(in Polish) Quantum Information Theory 360-MF2-2QITa

Course profile: academic

Field of science: natural science; discipline: mathematics

Second cycle

Year of study 2; semester 2

Lecture: 30 hours; Problem class: 30 hours

ECTS credits: 5

Verification methods: lectures, homework exercises, group discussion, presentations, self-studying literature.

Student workload:
attending lectures 30hours
attending problem classes 30hours
homework exercises 15x 2hours = 30hours
class preparation and notes 15x 0.5hours = 7.5 hours
consultations ~5x 0.5hours = 2.5 hours
examination preparation 7hours

Type of course

elective courses

Mode

Blended learning

Prerequisites (description)

Students are required to have strong background in Linear Algebra and some knowledge of basic Functional Analysis. A course in Graph Theory may be helpful, but is not essential.

Course coordinators

Andrew McKee

Learning outcomes

KA7_UW02 abstract mathematical reasoning ability

KA7_UW09 can use methods of functional analysis

KA7_UW15 recognises mathematical structure in physical theories

KA7_UK05 English proficiency

KA7_UU02 can search mathematical literature for information, including in English

KA7_WG06 understands relationship of the topic to other fields

Assessment criteria

Grading

Additional information

Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system:

Description of 360-MF2-2QITa in USOSweb