<?xml version='1.0' encoding='utf-8'?>
<?xml-stylesheet type="text/css" href="attrib.css"?>
<paper>
  <prologue>
    <title>Faster than light travel</title>
    <subtitle>From fantasy to reality</subtitle>
    <author member='yes' e-mail="cemereuwa@nasa.gov">Chikezie Emereuwa</author>
    <author member='no' e-mail="okey.agu@navy.mil">Okechukwu Agu</author>
    <main-contact e-mail='cemereuwa@nasa.gov'/>
    <abstract>All laws are meant to be broken, and according to our analysis, all the required antecedent technologies are in place for us to break the famous universal speed limit that derives from the Special Theory of Relativity.</abstract>
  </prologue>
  <section>
    <para>The work of Oguchi, Hu, Schneider et. al. already establishes the equivalent states of each elementary particle when traveling at superoptical velocities.  The work of Baraka, Smith and Hosseni establish the effect of an omega hadron field in eliminating relativistic effects upon ordinary matter.</para>
  </section>
  <section>
    <para>We can construct an omega hadron field drive in a module that fits in the International Space Station high energy experiments wing, allowing us to demonstrate <abbreviation><short>FTL</short><long>faster than light</long></abbreviation> travel over distances of up to 12,000 meters.</para>
    <para>By September of 2020, we expect superoptical drives to burst from science fiction into the world of fact.</para>
  </section>
</paper>
