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     • Intrinsic semiconductors uses electrons and holes for conduction at room temperature. At 0 Kelvin (absolute temperature), intrinsic semiconductors behave like pure insulators. When an intrinsic semiconductor is doped with an impurity, it gets converted into an extrinsic semiconductor.
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     What is Intrinsic Semiconductor ? - GeeksforGeeks

2. Top results related to define intrinsic semiconductor in computer science

   • Computer science advances in the past 5 years

     Top Answer

     Answered May 23, 2017 · 3 votes

     Also, look at significant new inventions in computing since 1980

     Other Answers

     Answered Jan 24, 2009 · 2 votes

     One definite example I can think of is quantum computing: it's a completely new field of CS, most of the important research has happened in the last 10 years (then again, some very basic research reaches back to th 70s), and while it's not yet practically significant, it most likely will be.

     The problem with answering your question is this: theoretical advances nearly always become significant only in hindsight, once they've resulted in a practical application that changes people's lives (because that's how most people measure significance) - and that's often long after the original theoretical work.

     The obvious example would be the internet, which existed for decades in obscurity before the WWW came along. I believe that pretty much all advances of huge practical significance in the last 10 years are based one theoretical work that's much older.

     Other kinds of significant advances are solutions to well-known unsolved problems and concepts that change a lot of other theoretical work. I'm not aware of anything like that in the last 10 years either, not at the real scientific level - but I'm not a scientist.

     Other Answers

     Answered Jan 24, 2009 · 2 votes

     Gesture interfaces seem to have evolved rapidly in the last 5 years. While people have been exploring them longer, only recently have we had a successful commercial application: the iPhone and iPod Touch. Microsoft and the research community have also demonstrated some very interesting applications recently. In 20 years, we might look back and think of this as a pretty extraordinary innovation.

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   • In computer science, what is a server?

     Top Answer

     Answered Jul 20, 2016 · 1 votes

     A server is a computer that provides data to other computers. It may serve data to systems on a local area network (LAN) or a wide area network (WAN) over the Internet.

     Many types of servers exist, including web servers, mail servers, and file servers. Each type runs software specific to the purpose of the server. For example, a Web server may run Apache HTTP Server or Microsoft IIS, which both provide access to websites over the Internet. A mail server may run a program like Exim or iMail, which provides SMTP services for sending and receiving email. A file server might use Samba or the operating system's built-in file sharing services to share files over a network.

     More about server

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     2/5

   • In computer science, what is a floating point?

     Top Answer

     Answered Dec 13, 2011 · 1 votes

     it's short for "floating point number"

     which is a way to represent real numbers.

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     3/5

   • In computer science, what is NOT a formal language?

     Top Answer

     Answered Jun 08, 2024 · 5 votes

     Let me get to your question first. A good non-example of a formal language are the natural languages. English and Slovene are examples. So are Tagalog and Tarifit Berber. Unfortunately linguists don't seem to have a definition of natural language that all would agree upon.

     Noam Chomsky famously tried to model natural language using context-free gammars in his 1956 paper Three Models for the Description of Language. He invented (or discovered, if you prefer) them in that paper; although he didn't call them that; while they weren't useful to model the English language, they revolutionized computer science.

     Formally, a formal language is just a set of strings over a finite alphabet. That's it.

     Examples include all valid C programs, all valid HTML files, all valid XML files, all strings of "balanced" parentheses (e.g. (), ()(), ((()))()(()), ...), the set (codes under some encoding) of all deterministic Turing machines that always halt, the set of all simple graphs that can be colored with k-colors (actually their codes under some encoding), the set of all binary strings that end and begin with a 1, etc.

     Some are easy to recognize using regex (or, equivalently, DFA); some are impossible to recognize using DFA's, but can be recognized using PDA (or, equivalently, can be described with a context-free grammar); other's don't admit such a description, but can be recognized by a Turing machine; some aren't recognizable even by a Turing machine (called uncomputable).

     This is why the definition is so useful. Many things we encounter in CS evey day can be cast in terms of formal languages.

     For a good introduction to the subject, I highly recommend the superb book Introduction to Automata Theory, Languages, and Computation by Hopcroft et al.

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   • In Computer Science, what's the opposite of a dependency?

     Top Answer

     Answered Dec 20, 2021 · 25 votes

     The opposite of a dependency is independency.

     The inverse of a dependency is a dependent. This term applies specifically in programming to refer to the piece of code that requires the dependency to run.

     The term is widely used. Some quotes to support the claim:

     • In the book Dependency Injection: Design patterns using Spring and Guice (so a book that is mainly about dependencies in the programming context):Dependency — A specific service that is required by another object to fulfill its function.Dependent — A client object that needs a dependency (or dependencies) in order to perform its function.
     • In the book The Unified Modeling Language Reference Manual, 2nd ed by Booch, Rumbaugh and Jacobson:Dependency: A relationship between two elements in which a change to one element (the supplier) may affect or supply information needed by the other element (the client). (...) the dependent elements are called clients.
     • In the semantic versioning manifesto, they explain how semver can allow to release new versions of dependencies without disrupting dependent software or packages.
     • In the documentation of Maven:Compile dependencies are available in all classpaths of a project. Furthermore, those dependencies are propagated to dependent projects.
     • Last but not least, linguist have also confirmed suitability of this term for very similar dependency management needs.

     Dependency being a relation between something that is dependent and something that it depends on, there is a little residual ambiguity on the direction that is meant. Regardless the terms used, it's recommended to provide the definitions. Supplier/Client are alternatives that are imho more easily understood although not universally suitable.

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3. www.geeksforgeeks.org › what-is-intrinsicWhat is Intrinsic Semiconductor ? - GeeksforGeeks

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   Jul 16, 2023 · Intrinsic semiconductors are semiconductors that are pure i.e. it does not contain any impurity. Since it does not contain any impurity, the number of free electrons and the number of holes are equal. It is also known as an i-type semiconductor.

   • What is Semiconductors? - Types, Examples, Properties ...

     intrinsic semiconductor is a pure semiconductor material...

   • Intrinsic Semiconductors and Extrinsic ... - GeeksforGeeks

     The definition of an intrinsic semiconductor is a...

4. People also ask

   What are intrinsic semiconductors?

   • Intrinsic semiconductors are pure semiconductor materials that are made from a single element or compound with no added impurities or atoms. These materials typically consist of elements from Group IV of the periodic table, such as silicon or germanium.

   Intrinsic Semiconductor: Definition, Current, & Energy Band - Science Fa…

   www.sciencefacts.net/intrinsic-semiconductor.html

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   What is the difference between intrinsic and extrinsic semiconductor?

   • Here are the main differences between Intrinsic and Extrinsic Semiconductor: intrinsic semiconductor is a pure semiconductor material like silicon or germanium. An extrinsic semiconductor has added impurities (dopants) to change its electrical properties.

   What is Semiconductors? - Types, Examples, Properties, Applications & …

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   What are the issues relating to intrinsic semiconductor properties?

   • One of the most important issues related to intrinsic semiconductor properties are the lack of impurities within the material. Impurities can alter the band structure, band gap, Fermi energy, and electron and hole concentrations of a semiconductor, just as dopants do in Extrinsic Semiconductors.

   Intrinsic Semiconductors - Engineering LibreTexts

   eng.libretexts.org/Bookshelves/Materials_Science/Supplemental_Modules_(Materials_Science)/Semiconductors/Intrinsic_Semiconductors

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   Do intrinsic semiconductors have impurities?

   • Unlike extrinsic semiconductors, which are doped with impurities to alter their electrical properties, intrinsic semiconductors do not have intentional impurities added. Charge carriers are particles that carry electric charge and enable the flow of electrical current in a material.

   Intrinsic Semiconductor: Definition, Current, & Energy Band - Science Fa…

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5. www.geeksforgeeks.org › semiconductorsWhat is Semiconductors? - Types, Examples, Properties ...

   www.geeksforgeeks.org › semiconductors

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   May 30, 2024 · intrinsic semiconductor is a pure semiconductor material like silicon or germanium. An extrinsic semiconductor has added impurities (dopants) to change its electrical properties. In intrinsic semiconductors, thermal energy moves electrons to the conduction band, creating electron-hole pairs.

6. Videos

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     Semiconductor: What is Intrinsic and Extrinsic Semiconductor ? P-Type and n-Type Semiconductor

     Dec 11, 2018

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     Intrinsic semiconductors | Class 12 (India) | Physics | Khan Academy

     Mar 29, 2018

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     INTRINSIC SEMICONDUCTOR

     Mar 15, 2014

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7. www.geeksforgeeks.org › intrinsic-semiconductorsIntrinsic Semiconductors and Extrinsic ... - GeeksforGeeks

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   • Intrinsic Semiconductor
   • Extrinsic Semiconductor
   • N-Type Semiconductors
   • P-type Semiconductors
   • Difference Between Intrinsic and Extrinsic Semiconductors
   • Sample Questions

   The conduction band is empty in the below energy band diagram, but the valence band is completely filled. Some heat energy can be provided to it once the temperature has been raised. As a result of...

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   While insulating materials may be doped to make them into semiconductors, intrinsic semiconductors can also be doped to make an extrinsic semiconductor.

   Extrinsic semiconductors are divided into two categories as a result of doping: atoms with an additional electron (n-type for negative, from group V) and atoms with one fewer electron (p-type for p...

   Doping is the purposeful introduction of impurities into a very pure, or intrinsic, semiconductor in order to change its electrical characteristics. The kind of semiconductor determines the impurit...

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   An overabundance of negative (n-type) electron charge carriers results as a result of this. Doping atoms often contain one extra valence electron than the host atoms. Atomic replacement in group-IV solids by group-V elements is the most typical case. When the host includes many types of atoms, the issue becomes more complicated. Silicon, for exampl...

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   The doping substance removes (accepts) weakly bonded outer electrons from semiconductor atoms when it is introduced. The vacancy left behind by the electron is known as a hole, and this sort of doping agent is also known as an acceptor substance. The goal of p-type doping is to produce a large number of holes. In the instance of silicon, the crysta...

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   The following are some of the key distinctions between extrinsic and intrinsic semiconductors: 1. Intrinsic semiconductors exist in their purest form at all times while Extrinsic semiconductors are created by doping impurities in pure semiconductors. 2. At room temperature, Intrinsic semiconductors have poor electrical conductivity while Extrinsic ...

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   Question 1: What is an n-type semiconductor? Answer: Question 2: What is a P-type semiconductor? Answer: Question 3: What is the result of doping germanium metal with a little quantity of indium? Answer: Question 4: What is the name of a pure semiconductor crystal in which current flows owing to the breaking of crystal bonds? Answer: Question 5: In...

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8. en.wikipedia.org › wiki › Intrinsic_semiconductorIntrinsic semiconductor - Wikipedia

   en.wikipedia.org › wiki › Intrinsic_semiconductor

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   An intrinsic semiconductor, also called a pure semiconductor, undoped semiconductor or i-type semiconductor, is a semiconductor without any significant dopant species present. The number of charge carriers is therefore determined by the properties of the material itself instead of the amount of impurities. In intrinsic semiconductors the number ...

9. www.sciencefacts.net › intrinsic-semiconductorIntrinsic Semiconductor: Definition, Current, & Energy Band

   www.sciencefacts.net › intrinsic-semiconductor

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   Jul 23, 2024 · Intrinsic semiconductors are pure semiconductor materials that are made from a single element or compound with no added impurities or atoms. These materials typically consist of elements from Group IV of the periodic table, such as silicon or germanium.

10. eng.libretexts.org › Intrinsic_SemiconductorsIntrinsic Semiconductors - Engineering LibreTexts

    eng.libretexts.org › Intrinsic_Semiconductors

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    Intrinsic semiconductors, also known as pure or undoped semiconductors, describe perfect semiconductor crystals which are free from defects and impurities of other elements. Intrinsic semiconductors which are intentionally doped with other elements are referred to as Extrinsic Semiconductors.

11. www.sciencefacts.net › semiconductorSemiconductor: Definition, Types, Examples, and Applications

    www.sciencefacts.net › semiconductor

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    Jun 10, 2024 · Intrinsic Semiconductors: They are pure semiconducting materials like silicon or germanium. Their electrical properties are determined by their structure. They have a limited number of charge carriers that can be easily excited by heat or electric field to conduct electricity.