FIELD: industrial extraction of useful environment- oriented energy-mass from material vacuum. SUBSTANCE: method depends on producing artificial non-equilibrium thermodynamic state in limited space of material vacuum accompanied by first-degree phase transition of quasi-gas structure of material vacuum into vacuum condensate involving separation of internal energy of material vacuum. Non-equilibrium state of material vacuum is attained due to collision between two opposing beams of heavy relativistic nuclides and fixed target-membrane mounted in special device whose mechanical design is similar to that of laser fusion reactor. Method provides for extraction of about 107 to 1013 J of internal energy-mass of material vacuum. EFFECT: improved output. 6 cl, 1 dwg
