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Template to submit articles in Ingeniería e Investigación Journal.

Originally from http://www.oxfordjournals.org/our_journals/nar/for_authors/msprep_submission.html

Submitted full papers are to be supposed to be of at least 4 pages length. The authors should submit their papers electronically, written in English, due to the given deadline, through a web upload procedure available, see www.eusflat2019.cz).

The extended abstract template to be used by MEMEC students at IST (Technical University Lisbon) Original Author: Andre C. Marta Overleaf Port: Pedro Sá da Costa Template based of the Extended Abstract of Nuno Enes Area Cientifica de Mecanica Aplicada Aeroespacial Departamento de Engenharia Mecanica Instituto Superior Tecnico Created: Dec 2, 2011 Modified: Sept 20,2016

This LaTeX tutorial will introduce LaTeX, creating a .tex file, sections, body text, tables, figures, mathematical formulas, acknowledgements, and references.

This is the template for the UIST 2020 paper submissions. It is provided for your convenience by the UIST 2020 Program Chairs, as a template for submissions, and pre-loaded in Overleaf for ease of editing online. Please see the http://uist.acm.org/ page for more details on manuscript preparation.

In this paper I demonstrate a novel design for an optoelectronic State Machine which replaces input/output forming logic found in conventional state machines with BDD based optical logic while still using solid state memory in the form of flip-flops in order to store states. This type of logic makes use of waveguides and ring resonators to create binary switches. These switches in turn can be used to create combinational logic which can be used as input/output forming logic for a state machine. Replacing conventional combinational logic with BDD based optical logic allows for a faster range of state machines that can certainly outperform conventional state machines as propagation delays within the logic described are in the order of picoseconds as opposed to nanoseconds in digital logic.

The density of solid water, unlike most molecules, is less than that of its liquid form. Its precise value is of use in many applications. Freezing a spherical droplet of water and analyzing the changed shape from a sphere to a sphere with a slight peak in order to find the density of ice. We find the density of ice to be at 0.90 ± 1.66 · 106 g/mL. The precision of our measurement was limited by uncertainty in the angle measurements of the peak of the droplet.

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