WebMar 9, 2000 · This paper will give an overview of quantum computation from the point of view of a complexity theorist. We will see that one can think of BQP as yet another complexity class and study its power without focusing on the physical aspects behind it. Submission history From: Lance Fortnow [ view email ] [v1] Thu, 9 Mar 2000 20:37:29 … WebRichard Beigel Temple University Lance Fortnowy NEC Laboratories America Abstract We consider the question whether there exists a set A such that every set polynomial-time Turing equivalent toA is also many-one equivalent toA. We show that if E = NEthen no sparse set has this property.
Are Cook and Karp Ever the Same? - lance.fortnow.com
WebThe first part of the proof of the main result extends recent techniques of polynomial extrapolation used in the single prover case by Lund, Fortnow, Karloff, Nisan, and Shamir. The second part is averification scheme for multilinearity of a function in several variables held by an oracle and can be viewed as an independent result onprogram ... WebThe Karp paper has high awareness as it is very easy to enumerate that paper, picking it off the top of the stack. But over time you will put more papers on the stack and the Karp paper now falls towards the middle of the stack. Your awareness of that paper goes down as enumerating papers would take longer before the Karp paper is enumerated ... led white light meter
An Oracle Builder’s Toolkit - Department of Computer Science
WebFortnow and Sipser in ’88 showed that there was an oracle relative to which coNP was not in IP; in the same year Fortnow, Rompel, and Sipser extended this result to MIP. (This paper also gave a redeflnition of ... via a paper of Babai, Fortnow, Nisan, and Wigderson.) ... WebFortnow, and Pavan [7] showed a weak relativization of Impagliazzo et al. [13], namely that for any A ∈ EXP, NEXPA ⊆ PA/poly implies NEXPA = EXPA and if A is complete for ΣP k then NEXP A⊆ P /poly implies NEXPA = EXP = MAA. Buhrman, Chang and Fortnow [6] give an equiva-lence of a non-uniform collapse to NP and a uniform inclusion. WebLance Fortnow University of Chicago Department of Computer Science 1100 E. 58th. St. Chicago, Illinois 60637 [email protected] The complexity of algorithms tax even the re-sources of sixty billion gigabits—or of a universe full of bits; Meyer and Stockmeyer had proved, long ago, that, regardless of computer power, how to evaluate scholarly sources