Additions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and personal computer technology. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in [[RelationalQuantumGravity Relational Quantum Gravity]] upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature within our own Galaxy by analyzing [[VelocityDistribution local star velocities]]. My ongoing contributions include illustrations and diagrams, pre-processing and developing online astronomical databases for analysis, the co-development of kinematic analyses of local populations of stars, and assisting the development of [[HomePage this website]].""
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Deletions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and personal computer technology. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in [[RelationalQuantumGravity Relational Quantum Gravity]] upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature within our own Galaxy by analyzing [[VelocityDistribution local star velocities]]. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of kinematic analyses of local populations of stars, and assisting the development of [[HomePage this website]].""
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Additions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and personal computer technology. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in [[RelationalQuantumGravity Relational Quantum Gravity]] upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature within our own Galaxy by analyzing [[VelocityDistribution local star velocities]]. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of kinematic analyses of local populations of stars, and assisting the development of [[HomePage this website]].""
""
Deletions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and personal computer technology. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in [[RelationalQuantumGravity Relational Quantum Gravity]] upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature within our own Galaxy by analyzing [[VelocityDistribution local star velocities]]. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of kinematic analyses of local populations of stars, and assisting the development of [[HomePage this website]].""
""
Additions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and personal computer technology. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in [[RelationalQuantumGravity Relational Quantum Gravity]] upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature within our own Galaxy by analyzing [[VelocityDistribution local star velocities]]. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of kinematic analyses of local populations of stars, and assisting the development of [[HomePage this website]].""
""
Deletions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and personal computer technology. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in Relational Quantum Gravity upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature in observations of star velocities within our own Galaxy. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of [[VelocityDistribution kinematic analyses of local populations of stars]], and assisting the development of [[HomePage this website]].
Additions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and personal computer technology. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in Relational Quantum Gravity upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature in observations of star velocities within our own Galaxy. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of [[VelocityDistribution kinematic analyses of local populations of stars]], and assisting the development of [[HomePage this website]].
Deletions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and computer applications. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in Relational Quantum Gravity upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature in observations of star velocities within our own Galaxy. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of [[VelocityDistribution kinematic analyses of local populations of stars]], and assisting the development of [[HomePage this website]].
Additions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and computer applications. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in Relational Quantum Gravity upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and to find its signature in observations of star velocities within our own Galaxy. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of [[VelocityDistribution kinematic analyses of local populations of stars]], and assisting the development of [[HomePage this website]].
Deletions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and computer applications. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in Relational Quantum Gravity upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and if its effects could be detected by analyzing star velocities in our own Galaxy. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of [[VelocityDistribution kinematic analyses of local populations of stars]], and assisting the development of [[HomePage this website]].
Additions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and computer applications. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in Relational Quantum Gravity upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of how the Teleconnection works and if its effects could be detected by analyzing star velocities in our own Galaxy. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of [[VelocityDistribution kinematic analyses of local populations of stars]], and assisting the development of [[HomePage this website]].
Deletions:
I am a resident of the [[http://en.wikipedia.org/wiki/Oregon Pacific Northwest]] having lifelong interests in astronomy, philosophy, and computer applications. Much to my delight, I found opportunities to pursue all of these simultaneously in support of [[CharlesFrancis Charles Francis']] recent research. I first became interested in Relational Quantum Gravity upon learning how the [[TeleconnectionIntro Teleconnection]] uniquely solves the [[Pioneer Pioneer Anomaly]] and the [[GalaxyRotationCurves Galactic Rotation Problem]]. I was immediately inspired to gain a deeper understanding of why the Teleconnection works and how its effects might potentially be revealed through pre-established observations of stars in our own Galaxy. My ongoing contributions include illustrations and diagrams, importing online astronomical databases for analysis, the co-development of [[VelocityDistribution kinematic analyses of local populations of stars]], and assisting the development of [[HomePage this website]].
