NOVELTY - Chemical conversion of natural gas to liquefied form, involves: providing a feedstock natural gas mixture into a chamber; generating an electric field in a first direction of the chamber; injecting electrical energy into the chamber to at least partially ionize the gas mixture and to cause dissociation of natural gas in the mixture into hydrocarbon radicals; generating a magnetic field in a second direction of the chamber perpendicular to the first direction to induce rotation of the ionized gas mixture about an axis of the chamber and to induce chemical reactions.    USE - The method and apparatus are useful for the chemical conversion of natural gas to liquefied form (claimed).    ADVANTAGE - The method provides a simple, cost efficient process of converting natural gas to a more energy-dense liquid form without expensive refrigeration.    DETAILED DESCRIPTION - Chemical conversion of natural gas to liquefied form, involves: providing a feedstock natural gas mixture into a chamber; generating an electric field in a first direction of the chamber; injecting electrical energy into the chamber to at least partially ionize the gas mixture and to cause dissociation of natural gas in the mixture into hydrocarbon radicals; generating a magnetic field in a second direction of the chamber perpendicular to the first direction to induce rotation of the ionized gas mixture about an axis of the chamber and to induce chemical reactions between the hydrocarbon radicals to form hydrocarbon molecules having increased hydrocarbon chain length from the radicals; controlling at least temperature conditions to produce a liquefied natural gas product in the chamber; and recovering at least one liquefied natural gas product from the rotating ionized natural gas mixture. An INDEPENDENT CLAIM is included for an apparatus for chemical conversion of natural gas to liquefied form, which comprises: a chamber; a voltage supply for establishing a voltage difference within the chamber; an energy source configured to ionize components in a feedstock natural gas mixture introduced into the chamber to produce a plasma; and a magnetic source for generating a magnetic field in the chamber in a direction perpendicular to the voltage difference, the magnetic field causing the plasma to rotate within the chamber in a direction about an axis of the chamber so as to cause dissociation of natural gas in the mixture into hydrocarbon radicals and reaction of the radicals to induce chemical reactions between the hydrocarbon radicals to form hydrocarbon molecules having increased hydrocarbon chain length from the radicals; where at least one liquefied natural gas product from the rotating ionized natural gas mixture is extracted from the chamber.