Predavače je dr Gordana Pantelić, Institut za nuklearne nauke Vinča.
Predavanje održano na tribini o osiromašenom uranijumu koja je na PMF-u u Nišu održana 6. decembra 2018. godine.
Predavač prof. dr Dragoslav Nikezić, redovni profesor Prirodno-matematičkog fakulteta u Kragujevcu.
Predavanje održano na tribini o osiromašenom uranijumu koja je na PMF-u u Nišu održana 6. decembra 2018. godine.
Predavač mr Goran Manić, Zavod za zaštitu zdravlja radnika - Niš.
Predavanje održano na tribini o osiromašenom uranijumu koja je na PMF-u u Nišu održana 6. decembra 2018. godine.
The document discusses integrated circuits and transistors. It notes that Gordon Moore observed that the number of transistors in integrated circuits doubles approximately every two years, known as Moore's Law. Integrated circuits are semiconductor wafers that can contain thousands or millions of tiny resistors, capacitors, and transistors. The document also includes images of trench etching in silicon crystals for integrated circuit capacitors and discusses the use of plasma for etching.
Predavače je dr Gordana Pantelić, Institut za nuklearne nauke Vinča.
Predavanje održano na tribini o osiromašenom uranijumu koja je na PMF-u u Nišu održana 6. decembra 2018. godine.
Predavač prof. dr Dragoslav Nikezić, redovni profesor Prirodno-matematičkog fakulteta u Kragujevcu.
Predavanje održano na tribini o osiromašenom uranijumu koja je na PMF-u u Nišu održana 6. decembra 2018. godine.
Predavač mr Goran Manić, Zavod za zaštitu zdravlja radnika - Niš.
Predavanje održano na tribini o osiromašenom uranijumu koja je na PMF-u u Nišu održana 6. decembra 2018. godine.
The document discusses integrated circuits and transistors. It notes that Gordon Moore observed that the number of transistors in integrated circuits doubles approximately every two years, known as Moore's Law. Integrated circuits are semiconductor wafers that can contain thousands or millions of tiny resistors, capacitors, and transistors. The document also includes images of trench etching in silicon crystals for integrated circuit capacitors and discusses the use of plasma for etching.
Petnica Science Center is a nonprofit organization founded in 1982 in Serbia that provides extracurricular science education to teenagers and teachers through training courses, camps, and workshops. It has worked with over 50,000 participants and 6,000 lecturers across Serbia, Montenegro, Macedonia, Bosnia and Herzegovina, Croatia, and Slovenia. Petnica uses a non-traditional educational approach without grades, tests, or rigid classes, focusing on an active role for students. It has recently expanded its facilities to include new dormitories, laboratories, and a library to support its educational programs.
This document discusses quantum states using Dirac notation. A 1 qubit state is a superposition of two basis states, a 0 state and 1 state, with coefficients α and β. A 2 qubit state is a superposition of 4 basis states (00, 01, 10, 11) with coefficients α, β, γ, and δ. A 3 qubit state is a superposition of 8 basis states (000, 001, 010, etc.) with coefficients α through κ. It also gives examples of entangled 2 qubit states as the tensor product of the individual qubit states.
Predavanje održano u okviru Svečane dodele nagrada, diploma i pohvala učenicima osnovnih i srednjih škola za rezultate postignute na takmičenjima iz fizike u 2015/16. godini (21. maj 2016)
Spisak ogleda za učesnike radionice "Trenje - od složene nauke do časa fizike", održane na 34. Republički seminar o nastavni fizike, 12 - 14. maja 2016. na Zlatiboru.
Petnica Science Center is a nonprofit organization founded in 1982 in Serbia that provides extracurricular science education to teenagers and teachers through training courses, camps, and workshops. It has worked with over 50,000 participants and 6,000 lecturers across Serbia, Montenegro, Macedonia, Bosnia and Herzegovina, Croatia, and Slovenia. Petnica uses a non-traditional educational approach without grades, tests, or rigid classes, focusing on an active role for students. It has recently expanded its facilities to include new dormitories, laboratories, and a library to support its educational programs.
This document discusses quantum states using Dirac notation. A 1 qubit state is a superposition of two basis states, a 0 state and 1 state, with coefficients α and β. A 2 qubit state is a superposition of 4 basis states (00, 01, 10, 11) with coefficients α, β, γ, and δ. A 3 qubit state is a superposition of 8 basis states (000, 001, 010, etc.) with coefficients α through κ. It also gives examples of entangled 2 qubit states as the tensor product of the individual qubit states.
Predavanje održano u okviru Svečane dodele nagrada, diploma i pohvala učenicima osnovnih i srednjih škola za rezultate postignute na takmičenjima iz fizike u 2015/16. godini (21. maj 2016)
Spisak ogleda za učesnike radionice "Trenje - od složene nauke do časa fizike", održane na 34. Republički seminar o nastavni fizike, 12 - 14. maja 2016. na Zlatiboru.
