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The graphics card is a hardware component that manages the computer's graphics operations. Like the processor, the graphics card is also an important part that affects the performance of the computer. Essentially, it is responsible for providing an image on the computer screen. It has a GPU, i.e. a graphics processor specially designed for this purpose. The GPU accelerates graphical operations such as rendering 2D and 3D graphics, rendering videos, and running games. In addition, the graphics card has its own memory that is used to temporarily store graphics data. The graphics card is connected to the computer's motherboard and communicates with the processor and other components via the graphics interface. Finally, the monitor ports are used to transmit the rendered image to the monitor. Here are the first organizations that come to mind when “graphics card” is mentioned: NVIDIA (Nvidia Corporation): CUDA (Compute Unified Device Architecture): A platform that accelerates common operations using parallel computing capabilities. RTX (Ray Tracing Technology): Real-time ray tracing technology. This technology provides more realistic lighting, shading and reflections in game graphics. Tensor Cores: Dedicated hardware unit to accelerate deep learning and artificial intelligence operations. AMD (Advanced Micro Devices): Radeon Graphics: AMD's line of graphics cards. Designed for high-performance gaming and professional graphics applications. RDNA (Radeon DNA): A new architecture for AMD's graphics processors. Offers higher performance and energy efficiency. Freesync: A technology that prevents screen tearing and frame skipping by synchronizing the graphics card's refresh rate with the monitor's refresh rate. Intel Corporation: Intel Iris Xe Graphics: Intel's integrated graphics processors. It offers low power consumption and good performance. Xe-LP (Low Power): Low power graphics architecture designed for laptops and lightweight portable devices. Apple (Apple Inc.): Apple M1 GPU: The integrated graphics unit found in Apple's homegrown ARM-based processors. Offers high performance and energy efficiency. Qualcomm Incorporated: Adreno Graphics: Qualcomm's graphics processors used in mobile devices. Offers high performance and low power consumption.

Quantum theory is a theory of physics that explains the behavior of matter and energy at the microscopic level. In contrast to classical physics, quantum theory assumes that particles cannot be described by a specific position and a specific momentum, but rather by their probability distributions. Here are some basic principles of quantum theory: Particle-wave duality:  According to quantum mechanics, particles can behave both as particles of matter and as waves. Therefore, it is not possible to explain the motion and behavior of particles using the principles of classical physics alone. Uncertainty principle:  According to this principle developed by Werner Heisenberg, it is not possible to obtain precise information about the position and momentum of a particle at the same time. This situation expresses the uncertainty of nature at a microscopic level. Quantum superposition:  A particle can be in many different states at the same time. This ensures that a quantum system can exist in more than one state at the same time and only “collapses” into a particular state when observed. Quantum entanglement:  If there is a certain property (for example spin) between two or more particles that is connected to each other, these particles are in a quantum connection with each other. When the property of one particle is measured, the property of the other particle is immediately determined, provided it is connected. In addition to explaining the behavior of subatomic particles, quantum theory also underlies advanced technologies such as quantum computing, quantum cryptography, quantum communication and quantum teleportation. If you want to know the most important theoretical physicists in history, visit Bilim Ocağı Magazine!

It is called the central unit. You can also think of it as the brain of the computer. The CPU is the basic component that provides the computer's computing power and enables programs to be executed. The CPU consists of microchips that perform various basic functions. These include the control unit, the arithmetic logic unit (ALU), registers and the cache. The main tasks of the CPU include: Execute Commands: Receives and processes commands contained in computer programs. These instructions may contain data to manipulate, perform mathematical operations, or manipulate data in memory. Data Processing: The CPU produces the desired results by processing the data it receives. These operations include mathematical calculations, logical decisions, data copying, memory access, etc. it could be. Control: The CPU synchronizes all computer components. It receives commands one by one, executes them, and forwards the results accordingly. The operating principle of the CPU is quite complex, but essentially boils down to the following steps: 1.Receiving Instructions: The CPU receives instructions from the computer's random access memory (RAM). These commands are the codes of programs executed by the operating system. 2.Instruction processing: The CPU interprets and processes the instructions it receives from the control unit and the arithmetic logic unit (ALU) to execute them. The ALU performs mathematical operations and makes logical decisions. Memory Access: The CPU fetches necessary data and instructions from memory units such as RAM or cache. Cache is a faster type of storage that stores frequently used data. 3.Register Usage: The CPU uses small memory units called registers to store temporary data. Registers are units that the CPU can access quickly but can store a limited amount of data. Execution and output: The CPU executes the received instructions and sends the results to various output devices (e.g. display, audio output, storage devices). 4.These basic principles enable the CPU to operate through intricately programmed circuits. The CPU is one of the most important components of modern computers and the performance of the computer is largely determined by the speed and efficiency of the CPU.

Catch important developments in the world of science! NEWS Bilim Ocağı Forum Forum Last issues Abdullah Cumhur Feb 24 Popüler Kültürün İnsanlıktan Çaldıkları Like Reactions 1 0 comments 0 Views "Science is not a disappointment, it is a magical discovery." Everyone has the right to learn! one Community ready to innovate and present ideas freely 4 6 Why should I join the Bilim Ocağı ? 2 3 Easy access to resources and studies A very suitable environment to improve yourself 5 An investigative user base A team of managers and moderators who are open to continuous improvement in their fields First Class Documentation Repertoire Design Research Share You can share your own designed projects,other talented people like you where you can access resources, You can access special and developer documents and more including Welcome to our documentation platform. İlk Sizin Haberiniz Olsun Name Surname E-Mail Subscribe I accept the terms and conditions Welcome to Bilim Ocağı Share with us what you think! Name E-Mail Subject Your Message Send Thank you for your contributions! Bilim Ocağı Can Be a Huge Library! Write too! Science lovers, meet those who made history! Get information about people who have a very special place in the world of science, from Leonhard Euler to Ernst Mayer, have fun and learn! MAGAZINE LET'S GET STRONGER TOGETHER! A small team! Mehmet Ali BAYRAK Science Center & antimony Founder Mechanical engineer Mehmet Ali BAYRAK Science Center & antimony Founder Mechanical engineer If you want to reach us, our addresses are: Yıldız Technical University / Beşiktaş-Davutpaşa /İstanbul Bilimocagicommunity@gmail.com Antimonn3D@gmail.com

Mehmet Ali BAYRAK About me Civitas Vitae Hello everyone. I am Mehmet Ali BAYRAK. I am the first member of the Science Center family. You can read this section where I will talk about myself at your own initiative. I was born in Samsun, Türkiye. I continue my education at Yıldız Technical University, Department of Mechanical Engineering. I graduated from Akpınar Science High School with high success in 2022. Since the first time I came to the university, I have been interested in many different fields and, to be frank, I did not want to limit myself to a few. I have tried to learn new things in many fields, from automotive to construction, from astrophysics to modern technology applications. I hope that this site, which I have established to reveal my curiosity about science since my childhood and to share the qualitatively advanced knowledge I have and can have with people, provides unique opportunities for you science lovers and resource seekers. Thank you all. thanks. Education Information 2022-2026 Yıldız Technical University I am currently a 2nd year Mechanical Engineering student. 2018-2022 Ladik Akpınar Science High School I spent 4 years of my life in a unique school isolated from this society. When I graduated with a 97.2 diploma grade in 2022, I tried to leave unforgettable memories behind me and great hopes ahead of me.

Named in History Engraver with Letters Some Artists GOLD GOLD GOLD Pablo Picasso (1881-1973) Pioneer of the Cubism Movement Versatile Artist Guernica Painting Salvador Dalí (1904-1989) Representative of the Surrealism Movement Surreal Aesthetics Innovative Figure of Contemporary Art Claude Monet (1840-1926) İzlenimcilik Akımının Öncüsü Bahçe ve Manzara Resimleri Sera Resimleri ve Seri Çalışmalar Ludwig van Beethoven (1770-1827) composing Overcoming Hearing Loss and Disabilities Universal Musical Language Wolfgang Amadeus Mozart (1756-1791) Genius in Music Opera Mastery Symphonic Legacy Fazıl Say (January 14, 1970-Present) Vincent van Gogh (1853-1890) Color and Brush Strokes Pioneer of the Post-Impressionism Movement "Starry Night & Sunflowers & Umbrellas" Virtuoso Pianist Successful as a Composer International Recognition "Troy & Istanbul Symphony" Frida Kahlo (1907-1954) Self-Portraits and Symbolism Women and Feminism Mexican Culture and Traditions Johann Sebastian Bach (1685-1750) Talent in Religious Music Choir conductor and composer Very Wide Instrument Repertoire "Choral praeludes, cantatas, oratorios, concertos, preludes, fugues, classical piano and organ"