This chapter introduces some of the basic principles of quantum mechan terjemahan - This chapter introduces some of the basic principles of quantum mechan Bahasa Indonesia Bagaimana mengatakan

This chapter introduces some of the

This chapter introduces some of the basic principles of quantum mechanics.
First, it reviews the experimental results that overthrew the concepts of classical physics.
These experiments led to the conclusion that particles may not have an arbitrary energy and that the classical concepts of ‘particle’ and ‘wave’ blend together.
The overthrow of classical mechanics inspired the formulation of a new set of concepts and led to the formulation of quantum mechanics.
In quantum mechanics, all the properties of a system are expressed in terms of a wave function that is obtained by solving the Schrödinger equation.
We see how to interpret wave functions.
Finally, we introduce some of the techniques of quantum mechanics in terms of operators, and see that they lead to the uncertainty principle, one of the most profound departures from classical mechanics.
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This chapter introduces some of the basic principles of quantum mechanics. First, it reviews the experimental results that overthrew the concepts of classical physics.These experiments led to the conclusion that particles may not have an arbitrary energy and that the classical concepts of ‘particle’ and ‘wave’ blend together. The overthrow of classical mechanics inspired the formulation of a new set of concepts and led to the formulation of quantum mechanics. In quantum mechanics, all the properties of a system are expressed in terms of a wave function that is obtained by solving the Schrödinger equation. We see how to interpret wave functions. Finally, we introduce some of the techniques of quantum mechanics in terms of operators, and see that they lead to the uncertainty principle, one of the most profound departures from classical mechanics.
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Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
Bab ini memperkenalkan beberapa prinsip dasar mekanika kuantum.
Pertama, meninjau hasil eksperimen yang menggulingkan konsep fisika klasik.
Percobaan ini mengarah pada kesimpulan bahwa partikel tidak memiliki energi yang sewenang-wenang dan bahwa konsep klasik 'partikel' dan 'gelombang' berbaur bersama-sama.
Penggulingan mekanika klasik terinspirasi perumusan satu set baru konsep dan menyebabkan perumusan mekanika kuantum.
Dalam mekanika kuantum, semua sifat-sifat suatu sistem yang dinyatakan dalam fungsi gelombang yang diperoleh dengan memecahkan persamaan Schrödinger.
Kita melihat bagaimana menafsirkan fungsi gelombang.
Akhirnya, kami memperkenalkan beberapa teknik mekanika kuantum dalam hal operator, dan melihat bahwa mereka mengarah pada prinsip ketidakpastian, salah satu keberangkatan yang paling mendalam dari mekanika klasik .
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