NOVELTY - System to achieve energy gain through fusion by removing electrons from hydrogen atom prior to initiating fusion, comprises: electrolysis unit (101) to manufacture hydrogen from water; ionization chamber (102) coupled to electrolysis unit to separate electrons from hydrogen, which are separated from protons in hydrogen atom nucleus; proton collection chamber (103) coupled to ionization chamber to collect protons in resting state; and fusion chamber (104) coupled to proton collection chamber to emit electromagnetic radiation on collected protons to achieve fusion and energy gain (105).    USE - As system for achieving energy gain through fusion by removing electrons from hydrogen atom prior to initiating fusion (claimed), useful for generating energy that can be used for various purposes e.g. for producing heat, which can in turn be used to make steam to generate electricity, which can be transported through power grid to end users, such as to recharge batteries of electric cars for powering turbines; or as power source for electrolysis unit.    ADVANTAGE - The system and method allow nuclear fusion of hydrogen into helium by removing electrons from protons in a hydrogen atom and by using water as source of hydrogen, for achieving energy gain. In the system and method fusion is achieved in two-step process that involves not only collection and gathering of protons close together, but also utilization of external energy source e.g. electromagnetic waves to initiate fusion process. The external energy source can be at the same electromagnetic wave frequency that is given off as part of the fusion reaction in stars. Such a fusion process can be used to accomplish energy gain that produces heat that in turn can be utilized to produce work i.e. to turn turbine to generate electricity, some of which may be used to run electrolysis unit to keep system and method running continuously. Conventional scientific thinking dictates that particles carrying positive charges of protons will repel, and not attract each other. But in the system positive charges of proton is attracted to one another. It is shown that monopole displays magnetic attraction for its similarly charged protons and also displays repulsion for opposite charged electrons. A monopolistic magnetic attraction is employed to obtain fusion. The outcomes of system and method include following, such as it can not be possible to effectively prevent protons regaining neutrality of charge; protons can keep increasing their kinetic energy due to repulsion, which can automatically bring about fusion if there is sufficient containment due to charge or pressure; and protons can quietly collect in sufficient density because of monopolistic attraction as opposed to electrostatic repulsion of positive charges. The system and method can be used to provide inexpensive electricity to end users, who may already have home electrolysis units to produce hydrogen for hydrogen powered vehicles. Thus, the method and device are suitable to a wide variety of purposes and applications.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for achieving an energy gain through fusion by removing electrons from a hydrogen atom prior to initiating fusion, involving: manufacturing hydrogen from water with an electrolysis unit; separating electrons from the manufactured hydrogen with ionization chamber coupled to electrolysis unit, where the electrons are separated from protons in nucleus of hydrogen atom; collecting the protons in a resting state with proton collection chamber coupled to ionization chamber; and emitting electromagnetic radiation on the collected protons to achieve fusion and an energy gain with fusion chamber coupled to proton collection chamber.    DESCRIPTION OF DRAWING(S) - The figure shows the system and method for achieving energy gain through nuclear fusion.    Electrolysis unit (101)    Ionization chamber (102)    Proton collection chamber (103)    Fusion chamber (104)    Generated energy (105)    Work (106)