Tetradic

Tetradics transform Dyadics in much the same way that Dyadics transformVectors. They are represented using Hebrew characters and have 81 components (Morse and Feshbach 1953,pp. 72-73). The use of tetradics is archaic, since Tensors perform the same function but arenotationally simpler.

References

Morse, P. M. and Feshbach, H. Methods of Theoretical Physics, Vol. 1. New York: McGraw-Hill, 1953.

• Lyapunov's First Theorem
• Lyapunov's Second Theorem
• Lyndon Word
• Lyons Group
• Léon Anne's Theorem
• Lévy Constant
• Lévy Distribution
• Lévy Flight
• Lévy Fractal
• Lévy Function
• Lévy Tapestry
• Löwenheim-Skolem Theorem
• Lüroth's Theorem
• Machine
• Machin-Like Formulas
• Machin's Formula
• Mackey's Theorem
• Mac Lane's Theorem
• Maclaurin-Bezout Theorem
• Maclaurin-Cauchy Theorem
• Maclaurin Integral Test
• Maclaurin Polynomial
• Maclaurin Series
• Maclaurin Trisectrix
• Maclaurin Trisectrix Inverse Curve