Quantum Hardware Systems

K.Pomorski [QHS]: Second quantization for High Schools & undergraduate students

Raman Pandey[UNM]:Introduction to FPGA & Galton board case

F.Buchicic[26 LO, Lodz]:Zasada zachowania energii i pedu (dla Szkol Podstawowych)

Filip Buchcic [Lecture for Elementary School]: O pojeciu sily ... [in Polish]

W.Nowakowski [TUL+QHS]: Linia dluga jako klucz do emulacji kwantowych

Astronauta Sławosz Uznański-Wiśniewski na Kole Naukowym PEMSSA

W.Nowakowski [TUL+QHS+PEMSSA]: Układ RLC i opis dzialajacego radia ...

M.Dolecki[TUL+QHS]:O podstawowych elementach elektronicznych

W.Nowakowski, K.P: [TUL+UNM+QHS]:Quaternionic description of single-electron devices

D.Khadka [UNM]: Intro to superconducting single photon detection

A.Michalak [QHS], Numeryczne metody obliczania funkcji falowej w geometrii rotonu

A.Michalak[QHS]:On simple experiments.. [L3:QHS High School Lecture](in Polish)

A.Michalak[QHS]:On closed orbits (2) [L1:QHS High School Lecture ](in Polish)

M.Dolecki [QHS+TUL]: About RLC systems..[L2:QHS High School Lecture ](in Polish)

A.Michalak[QHS]: On closed orbits ... [L1: QHS High School Lecture ](in Polish)

K.Pomorski [QHS]: Introduction to Ginzburg-Landau theory

K.Pomorski [QHS]: Introduction to BCS theory

K.Pomorski [QHS]:Concept of washboard potential in Josephson junction

L.Radoslaw [QHS]: Simulating the behaviour of Josephson junctions with WRSpice & Python

A.Michalak [QHS]: Calculation of the wave function and energy levels in Kron's model

K.Pomorski [QHS]: Essence of superconducting and superfluid Josephson effect

K.Pomorski:Towards Quantum Neural Network implementation in semiconductor single-electron devices

K.Pomorski [QHS]- Phenomenological introduction to superconductivity.

T.Piskiner: Introducing Moku-A modern approach to test and measurement

M.Giebultowski, Comparison of Ni and Co doping to Tl-2223 superconductor

S.Klimin: Analytical method for polarons with a quadratic interaction in a non-parabolic band

N.Yoshikawa: Ultra-energy-efficient superconductive logic in classical and quantum applications

Krzysztof Pomorski [QHS+SGGW]:Electrostatically Interacting Wannier Qubits in Curved Space

K.Pomorski [QHS+SGGW]: Strategy of integrated classical-quantum chips development in Poland