Канал: Quantum Hardware Systems

E.Hałubek, K.Pomorski, Derivation and implementation of linear and roton qubit by transmission line

E.Hałubek, K.Pomorski, Derivation and implementation of linear and roton qubit by transmission line

Krzysztof Pomorski : Introduction to Eigenvalue and Eigenvector problem implemented in Python

Krzysztof Pomorski : Introduction to Eigenvalue and Eigenvector problem implemented in Python

dr Marcin Ostrowski [ Lodz University of Technology ]Quantum modelling

dr Marcin Ostrowski [ Lodz University of Technology ]Quantum modelling

K.Pomorski, Happy World Quantum Day 2024 statement by Quantum Hardware Systems Company (QHS)

K.Pomorski, Happy World Quantum Day 2024 statement by Quantum Hardware Systems Company (QHS)

Insight From Numbers: How Q-Chemistry Exploits Physics, Math & Computer Science

Insight From Numbers: How Q-Chemistry Exploits Physics, Math & Computer Science

dr Luis Gomez [Nanojunctions]: Fabrication and characterization of Josephson devices

dr Luis Gomez [Nanojunctions]: Fabrication and characterization of Josephson devices

dr P.Wegrzyn [Cracow University of Technology]: Introduction to FPGA programming.

dr P.Wegrzyn [Cracow University of Technology]: Introduction to FPGA programming.

dr Lukasz Stepien: Different skyrme models and their applications

dr Lukasz Stepien: Different skyrme models and their applications

prof. Zoya Eremenko:The excitations of surface plasmon-polaritons in graphene by EM fields

prof. Zoya Eremenko:The excitations of surface plasmon-polaritons in graphene by EM fields

dr M.Giebultowski [AGH+UITM]: Thermal fluctuations in high-temperature superconductors

dr M.Giebultowski [AGH+UITM]: Thermal fluctuations in high-temperature superconductors

dr A.Molenda [Quantum Hardware Systems]: Chiral properties of graphene h-BN hybrid systems

dr A.Molenda [Quantum Hardware Systems]: Chiral properties of graphene h-BN hybrid systems

professor Samet Tonyali [ Gumushane University ]: Password Manager Post-Quantum Era

professor Samet Tonyali [ Gumushane University ]: Password Manager Post-Quantum Era

dr M.Sopek [Quantum Blockchains]: Protecting blockchains from quantum threats

dr M.Sopek [Quantum Blockchains]: Protecting blockchains from quantum threats

dr A.Kadlecova: Influence of coupling asymmetry on 0-Pi q-phase transiton in superconducting q-dots

dr A.Kadlecova: Influence of coupling asymmetry on 0-Pi q-phase transiton in superconducting q-dots

K.Norowski [Polish Academy of Science]: The fastest thermometer in the nanoworld

K.Norowski [Polish Academy of Science]: The fastest thermometer in the nanoworld

prof. Marek Danielewski, Quaternionic Description of Quantum Mechanics (opening talk of QHSS2023)

prof. Marek Danielewski, Quaternionic Description of Quantum Mechanics (opening talk of QHSS2023)

dr Łukasz Stępień [ Pedagogical University of Cracow]: Równania solitonowe w Mapple

dr Łukasz Stępień [ Pedagogical University of Cracow]: Równania solitonowe w Mapple

dr Lukasz Stepien [ Pedagogical University of Cracow ]: Wprowdzenie do programu Mapple (I)

dr Lukasz Stepien [ Pedagogical University of Cracow ]: Wprowdzenie do programu Mapple (I)

Mikolaj Zlotkowski [AGH WEiP]: Twierdzenie Poyntinga: Ciekawostki i Zastosowania

Mikolaj Zlotkowski [AGH WEiP]: Twierdzenie Poyntinga: Ciekawostki i Zastosowania

D.Kotula [Quantum Hardware Systems]: Wprowadzenie do kubtów, stanów splątanych i QISKIT

D.Kotula [Quantum Hardware Systems]: Wprowadzenie do kubtów, stanów splątanych i QISKIT

M.Guziewicz : Semiconductor Technology at Lukasiewicz-IMIF: from classical to quantum devices

M.Guziewicz : Semiconductor Technology at Lukasiewicz-IMIF: from classical to quantum devices

T.Novotny : Theoretical approaches to correlated quantum dots coupled to superconducting leads

T.Novotny : Theoretical approaches to correlated quantum dots coupled to superconducting leads

A.Delamoreanu [Oxford Instruments,]: Proteox Dilution Refrigerator for Quantum Technologies

A.Delamoreanu [Oxford Instruments,]: Proteox Dilution Refrigerator for Quantum Technologies

C.Fourie [Workshop on Class-Q SC Tech]: Compact circuit models for densely coupled superconductors

C.Fourie [Workshop on Class-Q SC Tech]: Compact circuit models for densely coupled superconductors

mgr inż.Mikolaj Zlotkowski [AGH,Wydział Energetyki i Paliw:Zjawiska Elektromagnetyczne w Technice2

mgr inż.Mikolaj Zlotkowski [AGH,Wydział Energetyki i Paliw:Zjawiska Elektromagnetyczne w Technice2

mgr inż. Mikolaj Zlotkowski [AGH,Wydział Energetyki i Paliw]:Zjawiska Elektromagnetyczne wTechnice 1

mgr inż. Mikolaj Zlotkowski [AGH,Wydział Energetyki i Paliw]:Zjawiska Elektromagnetyczne wTechnice 1

mgr inż. Dariusz Kotula [Politechnika Krakowska]: Klasyczna i kwantowa Gra w życie

mgr inż. Dariusz Kotula [Politechnika Krakowska]: Klasyczna i kwantowa Gra w życie

Dariusz Kotula [ Politechnika Krakowska ]: Zasady termodynamiki (in Polish)

Dariusz Kotula [ Politechnika Krakowska ]: Zasady termodynamiki (in Polish)

Kh.Gnatenko [ Workshop on Class-Quant SC Tech]: Studies of graph properties on a quantum computer

Kh.Gnatenko [ Workshop on Class-Quant SC Tech]: Studies of graph properties on a quantum computer

O.Yermakov Advanced fiber in-coupling through nanoprinted axially symmetric structures

O.Yermakov Advanced fiber in-coupling through nanoprinted axially symmetric structures

S.Klimin [Tech, Cracow 2023]:Collective excitations of superconductors and charged Fermi superfluids

S.Klimin [Tech, Cracow 2023]:Collective excitations of superconductors and charged Fermi superfluids

K.Pomorski(BIP Smart Grids Erasmus programme) [Cracow University of Technology]

K.Pomorski(BIP Smart Grids Erasmus programme) [Cracow University of Technology]

Dariusz Kotula [CUT], Wprowadzenie do klasycznego i kwantowego oscylatora harmonicznego

Dariusz Kotula [CUT], Wprowadzenie do klasycznego i kwantowego oscylatora harmonicznego

D.Kotula, K.Pomorski, Thermodynamics of Stochastic Conway Game of Life

D.Kotula, K.Pomorski, Thermodynamics of Stochastic Conway Game of Life

Thermoelectric transport through strongly correlated quantum-dot based hybrid devices

Thermoelectric transport through strongly correlated quantum-dot based hybrid devices

Dariusz Kotula [Cracow University of Technology]: Disequilibrium I-Stochastic Processes

Dariusz Kotula [Cracow University of Technology]: Disequilibrium I-Stochastic Processes

D.Kotula, Faculty of Computer Science and Telecommunications], Introduction to fluctuation theory

D.Kotula, Faculty of Computer Science and Telecommunications], Introduction to fluctuation theory

B.Stojewski. Relaxation algorithm in description of superconducting structures

B.Stojewski. Relaxation algorithm in description of superconducting structures

Dariusz Kotula [Cracow University of Technology], Ideal gas ensembles

Dariusz Kotula [Cracow University of Technology], Ideal gas ensembles

Dariusz Kotula [ Cracow University of Technology ], Statistical Equilibrium Ensembles

Dariusz Kotula [ Cracow University of Technology ], Statistical Equilibrium Ensembles

Dariusz Kotula [Cracow University of Technology], Introduction to thermodynamics (part 2)

Dariusz Kotula [Cracow University of Technology], Introduction to thermodynamics (part 2)

Dariusz Kotula [Cracow University of Technology], Wprowadzenie do fizyki statystycznej

Dariusz Kotula [Cracow University of Technology], Wprowadzenie do fizyki statystycznej

Dariusz Kotula [Cracow University of Technology], Introduction to thermodynamics (part 1)

Dariusz Kotula [Cracow University of Technology], Introduction to thermodynamics (part 1)

Dariusz Kotula, Basic mathematical concepts from probability and information theory (part 1)

Dariusz Kotula, Basic mathematical concepts from probability and information theory (part 1)

Ilan Roth (Berkeley), Terrestrial Aurora: Laboratory for plasma processes in Space/Astrophysics

Ilan Roth (Berkeley), Terrestrial Aurora: Laboratory for plasma processes in Space/Astrophysics

Bartosz.Stojewski-"Implementation of relaxation method in solutions of Ginzburg-Landau equation"

Bartosz.Stojewski-"Implementation of relaxation method in solutions of Ginzburg-Landau equation"

Krzysztof Pomorski, Introduction to C++, Lecture 2

Krzysztof Pomorski, Introduction to C++, Lecture 2

Krzysztof Pomorski, Introduction to C++, Lecture 1

Krzysztof Pomorski, Introduction to C++, Lecture 1

K.Pomorski [APS 2022 March Meeting, Session Y38.13]: Semiconductor-Superconductor Quantum Hardware

K.Pomorski [APS 2022 March Meeting, Session Y38.13]: Semiconductor-Superconductor Quantum Hardware

J.Mojsiejuk [HyperComplex Seminar 2021], CMTJ-A simulation tool for multilayer spintronic devices

J.Mojsiejuk [HyperComplex Seminar 2021], CMTJ-A simulation tool for multilayer spintronic devices

Oleh Yermakov[HyperComplex Seminar 2021], Mathematical approaches and structures in photonic systems

Oleh Yermakov[HyperComplex Seminar 2021], Mathematical approaches and structures in photonic systems

M.Belogolovskii [HyperComplex Seminar 2021], Multilayered Josephson junctions for quantum sensing

M.Belogolovskii [HyperComplex Seminar 2021], Multilayered Josephson junctions for quantum sensing

A.Paszkiewicz [HyperComplex Seminar 2021], Linear combinations of projections in von Neumann factors

A.Paszkiewicz [HyperComplex Seminar 2021], Linear combinations of projections in von Neumann factors

Dariusz Kotula [Shanghai AI lectures 2021], Stochastic Conway game of life

Dariusz Kotula [Shanghai AI lectures 2021], Stochastic Conway game of life

L.Pluszynski [Shanghai AI lectures 2021],Stigmergy-the emergent coordination through the environment

L.Pluszynski [Shanghai AI lectures 2021],Stigmergy-the emergent coordination through the environment

Catherine Pepin [HyperComplex Seminar 2021], Charge order and strange metals in cuprates

Catherine Pepin [HyperComplex Seminar 2021], Charge order and strange metals in cuprates

S.Klimin [HyperComplex Seminar 2021]: Collective excitations in superfluids at nonzero temperatures

S.Klimin [HyperComplex Seminar 2021]: Collective excitations in superfluids at nonzero temperatures

Zhidong Zhang [HyperComplex Seminar 2021]: Exact solution of ferromagnetic 3D Ising model

Zhidong Zhang [HyperComplex Seminar 2021]: Exact solution of ferromagnetic 3D Ising model

Khrystyna Gnatenko [HyperComplex Seminar 2021]:Spin system study by Q-Computer

Khrystyna Gnatenko [HyperComplex Seminar 2021]:Spin system study by Q-Computer

Krzysztof Pomorski, "From Classical Sensing and Computationto Q-Computation and Q-AI".

Krzysztof Pomorski, "From Classical Sensing and Computationto Q-Computation and Q-AI".

Lukasz Pluszynski, Short introduction to Quantum Mechanics [ Part 1]

Lukasz Pluszynski, Short introduction to Quantum Mechanics [ Part 1]

M.Giebultowski, Experimental high-Tc superconductors study and information processing technologies.

M.Giebultowski, Experimental high-Tc superconductors study and information processing technologies.

K.Pomorski, Fundamental description of Wannier qubits (Arxiv:2103.05869)

K.Pomorski, Fundamental description of Wannier qubits (Arxiv:2103.05869)

P.Koperski, Quantum vs. classical entanglement, Part 1 (in Polish, Arxiv:1909.00267)

P.Koperski, Quantum vs. classical entanglement, Part 1 (in Polish, Arxiv:1909.00267)

K.Pomorski, Derivation of epidemic model from tight-binding model

K.Pomorski, Derivation of epidemic model from tight-binding model

K.Pomorski, 'From epidemic model to quantum mechanics and q-AI'

K.Pomorski, 'From epidemic model to quantum mechanics and q-AI'

The universe in helium droplet - review of Volovik book (part 2)

The universe in helium droplet - review of Volovik book (part 2)

The universe in helium droplet - review of Volovik book (part 1)

The universe in helium droplet - review of Volovik book (part 1)

Machine Learning in Cryogenics with the example of data analysis of phase transitions

Machine Learning in Cryogenics with the example of data analysis of phase transitions

Non-invasive measurement of moving charge by various topologiesof position-based semiconductor qubit

Non-invasive measurement of moving charge by various topologiesof position-based semiconductor qubit

Decoherence effects in position-based qubit due to qubit-qubit electrostatic interaction

Decoherence effects in position-based qubit due to qubit-qubit electrostatic interaction

Quantum communication and gates between position based qubits (Part II) by dr K.Pomorski

Quantum communication and gates between position based qubits (Part II) by dr K.Pomorski

Quantum communication between position based qubits (Part I) by dr K.Pomorski

Quantum communication between position based qubits (Part I) by dr K.Pomorski

Semiconductor qubits and hybrid semiconductor-superconductor quantum computer (Part 2)by dr Pomorski

Semiconductor qubits and hybrid semiconductor-superconductor quantum computer (Part 2)by dr Pomorski

Semiconductor qubits and hybrid semiconductor-superconductor quantum computer (Part 1)by dr Pomorski

Semiconductor qubits and hybrid semiconductor-superconductor quantum computer (Part 1)by dr Pomorski

Superconducting qubits and single Cooper-pair box as a charge qubit (Part II)

Superconducting qubits and single Cooper-pair box as a charge qubit (Part II)

Introduction to superconducting qubits (Part 1)

Introduction to superconducting qubits (Part 1)