The primary concern of this Temple is the character of themselves and others. Nothing enrages this Temple more than inauthenticity. In specific terms, they are concerned with authenticity, and whether others are presenting themselves truthfully or not. Generally speaking, the Soul Temple is concerned with other people’s “Souls” or core identity. The defining characteristic of the Soul Temple is an overarching concern with character. The Soul Temple is the Temple composed of the ENFP, INFJ, ISTJ, and ESTP. Like the Four Sides of the Mind, the four temperaments, and the four quadras, the four Temples give us a path for differentiating the types in new and important ways. The Temples also exist on a spectrum of abstract to concreteness.Īs you may have guessed, one of these Temples is yours. The Temples can even be used as a way to help type others - but more on that at a later time.

The Temples are a vector for deepening our understanding of each type’s purpose, the dynamics between them, and how they express themselves as a result. For example, the INFJ, ESTP, ENFP, and ISTJ all share the same types as sides of their mind, but in different positions. They compose a quartet. From here on out, they will be called Temples. But the concept has fascinating depths that have yet to be plumbed.įor those who are new here, the quartets were simply the specific combination of the four types within your mind. Chase has even made an important Cutting Edge episode - April 2020 - discussing compatible relationships and the quartets. The Temples are an updated version of what we previously called the “quartets.” We have made some references to quartets in the past. If you are interested in many aspects, our laboratory would be heaven for you.After observing the pervasive presence of the number four within his studies of ancient systems, Jung concluded that complete systems are composed of four parts. He cited mandalas and other models as being “quaternity figures which express wholeness.” From the mind of Chris Taylor, we present another system of four: the “Temples.” Below are the gatherings of my conversation with him. In the experiments, all members participate.

Our laboratory conducts many experiments on power systems. We are working on research to establish a next generation power system, focusing particularly on new power control devices and system control methods. Institute of Electrical Engineers of Japan (IEEJ)Ĭryogenic Association of Japan (CSJ) Future Plan

Institute of Electrical and Electronics Engineers (IEEE) Nitta, 'Fundamental characteristics on Y123 thin film for switching surge current to design SCFCL', IEEE Trans. Masada, 'Power supplying system for micro grid by combination of different distributed power sources', EPE2005, 344, Dresden, Germany, 2005.9.Ĥ) J. Hayashi, 'Power controllable region of a power conversion system for SMES by use of a single natural commutation converter and an ICB energy transfer circuit', IEEE Trans. Kobayashi, 'Power Converter for SMES by use of ICB Energy Transfer Circuit', IEEE Trans. It was shown the proposed method is useful for such systems.įault current limiter using YBCO thin films (2003-):Ī designing method for a fault current limiter using large YBCO thin films is been studied.ġ) J. Experiments have been conducted using real building loads. Micro-grid consisting several kinds of generation systems (2001-):Ī design and control method for a micro-grid consisting of several kinds of generation systems have been proposed. There was good agreement between the theory and the experimental results. In this study, the controllability and stable operation area of an inverter-converter bridge energy transfer circuit was analyzed theoretically and experiments were conducted. However, it has problems with output power controllability enhancement and in clearing controllable regions where currents stably commutate between switches. A natural commutated converter achieves high power conversion efficiency and is a current-source-type power converter. Natural commutated converter for superconducting energy storage system (1998-2001):Ī superconducting energy storage system (SMES) requires a current-source-type power converter because it stores energy in a large inductor.

Undergraduate school: Power Electronics, Applied Electrical Engineering Research Activities Graduate school: Energy Electronics I, II 1996: B.Eng., Faculty of Engineering (University of Tokyo)Ģ001-2003: Assistant (Tokyo University of Science)Ģ003-2005: Assistant (University of Tokyo)Ģ006: Associate Professor (University of Tokyo)

Csj type grid