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Potential Power of the Pyramidal Structure VII: Effects of Pyramid Power and Bio-Entanglement on the Circadian Rhythm of Biosensors

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Natural Science 2023年第1期15卷 19-38页

作者： Osamu Takagi Masamichi Sakamoto Kimiko Kawano mikio Yamamoto International Research Institute (IRI) Chiba Japan Aquavision Academy Chiba Japan

We have demonstrated the existence of a pyramid power and have revealed its characteristics by strictly scientific experiments using biosensors. We also revealed the existence of a Bio-Entanglement, an entangled relationship between biosensors. A parallel study of biosensors (edible cucumber slices) had also been conducted, and we found that the circadian rhythm of gas concentrations emitted from biosensors changes seasonally. The pyramid power and Bio-Entanglement did not change the number of cycles in the periodic approximation curve representing circadian rhythm. Therefore, in this paper we analyzed the influence of the pyramid power and Bio-Entanglement, i.e., their influence on the phase, amplitude, and correlation coefficient of the periodic approximation curve representing the circadian rhythm of emitted gas concentrations. The main results are as follows. 1) The pyramid power shifted the phase of the periodic approximation curve representing the circadian rhythm by 43 minutes. 2) The amplitude of the periodic approximation curve changed with the pyramid power and the Bio-Entanglement. The effect on the lower and upper sections of the biosensors stacked in two layers was different, with a tendency to increase the amplitude of the lower layer and decrease the amplitude of the upper layer. 3) The pyramid power and the Bio-Entanglement affected the correlation coefficient between gas concentration and the periodic approximation curve representing the circadian rhythm of gas concentration. The effect on the lower and upper layers of the biosensors was different, with a tendency for the lower layer correlation coefficient to be larger and the upper layer correlation coefficient to be smaller. Previously we demonstrated that the pyramid power and the Bio-Entanglement affect the ratio of gas concentration, i.e., psi index Ψ. In this paper we demonstrate for the first time that the pyramid power and the Bio-Entanglement affect time, i.e., phase difference.

关键词： Pyramid Biosensor Cucumis sativus Circadian Rhythm Entanglement Gas Season

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Potential Power of the Pyramidal Structure VI: Pyramid Effects due to Potential Power and Pyramid Effects due to Bio-Entanglement

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Natural Science 2022年第6期14卷 251-263页

作者： Osamu Takagi Masamichi Sakamoto Kimiko Kawano mikio Yamamoto International Research Institute (IRI) Chiba Japan Aquavision Academy Chiba Japan

Research on the so-called “pyramid power” began in the late 1930s. However, in general, pyramid power has been regarded as having no scientific basis, so there are very few systematic papers on pyramid power other than our academic research papers. Since October 2007, we have been conducting research to experimentally elucidate the unexplained phenomenon of a pyramid by using a pyramidal structure (PS). There have been two main types of experiments: (i) an experiment to detect the pyramid effects that appear due to the potential power (pyramid power) that the PS inherently has;and (ii) an experiment to detect the pyramid effects that appear when a test subject meditates inside the PS. To detect the pyramid effects, biosensors with evenly cut cucumber fruits, Cucumis sativus, were used. As a result of analyzing the concentration of volatile components emitted from the biosensors, we demonstrated the existence of pyramid power near the PS apex and discovered that the PS has the function of converting the unexplained energy of the meditator test subject. The research results so far have been reported as eleven original papers, three comprehensive reports, and one book chapter. We reported the phenomenon of the entanglement between biosensors in parts IV and V of the paper series, “Potential Power of the Pyramidal Structure”. Furthermore, we clarified that the influence of the entanglement is included in the psi index Ψ, which is an index of the magnitude of the pyramid effects. The purpose of the present paper was to separate and analyze the psi index Ψ into the effect of the potential power of the PS and the effect of the entanglement between biosensors (we have named this as the Bio-Entanglement). To do this, we placed biosensors at the PS apex in two layers. The value of the pyramid effect on the biosensors in the upper layer was always larger than that in the lower layer. We found that this was mainly due to the potential power of the PS. We also found that the fac

关键词： Pyramid Potential Power Entanglement Biosensor Cucumis sativus Gas Psi Index

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Re-evaluation of physical interaction between plant peroxisomes and other organelles using live-cell imaging techniques

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Journal of Integrative Plant Biology 2019年第7期61卷 836-852页

作者： Kazusato Oikawa Makoto Hayashi Yasuko Hayashi mikio Nishimura Biomacromolecules Research Team RIKEN Center for Sustainable Resource Science2-1 HirosawaWakoSaitama 351-0198Japan Department of Bioscience Nagahama Institute of Bio-Scie nee and Technology1266 Tamura-ChoNagahama 526-0829Japan Department of Biology Faculty of scienceNiigata UniversityNiigata 950-2181Japan Department of Cell Biology National Institute for Basic BiologyOkazaki 444-8585Japan

The dynamic behavior of organelles is essential for plant survival under various environmental conditions. Plant organelles, with various functions,migrate along actin filaments and contact other types of organelles, leading to physical interactions at a specific site called the membrane contact site. Recent studies have revealed the importance of physical interactions in maintaining efficient metabolite flow between *** this review, we first summarize peroxisome function under different environmental conditions and growth stages to understand organelle interactions. We then discuss current knowledge regarding the interactions between peroxisome and other organelles, i.e., the oil bodies, chloroplast, and mitochondria from the perspective of metabolic and physiological regulation, with reference to various organelle interactions and techniques for estimating organelle interactions occurring in plant cells.

关键词： physical interaction plant peroxisomes live-cell

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Seasonal Changes in the Circadian Rhythm of Gas Released from Harvested Cucumbers

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Natural Science 2022年第11期14卷 503-516页

作者： Osamu Takagi Masamichi Sakamoto Kimiko Kawano mikio Yamamoto International Research Institute (IRI) Chiba Japan Aquavision Academy Chiba Japan

Vegetables and fruits are known to have long-lasting biological reactions even after harvesting. Volatile components may be released as a biological response to stimulation or injury. We measured the concentrations of volatiles released from the cut surfaces of cucumbers after their harvest and analyzed the relationship between the time the cucumbers were cut and gas concentrations. The results showed that gas concentrations indicate a circadian rhythm. We previously reported that the circadian rhythm of gas concentrations was 6 hours per cycle in the summer, i.e., from the vernal equinox to the autumnal equinox, and 24 hours per cycle in the winter, i.e., from the autumn equinox to the vernal equinox. We analyzed the gas concentrations emitted from cucumber sections in more detail in this paper and found that the circadian rhythms differ among winter, spring, summer, and autumn seasons. We found that one cycle of the circadian rhythm was 8 hours in winter, 6 hours in spring, 24 hours in summer, and a mixed cycle of 24 and 12 hours in autumn.

关键词： Cucumis sativus Biosensor Circadian Rhythm Season Gas Pyramid

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Spherical silicon solar cell with reflector cup fabricated by decompression dropping method

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Rare Metals 2006年第Z1期25卷 121-126页

作者： MINEMOTO Takashi OKAMOTO Chikao MUROZONO mikio TAKAKURA Hideyuki HAMAKAWA Yoshihiro College of Science and Engineering Ritsumeikan University 1-1-1 Nojihigashi Kusatsu Shiga 525-8577 Japan Clean Venture 21 Co. Ltd. 35 Kamitoba Daimotsu-chou Minami-ku Kyoto 601-8121 Japan

A spherical Si solar cell with a reflector cup was successfully fabricated by a dropping method at decompression state. In the dropping method, melted Si droplets were instilled at decompression state (0.5×105 Pa) to reduce crystal growth rate, dominating crystal quality such as dislocation density in crystal grains. Spherical Si solar cells were fabricated using the spherical Si crystals with a diameter of 1 mm and then mounted on a reflector cup. The current-voltage measurement of the solar cell shows an energy conversion efficiency of 11.1% (short-circuit current density (Jsc): 24.7 mA·cm-2, open-circuit voltage: 601 mV, fill factor: 74.6%). Minority carrier diffusion length determined by surface photovoltage method was 98 μm. This value can be enhanced by the improvement of crystal quality of spherical Si crystals. These results demonstrate that spherical Si crystals fabricated by the dropping method has a great potential for substrate material of high-efficiency and low-cost solar cells.

关键词： spherical Si solar cell dropping method decompression state

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Impact of thermal history of spherical silicon crystal on its crystal quality

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Rare Metals 2006年第Z1期25卷 127-132页

作者： TSUJIYA Kaoru MINEMOTO Takashi MUROZONO mikio TAKAKURA Hideyuki HAMAKAWA Yoshihiro College of Science and Engineering Ritsumeikan University 1-1-1 Nojihigashi Kusatsu Shiga 525-8577 Japan Clean Venture 21 Co. Ltd. 35 Kamitoba Daimotsu-chou Minami-ku Kyoto 601-8121 Japan

Spherical Si solar cells were fabricated based on multicrystalline Si spheres produced by a dropping method. The thermal history of Si spheres were calculated by numerical simulation. The simulation result reveals that heat transfered by convection is greater than heat transfered by radiation. Considering the calculation results, Si spheres were dropped in the free-fall tower at low pressure state (0.2×105-0.5×105 Pa) to slow heat transfer by convection. After dash etching for 60 min, low pressure Si spheres have less etch pits, i.e., 80% for etch pit density and 8% for etch pit-area ratio compared to normal one. Furthermore, the conversion efficiency was improved from 6.57% (normal pressure spherical Si solar cell) to 9.56% (low one), which is 45% relative increase. The improvement is due to decrease of undercooling and increase of crystal growth duration. These results demonstrate that the dropping method at low pressure state is useful for fabricating high performance spherical Si solar cells.

关键词： solar cell sphere silicon undercooling low pressure thermal history etch pit

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Star-Like Factors with Large Components

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Journal of the Operations Research Society of China 2015年第1期3卷 81-88页

作者： Yao Zhang Gui-Ying Yan mikio Kano Academy of Mathematics and Systems Science Chinese Academy of SciencesBeijing 100190China Department of Computer and Information Sciences Ibaraki UniversityHitachiIbaraki 316-8511Japan

A star-factor of a graph G is a spanning subgraph of G in which every component is a *** and Saito(Discret Math 312:2005-2008,2012)showed that a graph G satisfying iso(G−S)≤|S|/m for every S⊂V(G)contains a{K1,t:m≤t≤2m}-factor,where iso(G−S)denotes the number of isolated vertices in G−*** they conjectured that a graph G satisfying iso(G−S)≤|S|/m for every S⊂V(G)actually contains a({K1,t:m≤t≤2m−1}∪{K2m+1})-*** this paper,we show that this conjecture is true.

关键词： Star-factor Component Isolated vertex

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Acquiring non-parametric scattering phase function from a single image

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Computational Visual Media 2018年第4期4卷 323-331页

作者： Yuki Minetomo Hiroyuki Kubo Takuya Funatomi mikio Shinya Yasuhiro Mukaigawa Nara Institute of Science and Technology 8916-5 Takayama-choIkomaNara630-0192Japan. Toho University 2-2-1 MiyamaFunabashiChiba274- 8510Japan. Dwango CG Research KADOKAWA Hongo Bldg.5-24-5 HongoBunkyo-kuTokyo113-0033Japan.

Acquiring accurate scattering properties is important for rendering translucent materials. In particular, the phase function, which determines the distribution of scattering directions, plays a significant role in the appearance of a material. We propose a distinctive scattering theory that approximates the effect of single scattering to acquire the non-parametric phase function from a single image. Furthermore, in various experiments, we measured the phase functions from several real diluted media and rendered images of these materials to evaluate the effectiveness of our theory.

关键词： scattering phase function measurement rendering

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Physical Realizations Of Quantum Computing: Are The Divincenzo Criteria Fulfilled In 2004? (With Cd-rom)

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2006年

作者： mikio Nakahara Martti M Salomaa

ISBN: (数字)9789812774705

ISBN: (纸本)9789812564733

The contributors of this volume are working at the forefront of various realizations of quantum computers. They survey the recent developments in each realization, in the context of the DiVincenzo criteria, including nuclear magnetic resonance, Josephson junctions, quantum dots, and trapped ions. There are also some theoretical contributions which have relevance in the physical realizations of a quantum computer. This book fills the gap between elementary introductions to the subject and highly specialized research papers to allow beginning graduate students to understand the cutting-edge of research in the shortest possible time.

关键词： Quantum computers

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Simulating hydraulic fracturing processes in laboratory-scale geological media using three-dimensional TOUGH-RBSN

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Journal of Rock Mechanics and Geotechnical Engineering 2018年第6期10卷 1102-1111页

作者： Daisuke Asahina Pengzhi Pan Kimikazu Tsusaka mikio Takeda John E.Bolander Geological Survey of Japan IbarakiJapan State Key Laboratory of Geomechanics and Geotechnical Engineering Institute of Rock and Soil MechanicsChinese Academy of SciencesWuhan430071China INPEX Corporation TokyoJapan University of California DavisUSA

In this context, recent developments in the coupled three-dimensional(3 D) hydro-mechanical(HM)simulation tool TOUGH-RBSN are presented. This tool is used to model hydraulic fracture in geological media, as observed in laboratory-scale tests. The TOUGH-RBSN simulator is based on the effective linking of two numerical methods: TOUGH2, a finite volume method for simulating mass transport within a permeable medium; and a lattice model based on the rigid-body-spring network(RBSN) concept. The method relies on a Voronoi-based discretization technique that can represent fracture development within a permeable rock matrix. The simulator provides two-way coupling of HM processes, including fluid pressure-induced fracture and fracture-assisted flow. We first present the basic capabilities of the modeling approach using two example applications, i.e. permeability evolution under compression deformation, and analyses of a static fracturing simulation. Thereafter, the model is used to simulate laboratory tests of hydraulic fracturing in granite. In most respects, the simulation results meet expectations with respect to permeability evolution and fracturing patterns. It can be seen that the evolution of injection pressure associated with the simulated fracture developments is strongly affected by fluid viscosity.

关键词： Hydraulic fracture Crack opening TOUGH Rigid-body-spring network(RBSN) Permeability Injection pressure Fluid viscosity Hydro-mechanical(HM) processes

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