Some piezo-equipped guitars use a hexaphonic pickup. "Hex" is a prefix meaning six. A hexaphonic pickup produces a separate output for each string, usually from a discrete piezoelectric or magnetic pickup for each string. This arrangement lets on-board or external electronics process the strings individually for modeling or Musical Instrument Digital Interface (MIDI) conversion. Roland makes hexaphonic pickups for guitar and bass, and a line of guitar modeling and synthesis products. Line 6's hexaphonic-equipped Variax guitars use on-board electronics to model the sound after various vintage instruments, and vary pitch on individual strings.
The original purpose of the resonator was to produce a very loud sound; this purpose has been largely superseded by electrical amplification, but the resonator guitar is still played because of its distinctive tone. Resonator guitars may have either one or three resonator cones. The method of transmitting sound resonance to the cone is either a "biscuit" bridge, made of a small piece of hardwood at the vertex of the cone (Nationals), or a "spider" bridge, made of metal and mounted around the rim of the (inverted) cone (Dobros). Three-cone resonators always use a specialized metal bridge. The type of resonator guitar with a neck with a square cross-section—called "square neck" or "Hawaiian"—is usually played face up, on the lap of the seated player, and often with a metal or glass slide. The round neck resonator guitars are normally played in the same fashion as other guitars, although slides are also often used, especially in blues.
One of our goals at CCM is to instill in students a great appreciation for guitar and music that will last them a lifetime. Students at CCM have won numerous international guitar competitions, performed outreach concerts all over the world, and have gotten into the best colleges in the United States. Recent CCM graduates have gone on to Harvard, Stanford, Brown, and USC. Visit our Yelp pages to see what families have to say about our program.
A major chord is made from the I, III and V notes, so C major uses the notes C, E and G. To make a major chord into a minor, you flatten (lower the pitch by one fret, or a half-step) the III note. This means C minor is made up of C, Eb (flat) and G. So now, from the E major scale, E = I, F# (sharp) =II, G# = III, A = IV, B = V, C# = VI and D# = VII, you can work out both the major and minor chords. Sharps are just the opposite of flats, so you raise the pitch by one fret (or half-step). When you're working out the E minor chord, you have to flatten the F#, which just makes it back into a natural (neither flat nor sharp) F.
Though they may not be as exciting of a topic as instruments or amplifiers, choosing the right type of strings for your guitar is incredibly important. Guitar strings have different responses and different feels, and when the right type of string is used it’s a huge asset to your playing. Likewise, when the wrong type of string is used it can be incredibly detrimental.
We were privileged to have worked with hundreds of top artists and educators who authored the original magazine articles and then recorded audio lessons in their own studios. While video is the medium of choice today, these 1,200+ audio lessons still deliver amazing instruction from some of the best in the biz — perfect for those long drives and commutes!
At MI, you learn from a proven curriculum taught by the best guitar instructors in the world, augmented by visiting artists’ seminars, concerts, and lessons from some of the greatest players in contemporary music. At our guitar music college, you get to network with other players, find your creative voice, and get the training you need to become the player you have always dreamed of being.