JOURNAL OF THE THEORETICAL FEASIBILITY OF PERPETUAL MOTION MACHINES , JTFPMM, Vol 1, No1, DEC.
2011
Editor: Ramiro Augusto Salazar La Rotta, D.
Sc.
Special Edition, Reprinted From JPMM.
, P.
1-53, 2011
Fig.
1.
Perpetual motion machine by...
More
JOURNAL OF THE THEORETICAL FEASIBILITY OF PERPETUAL MOTION MACHINES , JTFPMM, Vol 1, No1, DEC.
2011
Editor: Ramiro Augusto Salazar La Rotta, D.
Sc.
Special Edition, Reprinted From JPMM.
, P.
1-53, 2011
Fig.
1.
Perpetual motion machine by external Fig.
2.
Perpetual motion machine of the first kind
hydrostatic pressure or buoyant forces of a by hydraulic pressure.
(10-309-422).
Liquid.
Continuing disequilibrium between
buoyant forces extremes in the same rigid
body, partly immersed in a liquid.
(book, vol.
ítem.
; 10-309-422).
Fig.
3.
Perpetual motion machine by internal hidrostatic pressure (book, vol.
, ítem.
; 10-311-48).
Fig.
4.
Perpetual motion machines of the first kind, by magnets and magnetic shielding or anti-magnets
(superconducting).
(Reside N o
1-2011-62716, 1-2011-63471, 1-2011-62715).
New Fourth Law of Thermodynamics.
, In the year of uor Lord 2011 ,
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