Sisältöhaku

_Join Zoom Meeting https://oulu.zoom.us/j/65535946367 _ _ _ _Tiedätkö, miten sellainen ajattelu sai alkunsa, mitä me kutsumme tieteelliseksi?! Entä mitä oli ennen sitä – pelkkää taikauskoako?! Tällä kurssilla opit hahmottamaan opillisen ajattelun päälinjat antiikista 1800-luvulle. Varaudu kyseenalaistamaan koulussa opittuja ”itsestäänselvyyksiä”, ja sisäistämään ymmärryksen siitä, miten tietämisen tavat ja tavoitteet ovat aikojen kuluessa muuttuneet. Samalla opit, mitä muita keskeisiä aatteel...

700125P-3003

LEARNING OUTCOMES The course continues the development of the quantum mechanical frame-of-mind. By the end of the course, students will be able to proficiently apply the operator formalism to analyze quantum phenomena, including entanglement, measurements, and angular momentum. The course will also equip students with the skills to explore particle interactions using scattering theory. Additionally, students will master advanced approximation techniques, such as perturbation theory, to study ...

763313A-3004

Opintojakson kuvaus / Course information ACA IN FINNISH:[TBC] ARKKITEHTUURIN SYVENTYMISKURSSI, 5-15 OP ACA IN ENGLISH, [TBC] ADVANCED COURSE IN ARCHITECTURE, 5-15 ECTS CR RA IN FINNISH,450552S ARKKITEHTUURIN TUTKIMUS, 5-10 OP RA IN ENGLISH,450552S RESEARCH IN ARCHITECTURE, 5-10 ECTS CR Osaamistavoitteet / Learning outcomes: ACA:In the course the student will immerse oneself in one of the topics in the fields of building design or urban planning and design in a way, which brings novel and deep...

450552S-3014

LEARNING OUTCOMES The course continues the development of the quantum mechanical frame-of-mind. By the end of the course, students will be able to proficiently apply the operator formalism to analyze quantum phenomena, including entanglement, measurements, and angular momentum. The course will also equip students with the skills to explore particle interactions using scattering theory. Additionally, students will master advanced approximation techniques, such as perturbation theory, to study ...

763613S-3005

Course continues the development of the quantum mechanical frame-of-mind. After the course, the student can solve different physical eigenvalue problems by using matrices, can calculate the quantum numbers of the system, and can estimate the effect of a perturbation. The student can also solve problems that arise in low-energy scattering. Additionally, the course gives an introduction to modern quantum mechanical topics such as entanglement and quantum measurements.

763313A:1

TM00DU20-3001

COURSE DESCRIPTION Organizational change arises out of technological, societal, or economic changes. As each of these systems becomes more volatile, uncertain, complex, or ambiguous (VUCA), there are both more reasons organizations must change and more urgency in making these changes effectively. As a result, the study of change and innovation is widely recognized as an important topic in many areas of study ranging from Implementation of Artificial Intelligence or other technologies, to Huma...

550010J

Groups, Rings, Fields Construction of higher level Galois Fields, Factoring Linear and Cyclic Codes Non binary BCH, Reed Solomon (RS) Codes and Decoding with Berlekamp Massey (BM) Algorithm Convolutional codes – Viterbi and Sequential decoding Introduction to Coded Modulation, Trellis Coded Modulation (TCM) Turbo Codes: BCJR Algorithm, Extrinsic Information, EXIT Chart Soft-input Soft-output (SISO) Decoding, Serial and Parallel concatenated codes, Application in 3G and 4G systems LDPC Codes: ...

521391S:1