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Broadly speaking,
modularity is the
degree to
which a system's
components may be
separated and recombined,
often with the
benefit of
flexibility and variety...
- In mathematics,
modular arithmetic is a
system of
arithmetic for integers,
where numbers "wrap around" when
reaching a
certain value,
called the modulus...
- In mathematics, a
modular form is a (complex)
analytic function on the
upper half-plane, H {\displaystyle \,{\mathcal {H}}\,} , that
roughly satisfies...
- A
modular connector is a type of
electrical connector for
cords and
cables of
electronic devices and appliances, such as in
computer networking, telecommunication...
- The
modularity theorem (formerly
called the Taniyama–Shimura conjecture, Taniyama–Shimura–Weil
conjecture or
modularity conjecture for
elliptic curves)...
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Modular exponentiation is
exponentiation performed over a modulus. It is
useful in
computer science,
especially in the
field of public-key cryptography...
-
mathematics called order theory, a
modular lattice is a
lattice that
satisfies the
following self-dual condition,
Modular law a ≤ b
implies a ∨ (x ∧ b) =...
- In mathematics, the
modular group is the
projective special linear group PSL ( 2 , Z ) {\textstyle \operatorname {PSL} (2,\mathbb {Z} )} of 2 × 2 matrices...
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Modular synthesizers are
synthesizers composed of
separate modules for
different functions. The
modules can be
connected together by the user to create...
- In
number theory and
algebraic geometry, a
modular curve Y(Γ) is a
Riemann surface, or the
corresponding algebraic curve,
constructed as a
quotient of...
