the cello is actually part of the viola da braccio family, meaning "viol of the arm", which includes, among others, the violin and viola. Though paintings like Bruegel's "The Rustic Wedding", and Jambe de Fer in his Epitome Musical suggest that the bass violin had alternate playing positions, these were short-lived and the more practical and ergonomic a gamba position eventually replaced them entirely.

Josephine van Lier plays a violoncello piccolo, a five-string variant of the Baroque cello, during a recording session of Bach's 6th Cello Suite.

Baroque-era cellos differed from the modern instrument in several ways. The neck has a different form and angle, which matches the baroque bass-bar and stringing.[11][12] The fingerboard is usually shorter than that of the modern cello, as the highest notes are not often called for in baroque music. Modern cellos have an endpin at the bottom to support the instrument (and transmit some of the sound through the floor),[13] while Baroque cellos are held only by the calves of the player. Modern bows curve in and are held at the frog; Baroque bows curve out and are held closer to the bow's point of balance. Modern strings are normally flatwound with a metal (or synthetic) core; Baroque strings are made of gut, with the G and C strings wire-wound. Modern cellos often have fine tuners connecting the strings to the tailpiece, which makes it much easier to tune the instrument, but such pins are rendered ineffective by the flexibility of the gut strings used on Baroque cellos. Overall, the modern instrument has much higher string tension than the Baroque cello,[14] resulting in a louder, more projecting tone, with fewer overtones. In addition, the instrument was less standardized in size and number of strings; a smaller, five-string variant (the violoncello piccolo) was commonly used as a solo instrument and five-string instruments are occasionally specified in the Baroque repertoire. BWV 1012 (Bach's 6th Cello Suite) was written for 5-string cello. The additional high E string on the five-string cello is an octave below the same string on the Violin, so anything written for the violin can be played on the 5 string cello, sounding an octave lower than written.[15]

Few educational works specifically devoted to the cello existed before the 18th century and those that do exist contain little value to the performer beyond simple accounts of instrumental technique. One of the earliest cello manuals is Michel Corrette's Méthode, thèorique et pratique pour apprendre en peu de temps le violoncelle dans sa perfection (Paris, 1741).[16]

Modern use

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Luigi Boccherini's Sonata for Two Cellos in C Major, 1st movement: Allegro moderato performed by Alisa Weilerstein and 8-year-old Sujari Britt

Orchestral

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The cello section of the orchestra of the Munich University of Applied Sciences is shown here.

Cellos are part of the standard symphony orchestra, which usually includes eight to twelve cellists. The cello section, in standard orchestral seating, is located on stage left (the audience's right) in the front, opposite the first violin section. However, some orchestras and conductors prefer switching the positioning of the viola and cello sections. The principal cellist is the section leader, determining bowings for the section in conjunction with other string principals, playing solos, and leading entrances (when the section begins to play its part). Principal players always sit closest to the audience.

The cellos are a critical part of orchestral music; all symphonic works involve the cello section, and many pieces require cello soli or solos. Much of the time, cellos provide part of the low-register harmony for the orchestra. Often, the cello section plays the melody for a brief period, before returning to the harmony role. There are also cello concertos, which are orchestral pieces that feature a solo cellist accompanied by an entire orchestra.

Solo

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There are numerous cello concertos – where a solo cello is accompanied by an orchestra – notably 25 by Vivaldi, 12 by Boccherini, at least three by Haydn, three by C. P. E. Bach, two by Saint-Saëns, two by Dvořák, and one each by Robert Schumann, Lalo, and Elgar. There were also some composers who, while not otherwise cellists,[clarification needed] did write cello-specific repertoire, such as Nikolaus Kraft, who wrote six cello concertos. Beethoven's Triple Concerto for Cello, Violin and Piano and Brahms' Double Concerto for Cello and Violin are also part of the concertante repertoire, although in both cases the cello shares solo duties with at least one other instrument. Moreover, several composers wrote large-scale pieces for cello and orchestra, which are concertos in all but name. Some familiar "concertos" are Richard Strauss' tone poem Don Quixote, Tchaikovsky's Variations on a Rococo Theme, Bloch's Schelomo and Bruch's Kol Nidrei.

In the 20th century, the cello repertoire grew immensely. This was partly due to the influence of virtuoso cellist Mstislav Rostropovich, who inspired, commissioned, and premiered dozens of new works. Among these, Prokofiev's Symphony-Concerto, Britten's Cello Symphony, the concertos of Shostakovich and Lutosławski as well as Dutilleux's Tout un monde lointain... have already become part of the standard repertoire. Other major composers who wrote concertante works for him include Messiaen, Jolivet, Berio, and Penderecki. In addition, Arnold, Barber, Glass, Hindemith, Honegger, Ligeti, Myaskovsky, Penderecki, Rodrigo, Villa-Lobos and Walton wrote major concertos for other cellists, notably for Gaspar Cassadó, Aldo Parisot, Gregor Piatigorsky, Siegfried Palm and Julian Lloyd Webber.

There are also many sonatas for cello and piano. Those written by Beethoven, Mendelssohn, Chopin, Brahms, Grieg, Rachmaninoff, Debussy, Fauré, Shostakovich, Prokofiev, Poulenc, Carter, and Britten are particularly well known.

Other important pieces for cello and piano include Schumann's five Stücke im Volkston and transcriptions like Schubert's Arpeggione Sonata (originally for arpeggione and piano), César Franck's Cello Sonata (originally a violin sonata, transcribed by Jules Delsart with the composer's approval), Stravinsky's Suite italienne (transcribed by the composer – with Gregor Piatigorsky – from his ballet Pulcinella) and Bartók's first rhapsody (also transcribed by the composer, originally for violin and piano).

There are pieces for cello solo, Johann Sebastian Bach's six Suites for Cello (which are among the best-known solo cello pieces), Kodály's Sonata for Solo Cello and Britten's three Cello Suites. Other notable examples include Hindemith's and Ysaÿe's Sonatas for Solo Cello, Dutilleux's Trois Strophes sur le Nom de Sacher, Berio's Les Mots Sont Allés, Cassadó's Suite for Solo Cello, Ligeti's Solo Sonata, Carter's two Figments and Xenakis' Nomos Alpha and Kottos.

There are also modern solo pieces written for cello, such as Julie-O by Mark Summer.

Quartets and other ensembles

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The cello is a member of the traditional string quartet as well as string quintets, sextet or trios and other mixed ensembles. There are also pieces written for two, three, four, or more cellos; this type of ensemble is also called a "cello choir" and its sound is familiar from the introduction to Rossini's William Tell Overture as well as Zaccharia's prayer scene in Verdi's Nabucco. Tchaikovsky's 1812 Overture also starts with a cello ensemble, with four cellos playing the top lines and two violas playing the bass lines. As a self-sufficient ensemble, its most famous repertoire is Heitor Villa-Lobos' first of his Bachianas Brasileiras for cello ensemble (the fifth is for soprano and 8 cellos). Other examples are Offenbach's cello duets, quartet, and sextet, Pärt's Fratres for eight cellos and Boulez' Messagesquisse for seven cellos, or even Villa-Lobos' rarely played Fantasia Concertante (1958) for 32 cellos. The 12 cellists of the Berlin Philharmonic Orchestra (or "the Twelve" as they have since taken to being called) specialize in this repertoire and have commissioned many works, including arrangements of well-known popular songs.

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Apocalyptica at the 2009 Ilosaarirock festival.

The cello is less common in popular music than in classical music. Several bands feature a cello in their standard line-up, including Hoppy Jones of the Ink Spots and Joe Kwon of the Avett Brothers. The more common use in pop and rock is to bring the instrument in for a particular song. In the 1960s, artists such as the Beatles and Cher used the cello in popular music, in songs such as The Beatles' "Yesterday", "Eleanor Rigby" and "Strawberry Fields Forever", and Cher's "Bang Bang (My Baby Shot Me Down)". "Good Vibrations" by the Beach Boys includes the cello in its instrumental ensemble, which includes a number of instruments unusual for this sort of music. Bass guitarist Jack Bruce, who had originally studied music on a performance scholarship for cello, played a prominent cello part in "As You Said" on Cream's Wheels of Fire studio album (1968).

In the 1970s, the Electric Light Orchestra enjoyed great commercial success taking inspiration from so-called "Beatlesque" arrangements, adding the cello (and violin) to the standard rock combo line-up and in 1978 the UK-based rock band Colosseum II collaborated with cellist Julian Lloyd Webber on the recording Variations. Most notably, Pink Floyd included a cello solo in their 1970 epic instrumental "Atom Heart Mother". Bass guitarist Mike Rutherford of Genesis was originally a cellist and included some cello parts in their Foxtrot album.

Established non-traditional cello groups include Apocalyptica, a group of Finnish cellists best known for their versions of Metallica songs; Rasputina, a group of cellists committed to an intricate cello style intermingled with Gothic music; the Massive Violins, an ensemble of seven singing cellists known for their arrangements of rock, pop and classical hits; Von Cello, a cello-fronted rock power trio; Break of Reality, who mix elements of classical music with the more modern rock and metal genre; Cello Fury, a cello rock band that performs original rock/classical crossover music; and Jelloslave, a Minneapolis-based cello duo with two percussionists. These groups are examples of a style that has become known as cello rock. The crossover string quartet Bond also includes a cellist. Silenzium and Cellissimo Quartet are Russian (Novosibirsk) groups playing rock and metal and having more and more popularity in Siberia. Cold Fairyland from Shanghai, China is using a cello along with a pipa as the main solo instrument to create East meets West progressive (folk) rock.

More recent bands who have used the cello include Clean Bandit, Aerosmith, The Auteurs, Nirvana, Oasis, Ra Ra Riot,[17] Smashing Pumpkins, James, Talk Talk, Phillip Phillips, OneRepublic, Electric Light Orchestra and the baroque rock band Arcade Fire. An Atlanta-based trio, King Richard's Sunday Best, also uses a cellist in their lineup. So-called "chamber pop" artists like Kronos Quartet, The Vitamin String Quartet and Margot and the Nuclear So and So's have also recently made cello common in modern alternative rock. Heavy metal band System of a Down has also made use of the cello's rich sound. The indie rock band The Stiletto Formal are known for using a cello as a major staple of their sound; similarly, the indie rock band Canada employs two cello players in their lineup. The orch-rock group The Polyphonic Spree, which has pioneered the use of stringed and symphonic instruments, employs the cello in creative ways for many of their "psychedelic-esque" melodies. The first-wave screamo band I Would Set Myself On Fire For You featured a cello as well as a viola to create a more folk-oriented sound. The band Panic! at the Disco uses a cello in their song "Build God, Then We'll Talk", with lead vocalist Brendon Urie recording the cello solo himself. The Lumineers added cellist Nela Pekarek to the band in 2010. Radiohead makes frequent use of cello in their music, notably for the songs "Burn The Witch" and "Glass Eyes" in 2016.[18][19]

In jazz, bassists Oscar Pettiford and Harry Babasin were among the first to use the cello as a solo instrument; both tuned their instruments in fourths, an octave above the double bass. Fred Katz (who was not a bassist) was one of the first notable jazz cellists to use the instrument's standard tuning and arco technique. Contemporary jazz cellists include Abdul Wadud, Diedre Murray, Ron Carter, Dave Holland, David Darling, Lucio Amanti, Akua Dixon, Ernst Reijseger, Fred Lonberg-Holm, Tom Cora and Erik Friedlander. Modern musical theatre pieces like Jason Robert Brown's The Last Five Years, Duncan Sheik's Spring Awakening, Adam Guettel's Floyd Collins, and Ricky Ian Gordon's My Life with Albertine use small string ensembles (including solo cellos) to a prominent extent.

In Indian classical music, Saskia Rao-de Haas is a well-established soloist as well as playing duets with her sitarist husband, Pt. Shubhendra Rao. Other cellists performing Indian classical music are Nancy Lesh (Dhrupad) and Anup Biswas. Both Rao and Lesh play the cello sitting cross-legged on the floor.

The cello can also be used in bluegrass and folk music, with notable players including Ben Sollee of the Sparrow Quartet and the "Cajun cellist" Sean Grissom, as well as Vyvienne Long, who, in addition to her own projects, has played for those of Damien Rice. Cellists such as Natalie Haas, Abby Newton, and Liz Davis Maxfield have contributed significantly to the use of cello playing in Celtic folk music, often with the cello featured as a primary melodic instrument and employing the skills and techniques of traditional fiddle playing. Lindsay Mac is becoming well known for playing the cello like a guitar, with her cover of The Beatles' "Blackbird".

Canadian electronic music producer Aaron Funk (Venetian Snares), in the piece Szamár Madár (on his 2005 album Rossz Csillag Alatt Született), extensively samples Edward Elgar's Cello Concerto in E minor, Op. 85.

Construction

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Main parts of the cello

The cello is typically made from carved wood, although other materials such as carbon fiber or aluminum may be used. A traditional cello has a spruce top, with maple for the back, sides, and neck. Other woods, such as poplar or willow, are sometimes used for the back and sides. Less expensive cellos frequently have tops and backs made of laminated wood. Laminated cellos are widely used in elementary and secondary school orchestras and youth orchestras, because they are much more durable than carved wood cellos (i.e., they are less likely to crack if bumped or dropped) and they are much less expensive.

The top and back are traditionally hand-carved, though less expensive cellos are often machine-produced. The sides, or ribs, are made by heating the wood and bending it around forms. The cello body has a wide top bout, narrow middle formed by two C-bouts, and wide bottom bout, with the bridge and F holes just below the middle. The top and back of the cello have a decorative border inlay known as purfling. While purfling is attractive, it is also functional: if the instrument is struck, the purfling can prevent cracking of the wood. A crack may form at the rim of the instrument but spreads no further. Without purfling, cracks can spread up or down the top or back. Playing, traveling and the weather all affect the cello and can increase a crack if purfling is not in place.

The fingerboard and pegs on a cello are generally made from ebony, as it is strong and does not wear out easily.[20]

Alternative materials

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In the late 1920s and early 1930s, the Aluminum Company of America (Alcoa) as well as German luthier G.A. Pfretzschner produced an unknown number of aluminum cellos (in addition to aluminum double basses and violins).[21] Cello manufacturer Luis & Clark constructs cellos from carbon fibre. Carbon fibre instruments are particularly suitable for outdoor playing because of the strength of the material and its resistance to humidity and temperature fluctuations. Luis & Clark has produced over 1,000 cellos, some of which are owned by cellists such as Yo-Yo Ma[22] and Josephine van Lier.[23]

Neck, fingerboard, pegbox, and scroll

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Above the main body is the carved neck. The neck has a curved cross-section on its underside, which is where the player's thumb runs along the neck during playing. The neck leads to a pegbox and the scroll, which are all normally carved out of a single piece of wood, usually maple. The fingerboard is glued to the neck and extends over the body of the instrument. The fingerboard is given a curved shape, matching the curve on the bridge. Both the fingerboard and bridge need to be curved so that the performer can bow individual strings. If the cello were to have a flat fingerboard and bridge, as with a typical guitar, the performer would only be able to bow the leftmost and rightmost two strings or bow all the strings. The performer would not be able to play the inner two strings alone.

The nut is a raised piece of wood, fitted where the fingerboard meets the pegbox, in which the strings rest in shallow slots or grooves to keep them the correct distance apart. The pegbox houses four tapered tuning pegs, one for each string. The pegs are used to tune the cello by either tightening or loosening the string. The pegs are called "friction pegs", because they maintain their position by friction. The scroll is a traditional ornamental part of the cello and a feature of all other members of the violin family. Ebony is usually used for the tuning pegs, fingerboard, and nut, but other hardwoods, such as boxwood or rosewood, can be used. Black fittings on low-cost instruments are often made from inexpensive wood that has been blackened or "ebonized" to look like ebony, which is much harder and more expensive. Ebonized parts such as tuning pegs may crack or split, and the black surface of the fingerboard will eventually wear down to reveal the lighter wood underneath.

Strings

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Historically, cello strings had cores made out of catgut, which, despite its name, is made from sheep or goat intestines. Most modern strings used in the 2010s are wound with metallic materials like aluminum, titanium and chromium. Cellists may mix different types of strings on their instruments. The pitches of the open strings are C, G, D, and A (black note heads in the playing range figure above), unless alternative tuning (scordatura) is specified by the composer. Some composers (e.g. Ottorino Respighi in the final movement of The Pines of Rome) ask that the low C be tuned down to a B-flat so that the performer can play a different low note on the lowest open string.

Tailpiece and endpin

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The tailpiece and endpin are found in the lower part of the cello. The tailpiece is the part of the cello to which the "ball ends" of the strings are attached by passing them through holes. The tailpiece is attached to the bottom of the cello. The tailpiece is traditionally made of ebony or another hardwood, but can also be made of plastic or steel on lower-cost instruments. It attaches the strings to the lower end of the cello and can have one or more fine tuners. The fine tuners are used to make smaller adjustments to the pitch of the string. The fine tuners can increase the tension of each string (raising the pitch) or decrease the tension of the string (lowering the pitch). When the performer is putting on a new string, the fine tuner for that string is normally reset to a middle position, and then the peg is turned to bring the string up to pitch. The fine turners are used for subtle, minor adjustments to pitch, such as tuning a cello to the oboe's 440 Hz A note or tuning the cello to a piano.

The endpin or spike is made of wood, metal, or rigid carbon fiber and supports the cello in playing position. The endpin can be retracted into the hollow body of the instrument when the cello is being transported in its case. This makes the cello easier to move about. When the performer wishes to play the cello, the endpin is pulled out to lengthen it. The endpin is locked into the player's preferred length with a screw mechanism. The adjustable nature of endpins enables performers of different ages and body sizes to adjust the endpin length to suit them. In the Baroque period, the cello was held between the calves, as there was no endpin at that time. The endpin was "introduced by Adrien Servais c. 1845 to give the instrument greater stability".[24] Modern endpins are retractable and adjustable; older ones were removed when not in use. (The word "endpin" sometimes also refers to the button of wood located at this place in all instruments in the violin family, but this is usually called "tailpin".[25]) The sharp tip of the cello's endpin is sometimes capped with a rubber tip that protects the tip from dulling and prevents the cello from slipping on the floor. Many cellists use a rubber pad with a metal cup to keep the tip from slipping on the floor. A number of accessories exist to keep the endpin from slipping; these include ropes that attach to the chair leg and other devices.

Bridge and f-holes

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The bridge of a cello, with a mute (the mute is not in use)

The bridge holds the strings above the cello and transfers their vibrations to the top of the instrument and the soundpost inside (see below). The bridge is not glued but rather held in place by the tension of the strings. The bridge is usually positioned by the cross point of the "f-hole" (i.e., where the horizontal line occurs in the "f"). The f-holes, named for their shape, are located on either side of the bridge and allow air to move in and out of the instrument as part of the sound-production process. The f-holes also act as access points to the interior of the cello for repairs or maintenance. Sometimes a small length of rubber hose containing a water-soaked sponge, called a Dampit, is inserted through the f-holes and serves as a humidifier. This keeps the wood components of the cello from drying out.

Internal features

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Internally, the cello has two important features: a bass bar, which is glued to the underside of the top of the instrument, and a round wooden sound post, a solid wooden cylinder which is wedged between the top and bottom plates. The bass bar, found under the bass foot of the bridge, serves to support the cello's top and distribute the vibrations from the strings to the body of the instrument. The soundpost, found under the treble side of the bridge, connects the back and front of the cello. Like the bridge, the soundpost is not glued but is kept in place by the tensions of the bridge and strings. Together, the bass bar and sound post transfer the strings' vibrations to the top (front) of the instrument (and to a lesser extent the back), acting as a diaphragm to produce the instrument's sound.

Glue

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Cellos are constructed and repaired using hide glue, which is strong but reversible, allowing for disassembly when needed. Tops may be glued on with diluted glue since some repairs call for the removal of the top. Theoretically, hide glue is weaker than the body's wood, so as the top or back shrinks side-to-side, the glue holding it lets go and the plate does not crack. Cellists repairing cracks in their cello do not use regular wood glue, because it cannot be steamed open when a repair has to be made by a luthier.

Bow

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A cello French bow[26] sul ponticello

Traditionally, bows are made from pernambuco or brazilwood. Both come from the same species of tree (Caesalpinia echinata), but Pernambuco, used for higher-quality bows, is the heartwood of the tree and is darker in color than brazilwood (which is sometimes stained to compensate). Pernambuco is a heavy, resinous wood with great elasticity, which makes it an ideal wood for instrument bows. Horsehair is stretched out between the two ends of the bow. The taut horsehair is drawn over the strings, while being held roughly parallel to the bridge and perpendicular to the strings, to produce sound. A small knob is twisted to increase or decrease the tension of the horsehair. The tension on the bow is released when the instrument is not being used. The amount of tension a cellist puts on the bow hair depends on the preferences of the player, the style of music being played, and for students, the preferences of their teacher.

Bows are also made from other materials, such as carbon fibre—stronger than wood—and fiberglass (often used to make inexpensive, lower-quality student bows). An average cello bow is 73 cm (29 in) long (shorter than a violin or viola bow) 3 cm (1.2 in) high (from the frog to the stick) and 1.5 cm (0.59 in) wide. The frog of a cello bow typically has a rounded corner like that of a viola bow, but is wider. A cello bow is roughly 10 g (0.35 oz) heavier than a viola bow, which in turn is roughly 10 g (0.35 oz) heavier than a violin bow.

Bow hair is traditionally horsehair, though synthetic hair, in varying colors, is also used. Prior to playing, the musician tightens the bow by turning a screw to pull the frog (the part of the bow under the hand) back and increase the tension of the hair. Rosin is applied by the player to make the hair sticky. Bows need to be re-haired periodically. Baroque-style (1600–1750) cello bows were much thicker and were formed with a larger outward arch than modern cello bows. The inward arch of a modern cello bow produces greater tension, which in turn produces a louder sound.

The cello bow has also been used to play electric guitars. Jimmy Page pioneered its application on tracks such as "Dazed and Confused". The post-rock Icelandic band Sigur Rós's lead singer often plays guitar using a cello bow.

In 1989, the German cellist Michael Bach began developing a curved bow, encouraged by John Cage, Dieter Schnebel, Mstislav Rostropovich and Luigi Colani: and since then many pieces have been composed especially for it. This curved bow (BACH.Bow) is a convex curved bow which, unlike the ordinary bow, renders possible polyphonic playing on the various strings of the instrument. The BACH.Bow is particularly well-suited to the solo repertoire for violin and cello by J. S. Bach; which requires both polyphonic and monophonic playing.

Michael Bach, cello with BACH.Bow

Physics

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Physical aspects

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When a string is bowed or plucked, it vibrates and moves the air around it, producing sound waves. Because the string is quite thin, not much air is moved by the string itself, and consequently, if the string was not mounted on a hollow body, the sound would be weak. In acoustic stringed instruments such as the cello, this lack of volume is solved by mounting the vibrating string on a larger hollow wooden body. The vibrations are transmitted to the larger body, which can move more air and produce a louder sound. Different designs of the instrument produce variations in the instrument's vibrational patterns and thus change the character of the sound produced.[27] A string's fundamental pitch can be adjusted by changing its stiffness, which depends on tension and length. Tightening a string stiffens it by increasing both the outward forces along its length and the net forces it experiences during a distortion.[28] A cello can be tuned by adjusting the tension of its strings, by turning the tuning pegs mounted on its pegbox and tension adjusters (fine tuners) on the tailpiece.

A string's length also affects its fundamental pitch. Shortening a string stiffens it by increasing its curvature during a distortion and subjecting it to larger net forces. Shortening the string also reduces its mass, but does not alter the mass per unit length, and it is the latter ratio rather than the total mass which governs the frequency. The string vibrates in a standing wave whose speed of propagation is given by , where T is the tension and m is the mass per unit length; there is a node at either end of the vibrating length, and thus the vibrating length l is half a wavelength. Since the frequency of any wave is equal to the speed divided by the wavelength, we have . (Some writers, including Muncaster (cited below), use the Greek letter μ in place of m.) Thus shortening a string increases the frequency, and thus the pitch. Because of this effect, you can raise and change the pitch of a string by pressing it against the fingerboard in the cello's neck and effectively shortening it.[29] Likewise strings with less mass per unit length, if under the same tension, will have a higher frequency and thus higher pitch than more massive strings. This is a prime reason the different strings on all string instruments have different fundamental pitches, with the lightest strings having the highest pitches.

Spectrogram of a D chord arpeggiated on the cello. Yellow bands at the same level indicate the same harmonics excited by the bowing of different notes. Notes played from left to right: D–F–A–F–D.

A played note of E or F has a frequency that is often very close to the natural resonating frequency of the body of the instrument, and if the problem is not addressed this can set the body into near resonance. This may cause an unpleasant sudden amplification of this pitch, and additionally a loud beating sound results from the interference produced between these nearby frequencies; this is known as the "wolf tone" because it is an unpleasant growling sound. The wood resonance appears to be split into two frequencies by the driving force of the sounding string. These two periodic resonances beat with each other. This wolf tone must be eliminated or significantly reduced for the cello to play the nearby notes with a pleasant tone. This can be accomplished by modifying the cello front plate, attaching a wolf eliminator (a metal cylinder or a rubber cylinder encased in metal), or moving the soundpost.[30]

When a string is bowed or plucked to produce a note, the fundamental note is accompanied by higher frequency overtones. Each sound has a particular recipe of frequencies that combine to make the total sound.[31]

Playing technique

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A cellist

Playing the cello is done while seated with the instrument supported on the floor by the endpin. The right hand bows (or sometimes plucks) the strings to sound the notes. The left-hand fingertips stop the strings along their length, determining the pitch of each fingered note. Stopping the string closer to the bridge results in a higher-pitched sound because the vibrating string length has been shortened. On the contrary, a string stopped closer to the tuning pegs produces a lower sound. In the neck positions (which use just less than half of the fingerboard, nearest the top of the instrument), the thumb rests on the back of the neck, some people use their thumb as a marker of their position; in thumb position (a general name for notes on the remainder of the fingerboard) the thumb usually rests alongside the fingers on the string. Then, the side of the thumb is used to play notes. The fingers are normally held curved with each knuckle bent, with the fingertips in contact with the string. If a finger is required on two (or more) strings at once to play perfect fifths (in double stops or chords), it is used flat. The contact point can move slightly away from the nail to the finger's pad in slower or more expressive playing, allowing a fuller vibrato.

Vibrato is a small oscillation in the pitch of a note, usually considered an expressive technique. The closer towards the bridge the note is, the smaller the oscillation needed to create the effect. Harmonics played on the cello fall into two classes; natural and artificial. Natural harmonics are produced by lightly touching (but not depressing) the string at certain places and then bowing (or, rarely, plucking) the string. For example, the halfway point of the string will produce a harmonic that is one octave above the unfingered (open) string. Natural harmonics only produce notes that are part of the harmonic series on a particular string. Artificial harmonics (also called false harmonics or stopped harmonics), in which the player depresses the string fully with one finger while touching the same string lightly with another finger, can produce any note above middle C. Glissando (Italian for "sliding") is an effect achieved by sliding the finger up or down the fingerboard without releasing the string. This causes the pitch to rise and fall smoothly, without separate, discernible steps.

In cello playing, the bow is much like the breath of a wind instrument player. Arguably, it is a major factor in the expressiveness of the playing. The right hand holds the bow and controls the duration and character of the notes. In general, the bow is drawn across the strings roughly halfway between the end of the fingerboard and the bridge, in a direction perpendicular to the strings; however, the player may wish to move the bow's point of contact higher or lower depending on the desired sound. The bow is held and manipulated with all five fingers of the right hand, with the thumb opposite the fingers and closer to the cellist's body. Tone production and volume of sound depend on a combination of several factors. The four most important ones are weight applied to the string, the angle of the bow on the string, bow speed, and the point of contact of the bow hair with the string (sometimes abbreviated WASP).

Double stops involve the playing of two notes simultaneously. Two strings are fingered at once, and the bow is drawn to sound them both. Often, in pizzicato playing, the string is plucked directly with the fingers or thumb of the right hand. However, the strings may be plucked with a finger of the left hand in certain advanced pieces, either so that the cellist can play bowed notes on another string along with pizzicato notes or because the speed of the piece would not allow the player sufficient time to pluck with the right hand. In musical notation, pizzicato is often abbreviated as "pizz." The position of the hand in pizzicato is commonly slightly over the fingerboard and away from the bridge.

A player using the col legno technique strikes or rubs the strings with the wood of the bow rather than the hair. In spiccato playing, the bow still moves in a horizontal motion on the string but is allowed to bounce, generating a lighter, somewhat more percussive sound. In staccato, the player moves the bow a small distance and stops it on the string, making a short sound, the rest of the written duration being taken up by silence. Legato is a technique in which notes are smoothly connected without breaks. It is indicated by a slur (curved line) above or below – depending on their position on the staff – the notes of the passage that is to be played legato.

Sul ponticello ("on the bridge") refers to bowing closer to (or nearly on) the bridge, while sul tasto ("on the fingerboard") calls for bowing nearer to (or over) the end of the fingerboard. At its extreme, sul ponticello produces a harsh, shrill sound with emphasis on overtones and high harmonics. In contrast, sul tasto produces a more flute-like sound that emphasizes the note's fundamental frequency and produces softened overtones. Composers have used both techniques, particularly in an orchestral setting, for special sounds and effects.

Sizes

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18 size cello with full size cello

Standard-sized cellos are referred to as "full-size" or "44" but are also made in smaller (fractional) sizes, including 1516, 78, 34, 12, 14, 18, 110, and 116. The fractions refer to volume rather than length, so a 12 size cello is much longer than half the length of a full size. The smaller cellos are identical to standard cellos in construction, range, and usage, but are simply scaled-down for the benefit of children and shorter adults.

Cellos in sizes larger than 44 do exist, and cellists with unusually large hands may require such a non-standard instrument. Cellos made before c. 1700 tended to be considerably larger than those made and commonly played today. Around 1680, changes in string-making technology made it possible to play lower-pitched notes on shorter strings. The cellos of Stradivari, for example, can be clearly divided into two models: the style made before 1702, characterized by larger instruments (of which only three exist in their original size and configuration), and the style made during and after 1707, when Stradivari began making smaller cellos. This later model is the design most commonly used by modern luthiers. The scale length of a 44 cello is about 70 cm (27+12 in). The new size offered fuller tonal projection and a greater range of expression. The instrument in this form was able to contribute to more pieces musically and offered the possibility of greater physical dexterity for the player to develop technique.[32]

Approximate dimensions for 44 size cello[33] Average size
Approximate width horizontally from A peg to C peg ends 16.0 cm (6.3 in)
Back length excluding half-round where neck joins 75.4 cm (29.7 in)
Upper bouts (shoulders) 34.0 cm (13.4 in)
Lower bouts (hips) 43.9 cm (17.3 in)
Bridge height 8.9 cm (3.5 in)
Rib depth at shoulders including edges of front and back 12.4 cm (4.9 in)
Rib depth at hips including edges 12.7 cm (5.0 in)
Distance beneath fingerboard to surface of belly at neck join 2.3 cm (0.9 in)
Bridge to back total depth 26.7 cm (10.5 in)
Overall height excluding end pin 120.9 cm (47.6 in)
End pin unit and spike 5.6 cm (2.2 in)

Accessories

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Rosin is applied to bow hair to increase the friction of the bow on the strings.
A brass wolf tone eliminator typically placed on the G string (second string from the left) of a cello, between the bridge and the tailpiece. (The black rubber piece on the D string (third from the left) is a mute.)

There are many accessories for the cello.

  • Cases are used to protect the cello and bow (or multiple bows).
  • Rosin, made from resins tapped from conifers, is applied to the bow hair to increase the effectiveness of the friction, grip or bite, and allow proper sound production. Rosin may have additives to modify the friction such as beeswax, gold, silver or tin. Commonly, rosins are classified as either dark or light, referring to color.
  • Endpin stops or straps (tradenames include Rock stop and Black Hole) keep the cello from sliding if the endpin does not have a rubber piece on the end, or if a floor is particularly slippery.
  • Wolf tone eliminators are placed on cello strings between the tailpiece and the bridge to eliminate acoustic anomalies known as wolf tones or "wolfs".
  • Mutes are used to change the sound of the cello by adding mass and stiffness to the bridge. They alter the overtone structure, modifying the timbre and reducing the overall volume of sound produced by the instrument.
  • Metronomes provide a steady tempo by sounding out a certain number of beats per minute. This tool is often used to instill a sense of rhythm into a musician. It acts as a mirror for rhythmic stability, allowing the musician to analyze where they rush or drag a tempo.
  • Fine tuners, located on the tailpiece, allow the cello to be tuned easily and with greater accuracy.

Instrument makers

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Cellos are made by luthiers, specialists in building and repairing stringed instruments, ranging from guitars to violins. The following luthiers are notable for the cellos they have produced:

Cellists

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A person who plays the cello is called a cellist. For a list of notable cellists, see the list of cellists and Category:Cellists.

Famous instruments

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The Servais Stradivarius is preserved in the Smithsonian Institution's National Museum of American History

Specific instruments are famous (or become famous) for a variety of reasons. An instrument's notability may arise from its age, the fame of its maker, its physical appearance, its acoustic properties, and its use by notable performers. The most famous instruments are generally known for all of these things. The most highly prized instruments are now collector's items and are priced beyond the reach of most musicians. These instruments are typically owned by some kind of organization or investment group, which may loan the instrument to a notable performer. For example, the Davidov Stradivarius, which is currently in the possession of one of the most widely known living cellists, Yo-Yo Ma, is actually owned by the Vuitton Foundation.[34]

Some notable cellos:

See also

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References

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Sources

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Further reading

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[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia
from Grokipedia
The cello, short for violoncello, is a belonging to the , characterized by its rich, resonant tone and four s tuned in perfect fifths from low to high: C2, G2, D3, and A3. It typically measures about 48 inches (122 cm) in total length, with a body around 30 inches (75 cm) long, and is played sitting down with the instrument positioned between the knees, using a bow made of wood and , or by plucking the s in style. The cello's range spans over four octaves, from the open C (two octaves below middle C) up to high notes in the E or F range, making it versatile for melodic, , and bass roles in ensembles. Originating in during the early 16th century, the cello evolved from earlier string instruments like the , with the oldest surviving example attributed to luthier Andrea Amati around 1572. By the late 17th and early 18th centuries, makers such as and the family refined its design, reducing the body size for improved playability and tone projection, which established the modern form still in use today. Initially employed primarily as a continuo instrument in ensembles, the cello gained prominence as a solo voice through works by composers like Johann Sebastian Bach and , who expanded its technical possibilities with concertos and sonatas. The cello's construction involves over 70 distinct parts, crafted primarily from tonewoods: the top (or belly) from for , the back and sides from for resonance, and the neck and scroll from maple as well, with used for the and pegs for durability. Key internal features include the soundpost and bass bar, which enhance projection and tonal balance, while the bridge and f-holes allow sound to escape the hollow body. Modern strings are typically or synthetic core wound with metal, replacing historical gut for greater stability and , though instruments by Stradivari remain highly valued, with some fetching millions at auction due to their superior acoustics. In orchestral and , the cello serves as the bass voice of the section while also providing lyrical melodies, as heard in symphonies by Beethoven and Dvořák. Its expressive capabilities, including techniques like , harmonics, and bowing, have attracted virtuoso performers such as and , who have elevated its status in both classical and contemporary genres, including and film scores. Today, the cello continues to evolve with electric variants and extended techniques, maintaining its central role in global and performance.

Introduction

Etymology

The name "cello" is a of the Italian term violoncello, which emerged in the as a form of violone, meaning "large viola" or "big ," with the suffixes -one () and -cello or -ello () creating a linguistic denoting a "small big viol." This reflects the instrument's origins within the broader , distinct from the family, though early terminology sometimes overlapped. The earliest documented use of violoncello appears in Arresti's Sonate a 2, & a tre, con la parte del violoncello a beneplacito, op. 4, published in 1665, marking its formal entry into musical during the period. In , the instrument was initially referred to as basse de violon (bass violin), a term used by in his 1636 Harmonie universelle, highlighting its perceived role as the bass member of the violin (violon) family rather than the () tradition. By the , terminology shifted toward violoncelle, an adaptation of the Italian form, as seen in French musical texts and inventories, reflecting growing standardization across Europe amid the instrument's rising prominence in orchestral and . Regional variations persisted into later centuries; in Spanish-speaking contexts, the term evolved to violonchelo or violoncelo, retaining the Italian root but adapted phonetically, as evidenced in 18th- and 19th-century Iberian musical literature and instrument labels. The English abbreviation "cello" itself only gained widespread use around , simplifying the full for international convenience while preserving its etymological heritage.

General characteristics

The cello, or violoncello, is a four-stringed belonging to the of instruments, known for its deep, resonant tone that evokes a warm, human-like quality. It is typically played while seated, with the body held upright between the knees to facilitate bowing and fingering across the strings. This positioning allows for expressive performance techniques, including (with a bow) and (plucking), contributing to its versatile sonic profile. In terms of physical dimensions, the cello measures approximately 4 feet (1.2 meters) in length, making it significantly larger than the and viola but smaller than the within the . Its pitch range spans from C2 (two octaves below middle C) to A5 or higher, providing a broad spectrum that supports both melodic lines and harmonic foundations, in contrast to the higher registers of the (G3 to A7) and viola (C3 to E6). This range enables the cello to mimic vocal timbres while offering greater depth than its smaller relatives. A distinctive feature of the cello is the endpin, an adjustable metal spike that extends from the base of the instrument to rest on the floor, ensuring stability during play and allowing the performer to maintain an ergonomic posture without supporting the full weight on their body. As both a solo instrument and a key member of ensembles, the cello shines in concertos and sonatas for its lyrical capabilities, while in orchestras and string quartets, it often provides the bass line and rhythmic support, blending seamlessly with other strings. Its dual role underscores its foundational place in , with origins tracing back to 17th-century developments in .

Tuning and range

The cello is typically tuned in perfect fifths across its four strings, from lowest to highest: C2 (the thickest string), G2, D3, and A3 (the thinnest string). This configuration mirrors the tuning of other instruments, such as the viola, but an lower. The standard reference pitch for the open A3 string is A=440 Hz in modern practice, though historical performances may use A=415 Hz for Baroque-era authenticity. The playable range of the cello spans more than four octaves, beginning with the open C2 on the lowest and extending upward to approximately the E6 in the treble register through advanced thumb position techniques on the A . Higher notes beyond E6, such as up to A6, can be achieved using natural or artificial harmonics, which produce ethereal overtones without fully stopping the . The lower register emphasizes rich, resonant bass tones, while the upper range shifts to brighter, more violin-like timbres, allowing the instrument versatility across bass, , and roles in ensembles. In performance, cellists navigate intonation by blending —dividing the octave into twelve equal s for consistent tuning across keys—with , which prioritizes pure ratios like 3:2 for perfect fifths and for major thirds to enhance consonance in solo or chamber contexts. This expressive approach is evident when tuning open strings via harmonics, which naturally align with just intervals before adjustments for blend. , or retuning the strings from standard, alters this framework for specific compositional effects; a prominent example is Johann Sebastian Bach's Cello Suite No. 5 in C minor, BWV 1011, where the A string is lowered to G to facilitate scordatura notation and expand the instrument's tonal palette. Other notable uses include Zoltán Kodály's Sonata for Solo Cello, Op. 8, which employs scordatura by lowering the two lower strings a semitone to facilitate tonalities in and and extend the range.

History

Origins and early development

The cello originated in during the early as the bass member of the , developing independently from but alongside the family of instruments, which featured fretted necks and gut frets. Early prototypes, often referred to as the violone or , appeared around 1550, with descriptions in treatises such as Philibert Jambe de Fer's Epitome musical (1556), which detailed a four-string instrument tuned B♭-F-c-g and played between the legs. The instrument's form began to solidify in the workshops of prominent luthiers in and . Andrea Amati, active in Cremona from the mid-16th century, is credited with crafting some of the earliest true cellos, including the surviving "King" cello, dated to approximately 1572 and originally part of a set commissioned for the French royal court. This instrument, measuring about 75 cm in body length, exemplifies the transitional design with a sloped shoulder and carved decorations, though it was later modified by shortening in 1801. Concurrently, Gasparo da Salò (1540–1609) in Brescia contributed to the cello's evolution through his construction of bass instruments, including viols and early violin-family members, helping standardize the four-string configuration and larger body size suitable for roles. In its initial adoption during the late , the cello served primarily as a foundational bass instrument in and small ensembles, providing harmonic support in sacred compositions and secular gatherings like weddings and processions, as noted by theorist Ludovico Zacconi in 1592. Evidence from 17th-century Italian manuscripts underscores this role; for instance, Caterina Assandra's O salutaris hostia (1609) includes parts explicitly for the violone, marking one of the earliest notated uses in liturgical settings. By the mid-1600s, the term violoncello—meaning "small violone"—emerged in print, as seen in Giulio Cesare Arresti's Sonate a 2 (), signaling the instrument's growing distinction within Italian musical practice.

Evolution in the Baroque and Classical eras

During the era, the cello underwent significant refinements that solidified its form and role in ensemble music. By the end of the , the four-string configuration tuned in fifths (C-G-D-A) had become predominant in and spread across , replacing earlier variations with five or more strings and establishing the instrument's standard design. Initially serving primarily as a continuo instrument in practices, the cello began to feature in more prominent obbligato roles, showcasing its melodic potential. Composers such as Antonio Vivaldi wrote several concertos for violoncello obbligato, including works like the Concerto in , RV 422, which highlighted the instrument's expressive capabilities within orchestral settings during the early 18th century. A landmark in the cello's Baroque repertoire came with Johann Sebastian Bach's Six Suites for Unaccompanied Cello, composed around 1717–1723, likely during his time in , which demanded advanced technical and musical proficiency from the performer. These suites, written for the standardized four-string cello, marked a shift toward treating the instrument as a vehicle for complex and solo expression, influencing generations of cellists. By this period, minor construction adjustments, such as the occasional addition of an endpin for stability, began to emerge, though the core design remained consistent. In the Classical era, the cello's prominence in orchestral music grew under composers like and , who integrated it beyond mere bass support into melodic and soloistic lines within symphonies and chamber works. Haydn's No. 1 in C major (Hob. VIIb:1), composed around 1756, exemplifies this elevation, featuring virtuoso passages that exploited the instrument's range and tone. Concurrently, bow maker François Tourte developed the modern bow design between 1785 and 1790, using wood for greater strength and elasticity, which enhanced control and projection for cello playing in larger ensembles. This evolution culminated in the emergence of dedicated solo repertoire, with Luigi Boccherini composing several cello concertos in the 1770s, such as the Concerto No. 9 in B-flat major (G 482), which transitioned the cello from its continuo roots to a fully melodic protagonist in concert settings. Boccherini's works, drawing on his own virtuosic cello prowess, emphasized lyrical themes and technical demands, paving the way for the instrument's continued development into the 19th century while reflecting Classical ideals of balance and clarity.

Romantic and modern advancements

During the Romantic era, the cello emerged as a prominent solo instrument, highlighted by virtuoso compositions that expanded its technical and expressive possibilities. contributed significantly with his No. 1 in , Op. 45 (1838), and No. 2 in D major, Op. 58 (1843), which bridged classical restraint and romantic , demanding advanced and fingering techniques. Similarly, ' No. 1 in A minor, Op. 33 (1872), premiered by cellist Auguste Tolbecque, integrated the cello seamlessly with the orchestra in a continuous, that emphasized melodic flow and virtuosic display. These works elevated the cello's role in concertos and , reflecting the era's focus on individual expression. A key innovation in the was the introduction of metal-wound strings for the lower strings around the mid-19th century, which provided greater tension and volume compared to traditional plain gut strings, with steel-core strings becoming common in the early . This advancement addressed the instrument's acoustic limitations in expansive venues, fostering bolder performances and influencing composition styles that required sustained intensity. In the 20th century, wartime necessities drove material shifts, with synthetic and steel strings gaining prominence during due to shortages of sheep gut, ensuring continuity in production and performance. Early electric cello prototypes appeared in the 1920s, pioneered by inventor , though commercial adoption accelerated post-1930s with electromagnetic pickups for amplified sound without acoustic resonance. After the 1950s, five-string cellos proliferated, adding a high E string (tuning C-G-D-A-E) to extend the range and facilitate repertoire like J.S. Bach's Suite No. 6, reducing the need for thumb-position shifts and enhancing playability in modern ensembles. As of 2025, contemporary cello advancements emphasize digital integration and , with widespread use of amplification systems in to blend acoustic warmth with electronic effects for diverse genres from classical to experimental. Conservation concerns over endangered woods like Brazilian rosewood have spurred alternatives, including composite materials and plant-based composites such as flax fiber, which offer comparable resonance while reducing environmental impact. These eco-friendly innovations, alongside carbon fiber bodies, support global adoption by lowering costs and improving durability for traveling musicians.

Construction

Body structure and materials

The cello body, the primary resonant chamber of the instrument, comprises a top plate (soundboard), back plate, and (sides) joined to form an arched, hollow structure approximately 75 cm in body length for a full-sized instrument. The top plate is traditionally carved from (), selected for its straight grain, lightness, and stiffness, which allow it to vibrate efficiently and project sound waves when excited by the bridge. In contrast, the back plate and are crafted from ( or ), prized for its density and figured grain that reflect and amplify vibrations while providing structural stability to the body. These wooden components are sealed with an oil-based , typically made by cooking into drying oils like linseed or , to protect the wood from humidity, dirt, and wear while permitting subtle tonal enhancement through its flexible, breathable nature that ages with the instrument. Surrounding the perimeter of the top and back plates is , an inlaid triple strip of dyed pearwood and black fiber, which reinforces the edges against splitting and adds to the body's overall integrity during environmental changes or impacts. Inside the body, a bass bar—a slender, arched strip of approximately 53–60 cm long, running parallel to the bass strings from near the neck joint to near the lower bout—is glued longitudinally beneath the top plate on the bass side, aligned roughly under the low strings to support the bridge's pressure (up to 80 pounds of string tension) and distribute vibrations across the soundboard. Complementing this, the soundpost, a tapered cylindrical rod of about 11 in and 10–12 cm long, is wedged vertically between the top and back plates just behind the bridge's treble foot, channeling vibrations from the top to the back for balanced and tonal clarity. While traditional woods dominate, some contemporary cellos incorporate carbon fiber for the body to improve and environmental resistance.

Neck, fingerboard, and fittings

The neck of the cello is carved from a single block of , providing structural integrity and support for the strings and . It typically measures about 28 cm (280 mm) in length from the to the nut, allowing the player to access a wide range of positions with the left hand. The neck's gentle backward angle relative to the body optimizes string tension and playability. Attached to the front of the neck is the fingerboard, usually made of dense for its smooth, durable surface that facilitates rapid finger sliding and precise intonation. The fingerboard extends over the body, measuring around 58 cm in length and widening from about 32 mm at the nut to 62 mm at the lower end, with a slight concave curve to accommodate string height. Unlike fretted instruments, the cello fingerboard has no frets, enabling continuous pitch variation through subtle finger pressure, which is essential for expressive intonation in bowed performance. At the upper end of the neck lies the pegbox, an open wooden box also carved from , housing four tapered tuning pegs typically made of or boxwood. These pegs, with their conical shape, create a fit that allows fine adjustments to tension for tuning, often supplemented by modern fine tuners at the tailpiece. The pegbox culminates in the , a carved, ornamental flourish at the instrument's head that serves both aesthetic and structural purposes, reinforcing the end of the pegbox while adding to the cello's elegant . Key fittings enhance player comfort and instrument stability. The chinrest, introduced in the 19th century to free the left hand for greater technical mobility, is clamped to the body near the tailpiece and can be positioned centrally or offset toward the treble side depending on the player's anatomy and preference. The endpin, or spike, a metal rod extending from the bottom of the body, was popularized in the mid-19th century by the Belgian cellist Adrien-François Servais, though earlier forms existed, and provides crucial support, allowing the cello to rest stably on the floor during performance. Endpin designs vary in length (typically 20-40 cm adjustable) and material (steel, carbon fiber, or wood), with placements adjustable via a thumb screw to suit seated posture and ergonomic needs.

Strings, tailpiece, and endpin

The strings of the cello are typically four in number, tuned in perfect fifths from low to high as C, G, D, and A, with traditional options featuring a gut core wound with metal for the lower three strings to increase and lower pitch while maintaining playability. Gut-core strings, derived from animal intestines, produce a warm, rich tone due to their natural properties but require more frequent replacement owing to sensitivity to and changes. Metal windings, such as aluminum, silver, or , are applied to these gut cores to adjust the string's and vibrational characteristics, enabling thinner profiles that facilitate faster response and higher tension without excessive thickness. In contrast, modern all- strings offer greater durability and stability, particularly for frequent performers, as their solid steel core resists environmental fluctuations and provides a brighter, more projecting tone with quicker bow response, though at the of some warmth compared to gut. String gauges, which refer to the thickness or tension rating (often categorized as light, medium, or heavy), significantly influence the instrument's playability and tonal balance, with heavier gauges increasing tension to yield greater volume and projection but potentially reducing ease of intonation and left-hand agility. Medium-gauge strings are widely recommended as a versatile starting point, balancing responsiveness and sound output without overburdening the cello's structure. These variations in gauge and material also bear implications for overall tuning stability, as higher-tension options hold pitch more reliably over extended sessions. The tailpiece, positioned at the base of the cello below the bridge, anchors the strings and transmits their vibrations to the instrument's body, typically crafted from ebony for its density and resonance-enhancing qualities in traditional setups, though composite or plastic materials are now common for their lighter weight and reduced afterlength interference. It features integrated or attached fine tuners—small mechanical adjusters—for precise pitch refinements, which are particularly useful on the lower strings (C and G) due to their greater length and sensitivity to peg adjustments, allowing cellists to make subtle corrections without altering the main tuning pegs. The endpin, a critical component for modern cello playing, consists of an adjustable steel rod inserted into a socket at the base of the instrument's body, providing stable support to maintain an upright position during performance. The modern endpin was popularized in the mid-19th century by the Belgian cellist Adrien-François Servais, though earlier forms existed, evolving from rudimentary wooden spikes to sophisticated metal designs by the late 1800s, enabling height customization via a screw mechanism to suit the player's stature and posture. This innovation, essential since the 19th century, revolutionized technique by allowing the cello to rest firmly on the floor, freeing the left hand for freer fingering and enhancing tonal projection through improved body resonance.

Bow design and materials

The modern cello bow, as standardized in the late , consists of three primary components: the stick, the frog, and the ribbon that stretches between them to provide frictional contact with the strings. The stick forms the bow's structural core, traditionally crafted from wood ( echinata), prized for its exceptional strength, elasticity, and resonance that allow precise control over tone and dynamics. In contemporary practice, carbon fiber composites have emerged as a durable alternative to , offering consistent performance, resistance to and warping, and lighter weight without compromising stiffness or balance. French bowmaker François Tourte revolutionized bow design around the 1780s, establishing the convex curvature of the stick—thicker at the middle and tapering toward the tip and frog—for optimal tension and rebound, with the frog featuring an inward curve to house the mechanism that adjusts hair tension. The frog, typically made of ebony for its density and smoothness, includes a mother-of-pearl slide and eye for the screw mechanism, along with metal fittings like silver or nickel for durability and aesthetics. A standard cello bow measures approximately 73 cm in length, enabling effective leverage for the instrument's larger scale compared to violin bows. The , sourced from the tails of Mongolian or Siberian horses for its fine texture and grip, is stretched across the bow under tension to interact with the strings, and requires regular to sustain . To prepare the hair, —a resinous substance—is applied by tightening the bow slightly and drawing the hair evenly across the rosin cake from to tip in long, straight strokes, creating a sticky surface that generates the necessary friction for sound production without excessive slippage. Due to wear from use, which diminishes the hair's texture and rosin adhesion, rehairing is recommended every 6 to 12 months for most players, or more frequently for professionals practicing intensively, to restore optimal tension and tonal clarity. This ensures the bow's role in executing varied techniques, from strokes to articulations.

Acoustics and physics

Sound production mechanisms

The primary mechanism for sound production in the cello begins with the bow's interaction with the . As the bow is drawn across the , the rosin-coated creates frictional resistance, causing the to stick to the bow hairs before the restoring tension overcomes this , leading to a slip; this stick-slip cycle generates periodic transverse waves that propagate along the . These waves establish the fundamental oscillation, with the determined by the 's length, tension, and mass. The vibrating string transfers its energy to the instrument's body through the bridge, a carved wooden component that rests on the top plate and couples the string's motion to the plate's surface, causing it to vibrate and radiate sound into the air. This transfer is crucial for amplifying the string's vibrations, as the top plate acts as a larger radiating surface than the string alone. The soundpost, positioned beneath the bridge inside the body, aids in transmitting these vibrations from the top plate to the back plate, enhancing overall efficiency. The f-holes, paired openings in the top plate, play a key role in sound amplification by permitting air exchange within the instrument's internal cavity, which supports the —a low-frequency air mode that boosts the output of bass tones typically around 100–120 Hz for a standard cello. This arises from the cavity acting like a , with the f-holes serving as the and the body volume as the compliant space, thereby improving the instrument's projection of fundamental and low partials. Harmonics, or , are produced on the cello by lightly touching the at nodal points—locations where the has zero displacement for specific modes—suppressing the fundamental and lower partials to emphasize higher harmonics. This technique is frequently applied in thumb position, where the left hand shifts to the upper , using as a pivot to access and precisely locate these nodes on higher strings for clear, flute-like tones.

Vibrational properties and resonance

The vibrations of the cello's strings follow the principles of transverse wave propagation on a taut string, as described by the one-dimensional 2yt2=c22yx2\frac{\partial^2 y}{\partial t^2} = c^2 \frac{\partial^2 y}{\partial x^2}, where c=T/μc = \sqrt{T/\mu}
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