#n type

[the-croissant]

Absolutely no one:

Infp: hey intp

Intp: yeah?

Infp: you look like nut balls

Intp: what the fUCK

[thespiritofradiogaga]

N and S types relationship with art

Art (in any form) is composed of two elements: message and technique. This message can be either an opinion or point view or a feeling or sentiment, being what you want to express with your art. The technique is how you’re going to express this, or simply how you handle your tools (not necessarily a literal tool, it can be a pencil for drawing or your body for dancing).

What I think differs N and S types and the way they make art is which element they prioritize: N types prioritize the message of their art, they’d rather go for an expressive form than develop their skill to a level of detailed artwork they would consider unnecessarilly complicated. S types on the other hand will develop their skill to a level where they think it’s good enough for them.

Think of Jackson Pollock as an example of and N type, he developed a way of expressing himself through a completly abstract form using a relatively simple technique. He was still a skilled artist, but his expression was more important than brush strokes or perspective.

Whereas Da Vinci studied both his technique and his subject to an extreme level of detail. I think people tried too much to understand the Monalisa, but it’s just a demonstration of skill. Of course he was still an artist and his message was still important, but the way he expressed it took precedant.

[probable-goblin]

A note on S types

As someone who follows mbti regularly, I see that posts about S types regularly have less notes than similar posts about N types and this makes me kinda sad.

There's a lot to admire about every type, even though some are much more commonly appreciated. The quiet adventurism and independence of an ISTP that made me fall for him like nothing else, the genuine care and compassion that my ESFJ friend gives me and the world on a regular basis, the consistent reliability and effort of my ISTJ lab partner, the reckless fun that I've had with my ESTP cousin that made me feel actually alive, just to name a few.

There is so much beauty and value there that we tend to look past, and I really wish that there was more appreciation going around for S types.

[infjxintp]

It still annoys me that there are still types who think they’re superior to other types? Just because you’re an introvert and an N doesn’t make you better or “deeper” than other people. S types and extroverts see the world from different sides, perspectives we would never think of. They’re just as complex and interesting. See individual people, not just letters.

Love,  INTP

[techinfodocs]

What is transistor in electronics | What is bipolar junction transistor

This name is a representation of a device having transfer resistors. As we have seen a semiconductor offers less resistance to the movement of current in one direction and high resistance in another direction. We call the device made of semiconductors a transistor. There are two forms of transistors point contract and junction transistors. Read More

[mehrdadnayebi-blog]

The N Type Semiconductor

Mehrdad Nayebi is the president of Niham Technology, a technology incubator, consulting, and investment firm located in California. Also holding a PhD in electrical engineering from Stanford University, where he completed an audit of the entire business MBA program, Mehrdad Nayebi has experience in a broad range of high tech industry specialties, including the N type semiconductor. Generally used in electronics, a semiconductor is a piece of material that partly conducts current. Often produced as crystals from silicone, semiconductors differ from conductors which fully conduct electricity. N type semiconductors are produced when an element is added that has five electrons in the outermost atom layer, the valence layer. This process of adding an element (often phosphorus in an N type semiconductor) is called doping and the element is called the dopant. The introduced element, or dopant, bonds with the crystal arrangement of the semiconductor but has an extra electron that is left free, causing it to act like a full conductor electron in a material like copper.