We derive an explicit expression for an associative ∗-product on the fuzzy complex projective space, CPN−1 F . This generalises previous results for the fuzzy 2-sphere and gives a discrete non-commutative algebra of functions on CPN−1 F , represented by matrix multiplication. The matrices are restricted to ones whose dimension is that of the totally symmetric representations of SU(N). In the limit of infinite dimensional matrices we recover the commutative algebra of functions on CPN−1. Derivatives on CPN−1 F are also expressed as matrix commutators
AbstractWe obtain a new explicit expression for the noncommutative (star) product on the fuzzy two-s...
Fuzzy spaces arise as discrete approximations to continuum manifolds. They are usually obtained thro...
All fiber bundle with a given set of characteristic classes are viewable as particular projections o...
We derive an explicit expression for an associative *-product on the fuzzy complex projective space,...
We derive an explicit expression for an associative *-product on the fuzzy complex projective space,...
We derive an explicit expression for an associative ∗-product on the fuzzy complex projective space...
We derive an explicit expression for an associative ∗-product on the fuzzy complex projective space...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
A matrix algebra is constructed which consists of the necessary degrees of freedom for a finite appr...
A matrix algebra is constructed which consists of the necessary degrees of freedom for a finite appr...
We generalise the construction of fuzzy CP^N in a manner that allows us to access all noncommutative...
AbstractWe obtain a new explicit expression for the noncommutative (star) product on the fuzzy two-s...
Fuzzy spaces arise as discrete approximations to continuum manifolds. They are usually obtained thro...
All fiber bundle with a given set of characteristic classes are viewable as particular projections o...
We derive an explicit expression for an associative *-product on the fuzzy complex projective space,...
We derive an explicit expression for an associative *-product on the fuzzy complex projective space,...
We derive an explicit expression for an associative ∗-product on the fuzzy complex projective space...
We derive an explicit expression for an associative ∗-product on the fuzzy complex projective space...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
We derive an explicit expression for an associative star product on non-commutative versions of comp...
A matrix algebra is constructed which consists of the necessary degrees of freedom for a finite appr...
A matrix algebra is constructed which consists of the necessary degrees of freedom for a finite appr...
We generalise the construction of fuzzy CP^N in a manner that allows us to access all noncommutative...
AbstractWe obtain a new explicit expression for the noncommutative (star) product on the fuzzy two-s...
Fuzzy spaces arise as discrete approximations to continuum manifolds. They are usually obtained thro...
All fiber bundle with a given set of characteristic classes are viewable as particular projections o...