activity
20122016
most citedAny FIP real computes a 1-generic

2 citations · 4 across the 7 of their papers we have counts for

collaborators

8 papers

math.LO2016★ 1 cited

The Rado Path Decomposition Theorem

Peter Cholak, Gregory Igusa, Ludovic Patey +2

We discuss a theorem of Rado: Every r-coloring of the pairs of natural numbers has a path decomposition.

math.LO2016

Some new computable structures of high rank

Matthew Harrison-Trainor, Gregory Igusa, Julia F. Knight

We give several new examples of computable structures of high Scott rank. For earlier known computable structures of Scott rank , the computable infinitary theory is $\al…

math.LO2015

Density-1-bounding and quasiminimality in the generic degrees

Peter Cholak, Gregory Igusa

We consider the question "Is every nonzero generic degree a density-1-bounding generic degree?" By previous results \cite{I2} either resolution of this question would answer an ope…

math.LO2015

Computable Ramsey's Theorem for Pairs Needs Infinitely Many Pi-0-2 Sets

Gregory Igusa, Henry Towsner

In \cite{J}, Theorem 4.2, Jockusch proves that for any computable k-coloring of pairs of integers, there is an infinite homogeneous set. The proof uses a countable collecti…

math.LO2015★ 2 cited

Any FIP real computes a 1-generic

Peter Cholak, Rod Downey, Greg Igusa

We construct a computable sequence of computable reals such that any real that can compute a subsequence that is maximal with respect to the finite intersectio…

math.LO2014★ 1 cited

Notions of robust information coding

Damir Dzhafarov, Gregory Igusa

We introduce and study several notions of computability-theoretic reducibility between subsets of that are "robust" in the sense that if only partial information is available a…