STRUCTURAL PROPERTIES AND OPERATIONAL PHILOSOPHY OF THE VEHICLE WITH THE QUANTUM ENGINE

Jurij Kotikov

Abstract


Successes of physics of last decades have designated prospect of the new technological way; use of antigravitational principles of moving of objects and a propulsive drive will be its basis. At conceptual level possibilities of use of the quantum engine (QuEn) on motor transport are considered.
QuEn does not demand the external energy carrier on the basic operating modes of the car. QuEn, creating impulse of the traction force transferred directly on the frame of a vehicle, does a power drive of wheels unnecessary - all the wheels work in a conducted mode.
Formation of vertical making traction force can provide partial suspension or pressing down car that is important for flotation ability. A number of other properties is mentioned also. Attempt of forecasting of configuration of the QuEn-car is carried out.

Keywords


Automobile, the quantum engine, structural properties, operational philosophy

Full Text:

PDF

References


Davies, P. (1985). Superforce. New York: Touchstone.

Kotikov, Ju., Lozhkin, V.N. (2006). Transportnaia energetika [Transport energetics]. Moscow: Publishing Center "Academia", p.272. (in Russian)

Leonov, V.S. (1996). Teoriia uprugoi kvantovannoi sredy [Theory of elastic quantized medium]. Minsk: Bisprint, p.156. (in Russian)

Leonov, V.S. (1997). Teoriia uprugoi kvantovannoi sredy. Chast 2 . Novye istochniki energii [Theory of elastic quantized medium. Part 2. New energy sources]. Minsk: Polibig, p.122. (in Russian)

Leonov, V.S. (2002). Patent No. 2185526 (Russian Federation). Sposob sozdaniia tiagi v vakuume i polevoi dvigatel dlia kosmicheskogo korablia (varianty) [A method of thrust generation in vacuum and a field engine for spaceship (options)]. Bulletin No. 20 dd. 20.07.2002 (priority date: 21.05.2001). (in Russian)

Leonov, V.S. (2009). Rezultaty ispytanii 2009 goda kvantovogo dvigatelia dlia sozdaniia tiagi bez vybrosa re-aktivnoi massy [Quantum engine test results regarding thrust generation without ejection of reactive mass (2009)]. Available at: http://www.rnto.club/up/files/321/rezultati_ispitaniy_2009.pdf (accessed on: 28.01.2018) (in Russian)

Leonov, V.S. (2010). Quantum Energetics. Volume 1. Theory of Superunification. Cambridge International Science Publishing, p.745.

Leonov, V.S. (2010b). Kosmos: rezultaty ispytanii kvantovogo dvigatelia dlia sozdaniia tiagi bez vybrosa [Space: quantum engine test results regarding thrust generation without ejection]. Available at: http://www.astronomy.ru/forum/index.php/topic,77730.0.html (accessed on: 28.01.2018) (in Russian)

Leonov, V.S. (2013). Einstein vs Higgs: or what is the mass? Available at: http://www.trinitas.ru/eng/doc/0016/001e/3139-ln.pdf (accessed on: 28.01.2018)

Leonov, V.S. (2016). Kosmicheskii minikorabl s kvantovym dvigatelem doletit do Alfy Tcentavra za 8 let [Mini spaceship with a quantum engine will reach Alpha Centauri in 8 years]. Available at: http://leonovpublitzistika.blogspot.ru/2016/04/8.html (accessed on: 28.01.2018) (in Russian)

Leonov, V.S. (2017a). O nauchno-tekhnicheskoi revoliutcii [On the scientific and technological revolution]. Available at: http://www.quanton.ru/o-nauchno-tehnicheskoj-revoljucii/ (accessed on: 28.01.2018) (in Russian)

Leonov, V.S. (2017b). Novye energeticheskie kontceptcii [New energy concepts]. Available at: http://www.quanton.ru/novye-jenergeticheskie-koncepcii/ (accessed on: 28.01.2018) (in Russian)

Leonov, V.S. (2017c). Otkrytie nulevogo elementa tablitcy [Discovery of the zero element in the Mendeleev’s periodic table]. Available at: http://zg5.cosmotest.ru/leonov7.php (accessed on: 28.01.2018) (in Russian)

Leonov V.S. (2017d) Kvantovye dvigateli-generatory [Quantum engine-generators]. Available at: http://www.quanton.ru/kvantovye-dvigateli-generatory/ (accessed on: 28.01.2018) (in Russian)

Mendeleev, D.I. (1905). Popytka khimicheskogo ponimaniia mirovogo efira [An attempt towards a chemical conception of the ether]. Saint Petersburg: M. P. Frolova's tipolithography. (in Russian)

Miteshov, A.A. (2015). Vakuumnyi dvigatel - budushchee kosmonavtiki [Vacuum engine is the future of space exploration]. Available at: http://www.avmodels.ru/news/interesting/index_full.html?id=4333 (accessed on: 28.01.2018) (in Russian)

Nikitin, A.P. (2014). K energodinamike dvizhushchegosia kosmosa [To the energy dynamics of moving space]. Zhurnal russkoi fizicheskoi mysli [Journal of Russian Physical Thought], 1-12, pp. 103–118. (in Russian)

Parker, B. (1991). Mechta Einshteina. V poiskakh edinoi teorii stroeniia Vselennoi [Einstein’s dream. The search for a unified theory of the Universe] (translated from English by V. I. and O. I. Matsarskikh). Moscow: Nauka, p.223. (in Russian)

Pauli, W. (1975). Fizicheskie ocherki [Physical essays]. Moscow: Nauka. (in Russian)

Petrov, A. (2015). Rossiia uspeshno ispytala antigravitatcionnyi dvigatel Leonova [Russia successfully tested the Leonov anti-gravity engine]. http://www.km.ru/science-tech/2015/01/16/nauka-i-tekhnologii/753573-rossiya-uspeshno-ispytala-antigravitatsionnyi-dvi (accessed on: 28.01.2018) (in Russian)

Puthoff, H. (2010). Advanced Space Propulsion Based on Vacuum (Spacetime Metric) Engineering. JBIS, 63, pp. 82–89.

Repchenko, O. (2017). Sila Lorentca v Polevoi fizike [Lorentz force in field physics]. Available at: http://www.fieldphysics.ru/lorentz_force/ (accessed on: 28.01.2018) (in Russian)

Shkrudnev, F.D. (2017). Vselennaia: kipiashchii "bulon" iz kvantonov [The Universe: a boiling "bouillon" of quantons]. Available at: https://shkrudnev.com/index.php/home/drugie-avtory/v-s-leonov/item/1866-vselennaya-kipyashchij-bulon-iz-kvantonov-bulon-iz-kvantonov (accessed on: 28.01.2018) (in Russian)

Veinik A.I. (1991). Termodinamika realnykh protcessov [Thermodynamics of real processes]. Minsk: Nauka i Tekhnika, p.576. (in Russian)




DOI: https://doi.org/10.23968/2500-0055-2018-3-1-13-20

Refbacks

  • There are currently no refbacks.




     

ISSN: 2500-0055