In mathematics, negative definiteness is a property of any object to which a bilinear form may be naturally associated, which is negative-definite. See, in particular:
Negative-definite bilinear form
Negative-definite quadratic form
Negative-definite matrix
Negative-definite function
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and 23 Related for: Negative definiteness information
mathematics, negativedefiniteness is a property of any object to which a bilinear form may be naturally associated, which is negative-definite. See, in particular:...
nonnegative). Negative-definite and negative semi-definite matrices are defined analogously. A matrix that is not positive semi-definite and not negative semi-definite...
involving products of two different variables. Positive or negative-definiteness or semi-definiteness, or indefiniteness, of this quadratic form is equivalent...
the signs of these minors are the conditions for the positive or negativedefiniteness of the Hessian. For the general case of an arbitrary number n of...
In quantum mechanics, counterfactual definiteness (CFD) is the ability to speak "meaningfully" of the definiteness of the results of measurements that...
a compact Lie group. The definition of compactness in terms of negativedefiniteness of the Killing form is more restrictive, since using this definition...
positive-definite at x , {\displaystyle x,} then f {\displaystyle f} attains an isolated local minimum at x . {\displaystyle x.} If the Hessian is negative-definite...
AFF) and negation (NEG) are ways in which grammar encodes positive and negative polarity into verb phrases, clauses, or other utterances. An affirmative...
positive definite if q(v) > 0 (similarly, negativedefinite if q(v) < 0) for every nonzero vector v. When q(v) assumes both positive and negative values...
completely defines the process' behaviour. Importantly the non-negativedefiniteness of this function enables its spectral decomposition using the Karhunen–Loève...
orthogonal subspaces A and B, X = A + B, where q is positive-definite on A and negative-definite on B. The null cone, or isotropic cone, of X consists of...
one-dimensional subspace, and a complementary subspace on which it is negativedefinite. In a more formal statement, specify that V is a non-singular projective...
and only if q is a definite form: either q is positive definite, i.e. q(v) > 0 for all non-zero v in V; or q is negativedefinite, i.e. q(v) < 0 for all...
Cl0,n(R), depending on whether the author prefers positive-definite or negative-definite spaces. A standard basis {e1, ..., en} for Rp,q consists of...
vector subspace on which the scalar product g is positive-definite (resp. negative-definite), and r is the dimension of the radical of the scalar product...
eigenvalues are real. A symmetric n×n-matrix is called positive-definite (respectively negative-definite; indefinite), if for all nonzero vectors x ∈ R n {\displaystyle...
{\displaystyle p} on which the Hessian of f {\displaystyle f} is negativedefinite. The indices of basins, passes, and peaks are 0 , 1 , {\displaystyle...
Y')].} This is not necessarily non-negative, however. If ( M , d ) {\displaystyle (M,d)} is a strongly negativedefinite kernel, then D {\displaystyle D}...
of the outcome of an experiment is never negative, although a quasiprobability distribution allows a negative probability, or quasiprobability for some...
decomposition is that the Killing form is negativedefinite on k {\displaystyle {\mathfrak {k}}} and positive definite on p {\displaystyle {\mathfrak {p}}}...