Tahun Akademik:
Gasal 2021/2022
Kelas-Offr:
B-B
Deskripsi:
Matakuliah ini dimaksudkan untuk membekali mahasiswa untuk menguasai konsep-konse esensial Fisika modern, khususnya tentang materi berikut. Theory of Special Relativity: 1. The failure of classical concepts of space and time, 2. Review of classical, physics, 3. The Michelson-Morley experiment, 4. Postulates of special relativity, 5. Consequences of special relativity: length contraction, time dilation, the twins paradox, 6. Theory of special relativity and electrodynamics, 7. Formulation of covariant. General Relativity: 1. Gravity is a warping of space time, 2. Theory of general relativity, 3. Tests of general relativity. The Particle-like Properties of Electromagnetic Radiation: 1. Electromagnetic waves, 2. Blackbody radiation, 3. Photoelectric effect, 4. Quantum theory of light, 5. What is light?, 6. X-rays, 7. X-ray diffraction, 8. Compton effect, 9. Bremsstrahlung and pair production. Wave Properties of Particles: 1. De Broglie’s hypothesis and de Broglie wavelength, 2. Wave and wave equation, 3. The Davisson–Germer experiment: Particle diffraction, 4. Uncertainty relationships for classical waves, 5. Heisenberg uncertainty, 6. Wave packets (phase velocity and group), 7. Probability and randomness. Schrödinger Equation: 1. Wave equation, 2. Schrödinger equation, 3. Schrödinger equation: steady-state form, 4. Particle in a box, 5. Superposition, 6. Expectation values, 7. Operators, 8. Step and barrier potential, 9. Tunneling effect, 10. Simple harmonic oscillator. Atomic Structure: 1. Basic properties of atoms, 2. Line spectra, 3. Bohr model, 4. Franck-Hertz experiment, 5. Correspondence principle. Hydrogen Atom: 1. Deficiencies of the Bohr model, 2. Hydrogen atom wave equations, 3. Hydrogen atom wave functions, 4. Hydrogen atom spectra, 5. Electron probability density, 6. Radiative transitions, 7. Selection rules, 8. Zeeman effect. Implementation and Technology of Theory of Relativity: 1. Communication technology, 2. Navigation, 3. Remote sensing, 4.Cosmology.
Capaian Pembelajaran
Gasal 2021/2022
Kelas-Offr:
B-B
Deskripsi:
Matakuliah ini dimaksudkan untuk membekali mahasiswa untuk menguasai konsep-konse esensial Fisika modern, khususnya tentang materi berikut. Theory of Special Relativity: 1. The failure of classical concepts of space and time, 2. Review of classical, physics, 3. The Michelson-Morley experiment, 4. Postulates of special relativity, 5. Consequences of special relativity: length contraction, time dilation, the twins paradox, 6. Theory of special relativity and electrodynamics, 7. Formulation of covariant. General Relativity: 1. Gravity is a warping of space time, 2. Theory of general relativity, 3. Tests of general relativity. The Particle-like Properties of Electromagnetic Radiation: 1. Electromagnetic waves, 2. Blackbody radiation, 3. Photoelectric effect, 4. Quantum theory of light, 5. What is light?, 6. X-rays, 7. X-ray diffraction, 8. Compton effect, 9. Bremsstrahlung and pair production. Wave Properties of Particles: 1. De Broglie’s hypothesis and de Broglie wavelength, 2. Wave and wave equation, 3. The Davisson–Germer experiment: Particle diffraction, 4. Uncertainty relationships for classical waves, 5. Heisenberg uncertainty, 6. Wave packets (phase velocity and group), 7. Probability and randomness. Schrödinger Equation: 1. Wave equation, 2. Schrödinger equation, 3. Schrödinger equation: steady-state form, 4. Particle in a box, 5. Superposition, 6. Expectation values, 7. Operators, 8. Step and barrier potential, 9. Tunneling effect, 10. Simple harmonic oscillator. Atomic Structure: 1. Basic properties of atoms, 2. Line spectra, 3. Bohr model, 4. Franck-Hertz experiment, 5. Correspondence principle. Hydrogen Atom: 1. Deficiencies of the Bohr model, 2. Hydrogen atom wave equations, 3. Hydrogen atom wave functions, 4. Hydrogen atom spectra, 5. Electron probability density, 6. Radiative transitions, 7. Selection rules, 8. Zeeman effect. Implementation and Technology of Theory of Relativity: 1. Communication technology, 2. Navigation, 3. Remote sensing, 4.Cosmology.
Capaian Pembelajaran
- 1. Menguasai secara komprehensif dan mendalam konsep-konsep fundamental Fisika modern sampai jenjang sarjana
- 2. Memiliki pandangan yang benar tentang problematika fisika, termasuk peranan matematika dalam fisika modern serta berbagai alternatif pemecahannya
- Kenneth Krane. 2012. Modern Physics. INC. 3rd ed, John Willey & Sons, USA.J. Michael Finn. Classical Mechanics, Infinity Sceince Press, Massachuset, 2008
- Arthur Beiser. 2003. Modern Physics Concept. 6th ed. McGraw Hill. USA H.
- Ronald Gautreau & William Savin. 2002. Teori dan Soal-Soal Fisika Modern. Schaum’s Out lines. Jakarta: Penerbit Erlangga
- Dwi Haryoto, Eny Latifah. Modul Fisika Modern. 2009
- Buku-buku teks fisika dasar seperti (1) Randal D. Knight (2016): Physics for scientists and engineers: A strategic approach with modern physics; (2) Serway & Jewett (2013): Physics for scientists and engineers with modern physics; (3) Commings, Laws, & Redish (2004): Understanding Physics, dll
- Teacher: Sunaryono Sunaryono