This work demonstrates a sustainable nuclear fusion reaction of hydrogen using a clay flower port as a reactor vessel. Our novel approach uses a “charge mirror” that reduces the electromagnetic repulsion between nuclei enough to allow fusion initiation at room temperature. The device can also be used as a secure error-free transgalactic communications pipe with zero latency and near infinite ba...

This work demonstrates a sustainable nuclear fusion reaction of hydrogen using a clay flower port as a reactor vessel. Our novel approach uses a " charge mirror " that reduces the electromagnetic repulsion between nuclei enough to allow fusion initiation at room temperature. The device can also be used as a secure error-free transgalactic communications pipe with zero latency and near infinite ...

A multi-institutional team led by McDonnell Douglas has undertaken a study which includes the design of both a laser-driven (KrF) and heavy-ion-driven (HI) commercial fusion power reactor. A more general paper describing the overall reactor designs can be found in this proceedings [l]. The cavity, which is the subject of this paper, involves the components surrounding the pellet reaction chambe...

Controlled nuclear fusion is the most promising candidate for being an inexhaustible, clean and intrinsically safe energy source. Research in the last 60 years has focused on the fusion reactor concept called tokamak, in which a high temperature plasma is confined using magnetic fields, producing fusion reactions. Because of turbulence, the confined plasma diffuses to the outermost region of th...

The International Atomic Energy Agency convened, in the framework of its Fusion Technology and Engineering Programme, the 4th Technical Committee and Workshop on Fusion Reactor Design and Technology at Yalta, USSR, from 26 May — 6 June 1986. This report contains all summaries of sessions that were organized during the workshop. The papers presented at the meeting are being published by the Agen...

We find the solutions of the Dirac equation for two plane waves (laser beams) and we determine the modified Compton formula for the scattering of two photons on an electron. The practical meaning of the two laser beams is, that two laser beams impinging on a target which is constituted from material in the form a foam, can replace 100-200 laser beams impinging on a normal target and it means th...

To really use the fusion energy and make the fusion energy as a main energy in the world could need more than 50 years. The construction of ITER starts the real course to realize the peaceful use of the fusion energy. It means the technologies developed in the world are feasible to built fusion facilities or reactors with fusion core plasmas. Based on the technologies nowadays, a concept of mul...

In a fusion reactor a hot plasma of deuterium and tritium is confined by a strong magnetic field to produce helium ions and release energetic neutrons. The 3D geometry of a stellarator provides configurations for such a device that reduce net toroidal current that might lead to disruptions. We construct smooth coils generating an external magnetic field designed to prevent the plasma from deter...

Developing a vision for an economically competitive fusion energy system remains the grand challenge for fusion researchers. Meeting this challenge requires advances in plasma physics and in fusion technology, a key element of which is Fusion Power Technology (FPT), also called Fusion Nuclear Technology (FNT). FPT is concerned with all reactor components in the immediate exterior of the plasma,...