V. G. Minogin Personality Type, MBTI
What is the personality type of V. G. Minogin? Which MBTI personality type best fits? Personality type for V. G. Minogin from Physics & Astronomy and what is the personality traits.
INTJ (5w4)
V. G. Minogin personality type is INTJ, INTJ is, in a sense, the most rare of all the 16 types. The reason for this is the fact that very few of us actually reach adulthood with a fully developed understanding of our true selves. Intuitives are a very rare breed.
INTJ Personality Types
Intuitive thinking is a key to the INTJ’s ability to make effective decisions and come up with innovative solutions. However, even the best analytics and creativity can be obscured by an inferior feeling function, which can make them seem moody or disorganized. INTJs often come off as aloof and detached, which is often due to their inferior-Fe (Fe-dominance) function. This type is fiercely independent, sees themselves as unique individuals who exist outside the social norms, and tends to be highly creative and logical. They are also introspective, quiet, and reserved, because they strongly value their own thoughts and ideas. It’s only when they feel like they are being judged that they like to step out of their shell.
INTJ personality types are hard to pin down. You might think you’ve met one, but it could be that you missed the clues because of their outer shell.
An existence of the quartic identities for the electron local observables that define orthogonality relations for the 3D quantities quadratic in the electron observables is found. It is shown that joint solution of the quartic and bilinear identities for the electron observables defines a unique natural representation of the observables. In the natural representation the vector type electron local observables have well-defined fixed positions with respect to a local 3D orthogonal reference frame. It is shown that the natural representation of the electron local observables can be defined in six different forms depending on a choice of the orthogonal unit vectors. The natural representation is used to determine the functional dependence of the electron wave functions on the local observables valid for any shape of the electron wave packet.
