Development of the Solid State-Nuclear Physics

Scientific Federation cordially invites participants around the globe to present the renowned authentic conference International Conference on Atomic and Nuclear Physics to be conducted during July 23-25, 2018 at Osaka, Japan. which incorporates oral talks, prompt keynote presentations, poster presentations and Exhibitions from the professionals in the field of Atomic and Nuclear Physics from the students of distinct groups, research institutions, the best universities and related firms to share their study of research experiences on all forms of this rapidly expanding plot with the theme “Cutting edge Advancements in Atomic & Nuclear Physics”

Technological advancements in the field of Atomic and Nuclear Physics play vital role in the common lives of people and making their life style in the forefront. Up-to-date knowledge, technology, science and engineering are the fundamental requisites in order to progress the economy and betterment of the people of any nation. Atomic Physics 2018 Conference is all set to bring together finest international young scientists and professionals with research significance in the field of Atomic and Nuclear Physics. This meeting is a part of series of conferences organized by Scientific Federation, is expert-driven and is initiated to organize and facilitate proficient and international scientific conferences worldwide with associating the world class researchers.

Experts at ICANP-2018 are a mix of investigators and physicists who have been invited on behalf of Scientific Federation that creates an opportunity for Round the globe to join in this colloquium of exciting speeches, lectures, plenary. It provides a platform to have open discussions, knowledge sharing and interactive sessions with field experts at ICANP-2018. Conference sessions will bring you the latest strategies, research, and best practices to improve outcomes through quality, safety and staffing. Sessions included in International Conference on Atomic and Nuclear Physics are Nuclear Physics& Nuclear Reactor Physics, Atomic Spectroscopy, Radioactive Decay, Nuclear Technologies, Nucleosynthesis, Atomic Astrophysics, Particle Physics, Nuclear Medicine Physics, Atomic Engineering, Nuclear Radioactive Decay, Magnetic Recording, Memories and Spintronics, Nuclear Fission& Nuclear Fusion, Functional Magnetic Materials, Novel Magnetic Materials and Device Applications, Atomic Physics, Magnetic Particles and Nanostructures, Atomic Collisions, Ultra Cold Atoms, Laser-Atomic Physics &Nuclear Astro physics. You can choose any topic including these sessions and also you can choose any topic related to Atomic and Nuclear Physics.

Link for Scientific Sessions: http://scientificfederation.com/atomic-nuclear-physics-2018/#tracks

Sharing research is an important part of the research process. Your research in a conference helps you in different ways. Join in our congress and understand what other eminent speakers in your field are working on and hence gaining more skills and knowledge as a researcher. y presenting at a conference, students can gain soft-skills that will be valuable at every level of their academic careers. Students participating in a poster presentation must prepare a visual representation of their work and present the summary of their findings clearly and concisely to other attendees. The poster-making process requires students organize their data and to delve into science writing at a deeper level than allowed by class lab reports. Many undergraduate poster symposiums pair presenters with scientist judges who have some degree of expertise on the topic at hand. Join your peers at conference for focusing on quality outcomes. Send your abstract and confirm your slot for presenting your research thoughts. Abstract submission Deadline is June 31^st, 2018.

For Abstract Submission: http://scientificfederation.com/atomic-nuclear-physics-2018/abstract-submission.php

Prof. Hideo Kozima has taken his PhD from Tokyo University of Education. He is the director of the Cold Fusion Research Laboratory on the cold fusion phenomenon, a phenomenon induced by nuclear reactions in such hydrated and deuterated materials as transition-metal hydrides and deuterides (e.g. PdDx, NiHx, PtHx), hydrogen graphite (CHx), XLPE (cross-linked polyethylene), and microbial cultures (e.g. Escherichia coli ribosome). He has published more than 70 papers in reputed journals and Proceedings of Conferences (International Conference on the Cold Fusion, Annual Meeting of Japan CF Society, and others) in this field.

The main theme of his speech is Investigation of the cold fusion phenomenon for about 30 years since its discovery by M. Fleischmann and S. Pons in 1989 has revealed existence of nuclear reactions in specific solids at near room-temperature without any mechanism of acceleration for particles in the system. The complex experimental data piled up in these years have been curious riddles for scientists in solid state (or condensed matter) physics and nuclear physics. The facts observed in this field, however, suggest existence of new mechanisms in solids composed of hydrogen isotopes and specific host elements (cold fusion materials). The new mechanisms should be a fundamental element of a new physics in between solid state physics and nuclear physics, which we can call solid state-nuclear physics.

We have developed a phenomenological approach to understand the complex data sets obtained in the cold fusion phenomenon as a whole in these 25 years. The approach suggests an outline of the solid state-nuclear physics where neutrons in the cold fusion materials play a key role for the realization of nuclear reactions in them.The essential idea of the phenomenological approach to the cold fusion phenomenon is given and then the scope of the sold state-nuclear physics envisaged by the investigation of the cold fusion phenomenon is discussed. Relations of the solid state-nuclear physics with the hydrogen behavior in solids and possible features of nuclear physics in solids are contemplated