DIRD_19-DIRD_Antigravity_for_Aerospace_Applications.pdf

UNCLASSIFIED / (P@R"OFS3GRG-USEONE = Defense Intelligence Reference Document Peo ed Acquisition Threat Support 30 March 2010 ICOD: 1 December 2009 DIA-08-1003-018 Antigravity for Aerospace Applications UNCLASSIFIED / 2@R-@EREGhAIrYSE-O Nie

UNCLASSIFIED / / h@-R-@FFEGEA-UGE-ONEY Antigravity for Aerospace Applications Prepared by: (b)(3):10 USC 424 Defense Intelligence Agency Author: (b)(6) Administrative Note COPYRIGHT WARNING: Further dissemination of the photographs in this publication is not authorized. This product is one in a series of advanced technology reports produced in FY 2009 under the Defense Intelligence Agency, [(e)(3y10Usc 424s |Add vanced Aerospace Weapon System Applications (AAWSA) Program. Comments or questions pertaining to this document should be addressed to AAWSA Program Manager, Defense Intelligence Agency…

UNCLASSIFIED / OR-OFFEGERE USE ONEY Contents Foreword. .ccscscncccsnsenen sansununnnansanenenane nenenenenanauan a tanenananaucnenauanenceanenana nenanenanananeuanenenanena v ZT, INtrOAUCTION 2... ccccccrurcccuceserussvusersseruserssursparseey oouravevererasurcvuscvasarasspassvararuserurusunsess 1 II. Concepts for Antigravity Within Newtonian PhySsics ......ccccsccssecsseccenenansnananceasazer 2 Negating Newtonian Gravity ........cncrcssseseseseseses eeueereruseseenseeures deaeesevucerereveresesereres 2 Energy Estimate for Newtonian Levitation .....1..01ccenenescenenseensnenseeennceeneensnanss…

UNCLASSIFIED / /#@220651601=vU6G>O02 == Quantum Vacuum Field Stress: Negative Energy from the Casimir Effect......... Dynamical Casimir Effect: Moving Mirrors ..c.cccecsescnencnensenenenenanenenanesasananenenensags REE ONCOS vaseccesessececeenseesseeeeesuerseueceonns weed eeeunannesseqseneecessauneesenauscenaseecensas pesnenaceneeaes 34 Figures Figure 1. Dipole Electric Field Generator ...c.ccsucessencecnsseeencensnae euaanecavenuneannusenneensseann DD Figure 2. Diople Gravitational Field Generator....cccscscscsonecavenans sanananeuanenanenssen anauaneeas 6 Figure 3. Dipole Gravitational Field…

UNCLASSIFIED / @Re@bhbGbiial SEAL, Antigravity for Aerospace Applications Foreword Antigravity effects can be implemented by manipulating spacetime. This paper reviews several different theoretical approaches for exploring the possibility of controlling gravity by generating forces that counteract, or otherwise modify, gravity for the purpose of aerospace propulsion. Einstein's General Theory of Relativity is the theoretical framework guiding this study. The paper also reviews other antigravity approaches via the interaction of quantum theory with gravitation. And it explores the question of w…

UNCLASSIFIED / APO OPPECEE SE Ones I. Introduction Gravity is the bane of aerospace transportation. The force of the Earth‘s gravitational field acts to pull all objects, whether in motion or at rest, downward towards the Earth’s surface. Because aerospace transportation involves the motion of vehicles through the atmosphere and/or into space, propulsion engineers are always faced with the requirement that aerospace vehicles will have to carry enough propellant and associated tankage in order to provide enough propulsive thrust to overcome the downward pull of gravity and achieve rectilinear m…

UNCLASSIFIED / /S@R-OEELGE Abad Seay theoretical possibility of antigravity also appears in quantum gravity theories, cosmological vacuum or dark energy, and quantum field theory. This report reviews all of these topics. The report will also review the topics of gravity control that include the production of antigravity (self-lifting) forces induced by quantum vacuum zero-point energy and by nonretarded quantum interatomic dispersion forces in a curved spacetime (that is, in a background gravitational field}. The reader should bear in mind that many of these concepts are nowhere near having an…

UNCLASSIFIED / AP@R-OPPEGEM=—UGE-OieyY ultradense ball could be placed near the surface of the Earth and its 1-g gravity field will cancel the Earth’s 1-¢ gravity field. All test objects placed in the broad region between the small ultradense ball and the Earth will thus be in free fall. Another option Forward (Reference 2-5) suggested would be to shape the compact ultradense matter into a disk that is 45 cm in diameter and 10 cm thick, and having the same mass and density as the small ultradense ball. Its gravitational acceleration is a: =4Gpt, where p is the mass density of the disk and 1 is…