Flat finishing methods

Performance limitations of flat-histogram methods.

We determine the optimal scaling of local-update flat-histogram methods with system size by using a perfect flat-histogram scheme based upon the exact density of states of 2D Ising models. The typical tunneling time needed to sample the entire bandwidth does not scale with the number of spins N as the minimal N2 of an unbiased random walk in energy space. While the scaling is power law for the ...

When every $P$-flat ideal is flat

In this paper‎, ‎we study the class of rings in which every $P$-flat‎ ‎ideal is flat and which will be called $PFF$-rings‎. ‎In particular‎, ‎Von Neumann regular rings‎, ‎hereditary rings‎, ‎semi-hereditary ring‎, ‎PID and arithmetical rings are examples of $PFF$-rings‎. ‎In the context domain‎, ‎this notion coincide with‎ ‎Pr"{u}fer domain‎. ‎We provide necessary and sufficient conditions for‎...

Holographic Methods and Gauge-Higgs Unification in Flat Extra Dimensions

I review the holographic techniques used to efficiently study models with Gauge-Higgs Unification (GHU) in one extra dimension. The general features of GHU models in flat extra dimensions are then reviewed, emphasizing the aspects related to electroweak symmetry breaking. Two potentially realistic models, based on SU(3) and SO(5) electroweak gauge groups, respectively, are constructed.

Proposed Diffuse Ambient Contrast Measurement Methods for Flat Panel Displays

Finishing Strong

W hile writing my last editorial for Diabetes Care fills me with a sense of accomplishment, more importantly I cannot help but feel grateful for the opportunity and the honor of being associated with the journal at a time of its tremendous growth and success. In the last 5 to 10 years, Diabetes Care has continuously grown in terms of the submission numbers (over 11,500 new articles in 4 years!)...