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The Fourth Poznań Symposium on

"Quantum Technologies, Nonlinear Optics,

Magnonics, and Metamaterials"

(QuTecNOMM 2018)

November 28th (Wednesday) - December 6th (Thursday), 2018,
at the Physics Faculty, Adam Mickiewicz University (UAM), Poznań, Poland

organized by

the Nonlinear Optics Division and the Nanomaterials Physics Division of UAM

This Symposium Commemorates Prof. Stanisław Kielich (1925-1993)

Prof. Stanisław Kielich and Prof. Arkadiusz Piekara

(see brief biographies in Polish  and English )

Two groups from the Faculty of Physics at AMU: the Nanomaterials Physics Division and the Nonlinear Optics Division are organizing the joined sessions about:

• Quantum Technologies (sessions I-V on Nov. 28),
• Nonlinear Optics (session VI on Dec. 5),
• Plasmonics Photonics (session VII on Dec. 5),
  and
  Magnonics and Metamaterials including:
• Magnonic Crystals and Quasicrystals (session VIII on Dec 5),
• Phononics and Magneto-elastic Interactions (session IX on Dec 5),
• Skyrmions (session IX on Dec 6),
• Phase-sensitive Effects in Magnonics (session X on Dec 6),
• Magnonic Systems under External Bias (session XII on Dec 6),
• Magnetic Systems - Fabrication (session XIII on Dec 6).

Research Topics of the Workshop

In the area of quantum technologies, the workshop covers the following topics:

• quantum information processing
• cavity QED
• circuit QED
• microwave photonics
• quantum cryptography
• quantum machine learning
• quantum nonlinear optics
• plasmonics and photonics
• ultrastrong-coupling of light and matter
• quantum dissipative engineering
• quantum entanglement

In the area of magnonics and metamaterials, we are mainly interested in:

• spin waves in confined geometries and (quasi)periodic structures
• magnetization switching in the systems with shape anisotropy
• stabilization and dynamics in magnetic textures, domain structures, skyrmions, curvilinear magnetic structures
• phononics and magneto-elastic interactions
• phase-sensitive effect in magonics
• magnonic metamaterials and magnetic multilayers
• micromagnetic simulations
• experimental techniques for characterization of magnetic structures and for measurements of magnetization dynamics

We are also interested in the contributions from other subjects connected to quantum technologies, magnetism, plasmonics and photonics.

The talks of doctors and professors are scheduled for 20 min., while those of Ph.D. students will be for 15 min.

Speakers of the Memorial Session (December 5)

• Ryszard Tanaś (Poznań): Memories of Prof. Stanisław Kielich
• Natalia Kielich-Buchowska (Poznań): Memories of Prof. Stanisław Kielich (invited talk)

Speakers of the Sessions on Quantum Technologies (Nov 28)
and Nonlinear Optics (Dec 5)

PROGRAMME 

1. Shilan Ismael Abo (Poznań): Photon-phonon blockades
2. Ievgen Arkhipov (Olomouc) Revealing nonclassicality of Gaussian states of light
3. Karol Bartkiewicz (Poznań): Measuring distance between points in Hilbert space with photons
4. Antonin Černoch (Olomouc): Beam-splitting tricks (invited talk)
5. Grzegorz Chimczak (Poznań): Four-level diamond-type atom as a field-field coupler
6. Izabela Domagalska (Zielona Góra): Influence of a charge asymmetry of cores on the physical state of the positively charged molecule ion
7. Waldemar Głaz (Poznań): Ab initio vs model extended techniques of computing linear and nonlinear collisional polarizabilities in H₂-H supermolecules.
8. Andrzej Grudka (Poznań): Time travel and the Second Law of Thermodynamics
9. Krzysztof Grygiel (Poznań): Anomalous rotational diffusion in electric fields
10. Kateřina Jiráková (Olomouc): Experimental counterfeiting of quantum money
11. Joanna Kalaga (Zielona Góra): Generation of squeezed states in a quantum-chaotic system (invited talk)
12. Marcin Karczewski (Poznań): Monogamy of Particle Statistics in Tripartite Systems Simulating Bosons and Fermions
13. Anna Kowalewska-Kudłaszyk (Poznań): Photon blockade via squeezing
14. Paweł Kurzyński (Poznań): Evolution of negative probability distributions
15. Zakarya Lasmar (Poznań): On composite behaviour of complex quantum systems: sometimes entanglement needs to be backed by interaction
16. Karel Lemr (Olomouc): Diagnosing quantum relays by means of collective entanglement witnesses (invited talk)
17. Wiesław Leoński (Zielona Góra): Quantum steering in a system of three qubits – some remarks and findings (keynote talk)
18. Adam Miranowicz (Poznań): Deterministic quantum nonlinear optics without photons
19. Mateusz Nowotarski (Zielona Góra): Entanglement properties of highly symmetric qudit states
20. Małgorzata Paprzycka (Poznań): Raman spectroscopy in the investigation of proteins
21. Jan Peřina, Jr. (Olomouc): Auto-ionization in the presence of a neighbor atom (keynote talk)
22. Jan Soubusta (Olomouc): Experimental testing of three-qubit nonlocality (invited speaker)
23. Vishal Vashistha (Poznań): Light channeling, bending and splitting via local modification of interfaces of a photonic-crystal slab
24. Maciej Wiesner (Poznań): Can surface plasmons break symmetry in topological insulators and graphene? (invited talk)
25. Ryszard Tanaś (Poznań): Violation of monogamy relations for negativity in a three-atom system (keynote talk)
26. Vasily V. Temnov (Le Mans): Nonlinear magneto-plasmonics and Wood’s anomaly probed by magnetic second-harmonic generation (keynote talk)
27. Vojtěch Trávníček (Olomouc): Experimental measurement of nonlinear entanglement witness by hyper-entangling two-qubit states

Speakers of the Sessions on Magnonics and Metamaterials (December 5-6)

PROGRAMME

1. Nandan Babu Kuttath Padi (Poznań): Magnons and phonons in CoFeB/Au multilayer structures
2. Grzegorz Centała (Poznań): The effect of spin wave pinning on FMR frequency in periodic structures
3. Gabriel D. Chaves-O'Flynn (Poznań): Thermal Stability of Soft Ferromagnetic Nanorings
4. Emerson Coy (Poznań): High temperature magneto dielectric thin films with low magnetic damping (invited talk)
5. Hubert Głowiński (Poznań): Magnetization damping in polycrystalline CoFe films
6. Piotr Graczyk (Poznań): Electric-field-driven enhancement of magnetization dynamics in magnetoelectric heterostructures (invited talk)
7. Joachim Graefe (Stuttgart): Nanomagnetism in the X-Ray Spotlight (invited talk)
8. Batłomiej Graczykowski (Poznań): Elastic properties of few nanometers thick membranes (invited talk)
9. Paweł Gruszecki (Poznań): Reflection of spin wave beams
10. Konstanin V. Guslienko (San Sebastian): Magnetic skyrmion stability and dynamics (keynote talk)
11. Jarosław Kłos (Poznań): Hartman effect for spin waves in exchange regime
12. Dominika Kuźma (Kraków): Modeling of configuration switching in systems of macrospins
13. Tadeusz Lulek (Rzeszów): A three-magnon qubit: an example of Galois symmetry of Bethe pseudoparticles (invited talk)
14. Filip Lisiecki (Poznań): Reprogrammability and scalability of magnonic Fibonacci quasicrystals (invited talk)
15. Igor L. Lyubchanskii (Donetsk): Goos-Haenchen effect at Brillouin light scattering (keynote talk)
16. Szymon Mieszczak (Poznań): On-demand magnonic crystal induced by an optical interference pattern
17. Justyna Rychły (Poznań): Theoretical studies of spin wave dynamics in planar magnonic quasicrystals
18. Paweł Sobieszczyk (Kraków): Magnetization reversal mechanisms in nanopatterned thin films with perpendicular magnetic anisotropy
19. Krzysztof Szulc (Poznań): Magnetization reversal in the array of nanobars
20. Żaneta Świątkowska-Warkocka (Kraków): Laser synthesis of composite magnetic particles
21. Aleksandra Trzaskowska (Poznań): Periodic nanostructures investigated using BLS (invited talk)
22. Miłosz Zdunek (Poznań): Investigation of magnons and phonons by BLS in bilayer substituted YIG samples
23. Mateusz Zelent (Poznań): Controlled motion of skyrmions in magnonic antidot lattices
24. Piotr Zieliński (Kraków): Is a discontinuous phase transition of second order possible in magnetic systems? (keynote talk)

POSTERS

General Information about the Workshop

Conference language: English

Main organizers: Krzysztof Grygiel, Jarosław Kłos, Maciej Krawczyk, and Adam Miranowicz

Organizing Committee: Karol Bartkiewicz, Grzegorz Chimczak, Anna Kowalewska-Kudłaszyk.

Contact: If you would like to participate in the symposium please send an email to Adam Miranowicz at miran(at)amu.edu.pl 

How to get to the workshop venue 

Faculty of Physics of Adam Mickiewicz University - the workshop venue

#1 DOJAZD Z DWORCA GŁÓWNEGO PKP NA WYDZIAŁ FIZYKI

Trzeba przejść pod peronami na Dworzec Zachodni i pojechać dowolnym szybkim tramwajem "PST" (tj. PeSTka nr 12 lub 14) w kierunku Dworca Sobieskiego.

Najlepiej dojechać tramwajem do samego końca, tj. do Dworca Sobieskiego (ok. 15 min.). Następnie pieszo przez strzeżony przejazd kolejowy wzdłuż trasy rowerowej na Wydział Fizyki (ok. 10 min.).

Można też wysiąść z tramwaju na ul. Szymanowskiego i przesiąść się na autobus nr 98, z którego należy wysiąść na przystanku o nazwie "Kampus UAM Morasko".

#2 DOJŚCIE Z DWORCA GŁÓWNEGO PKP DO DS "JOWITA"

DS "Jowita" - znacznik niebieski, Hotel Sheraton - znacznik różowy, Hotel Merkury - znacznik zielony.

#3 DOJAZD Z DS "JOWITA" NA WYDZIAŁ FIZYKI

Najprościej dojechać do Dworca Sobieskiego tramwajem nr 15 z przystanku na Rondzie Kaponiera lub z przystanku na przeciwko hotelu Sheraton (w odległości ok. 50m od "Jowity"). Można też dojechać tramwajami nr 12 lub 14 z przystanku pod Rondem Kaponiera. A z Dworca Sobieskiego można dojść na Wydział Fizyki jak opisano w punkcie #1. Bilet tramwajowy kosztuje 2,80 zł.

Email to: Adam Miranowicz