NOVELTY - A device for producing hydrogen (19) and oxygen (20) comprises cathode assembly having cathode electrode (3) and electrode collar (24) having first wall (28) and second wall (29) and forming first/second flow passages; and anode assembly having anode electrode (2) and anode electrode collar forming flow passage. The cathode electrode has cylindrical body portion/conical nose portion having conductive tip. The cylindrical body/nose portions are comprised of one of high temperature ceramic or insulated metal and tip is of tungsten. The device further has water vapor generator (12).    USE - As device for producing hydrogen and oxygen (claimed), where hydrogen is used in power generation, in energy generation, for producing hydrogen related power for the purpose of energy, as chemical feedstock, as fuel to power fuel cells, as energy source or as commodity.    ADVANTAGE - The device and method reduces the cost and the pollution generated when producing hydrogen and hydrogen related power as compared to both fossil and renewable energy sources. The device and method produces hydrogen efficiently and economically and has the ability to produce hydrogen close to the point of use of the hydrogen. The device and method provides a source of hydrogen related power. The device and the method reduces production limiting problems, and the high costs related to traditional production of hydrogen; dramatically reduces the use of fossil fuels burned to create electrical power required to produce hydrogen within the apparatus; creates hydrogen flame which is capable of producing heat to operate all forms of traditional energy systems such as electrical generation and furnaces as well as most other devices which operate on other types of combustible fuels. The device allows production of hydrogen and generation of hydrogen related power at the point of use, on demand and eliminates the need to compress and transport hydrogen by way of a distribution system. The hydrogen produced by the device and method can be compressed and stored for transportation efficiently and in large volumes at a low cost. The apparatus uses high heat, high energy field to efficiently dissociate water to elemental hydrogen and oxygen gases.    DETAILED DESCRIPTION - A device for producing hydrogen (19) and oxygen (20) comprises a cathode assembly containing a cathode electrode (3) and an electrode collar (24) surrounding the cathode electrode, where the electrode collar has a first wall (28) and a second wall (29) and forms a first flow passage and second flow passage; and at least one anode assembly containing an anode electrode (2) and an electrode collar surrounding the anode electrode and forming at least one flow passage. The cathode electrode comprises a cylindrical body portion and a conical nose portion having a conductive tip. The cylindrical body portion and the conical nose portion are comprised of one of a high temperature ceramic or an insulated metal and the tip is comprised of tungsten. The device further comprises device for internally cooling the cathode electrode and the anode electrode using a liquid coolant, where the coolant is a non-aqueous coolant; and a water vapor generator (12). INDEPENDENT CLAIMS are included for the following:    (1) a device for producing hydrogen comprising: a hollow cylinder having a proximate and a distal end, where the mouth of the cylinder at the proximal end is covered with a cap and the mouth of the cylinder at the distal end is open; at least one high energy supply source operably connected to the hollow cylinder and capable of generating a high energy field within the interior of the hollow cylinder; and unit to supply water vapor to the interior of the hollow cylinder within the high energy field. The device further comprises a cooling jacket surrounding the hollow cylinder. The unit for providing water vapor to the hollow cylinder comprises a water vaporizer. The high energy supply source is selected from laser, a high frequency radio wave transmitter, a microwave generator and a high energy electromagnet; and    (2) producing hydrogen and oxygen involving: providing a cathode assembly and at least one anode assembly, where the cathode assembly comprises a cathode electrode and an electrode collar surrounding the cathode electrode, where the electrode collar has a first wall and a second wall and forms a first flow passage and a second flow passage, and the anode assembly comprises an anode electrode and an electrode collar surrounding the anode electrode and forming at least one flow passage; supplying electrical power to the cathode electrode to create a flow of electricity between the cathode electrode and the at least one anode electrode to create a magnetically induced electrical containment field; providing a flow of an inert gas through the first flow passage into the electrical containment field to form a plasma near the tip of the cathode electrode; and providing a flow of water vapor through the second flow passage into the electrical containment field and the plasma near the tip of the cathode electrode to produce elemental hydrogen and oxygen. The inert gas is argon. The argon is provided at a flow rate of 8-10 standard cubic feet per hour per electrode. The water vapor is provided using water vapor generator. The method further involves igniting the elemental hydrogen and oxygen as it exits the electrical containment field to release energy from the elemental hydrogen; separating, collecting and storing the elemental hydrogen and oxygen produced in the electrical containment field; and using the energy produced by the elemental hydrogen and oxygen to generate electricity.    DESCRIPTION OF DRAWING(S) - The figure shows schematic view of apparatus using single cathode and single anode for producing high heat, high energy plasma generator to dissociate water to produce elemental hydrogen and oxygen.    High heat and high energy plasma generator (1)    Anode electrodes (2)    Cathode electrodes (3)    Energy fields (4)    High energy containment field (5)    Anode cooling inlet tube (8)    Anode cooling outlet tube (9)    Second flow path (11)    Water vaporizer (12)    First flow path (13)    Tip of cathode (14)    Cathode tip cooling outlet tube (17)    Hydrogen (19)    Oxygen (20)    Cathode surrounding collars (24)    Coolant inlet port (25)    Coolant outlet port (26)    Tip of anode (27)    First wall (28)    Second wall (29)