Observation of microwave superfluid phenomena of multiple phase magnetic fluid

¹ Shozen Co, Ltd, 6040903 Kyoto, Japan
² Kyoto Institute of Technology, Fellow, Kyoto, Japan

^a e-mail: qqdt545d@waltz.ocn.ne.jp

Received: 7 October 2014
Revised: 18 March 2015
Accepted: 10 April 2015
Published online: 21 May 2015

Abstract

We observe superfluid phenomena by microwaves irradiation to multiple phase magnetic fluid in room temperature or room pressure. Ferromagnetism transformation of diamagnetic or paramagnetic particles in multiple phase magnetic fluid containing constant rate of ferromagnetic particles, diamagnetic or paramagnetic particles mixing organic polyphenol and irradiation of microwaves is, observed by superexchange interaction. Superfluid phenomena are observed by irradiation of microwaves to aforementioned multiple phase of magnetic fluid containing ferromagnetism transformed diamagnetic or paramagnetic particles with ferromagnetic particles. Mixing semiconductor pigments amplifying superfluid energy by photosensitivity is observed. Visible light LED selecting wavelength is irradiated to superfluid condition of aforementioned multiple phase magnetic fluid thus magnetic field and energy of superfluid is enhanced by light quantum amplification effect.