Technical Requirements for Posters
Technical Requirements for Posters
The poster size can be up to A0 portrait (vertical) orientation, printed on paper, the materials to pin the poster to the boards will be provided by organizers. The posters may be attached during the lunchtime or coffee break on the day of your poster session.
Posters By Day
Posters by Day
First Session (July 16, 4:45 pm)
  • Natalia Abrikosova: Investigations of nanoparticle-cell interactions for development of the biocompatible medical sensors
  • Marsel Arifullin: Pulse phase manipulations with high spin ions for quantum computing without magnetic fields
  • Alexis Askitopoulos: Spontaneous emergence and tuning of phase coherence revivals within a quantum fluid
  • Grigory Astretsov: Phase diagram of High-Tc cuprates calculated within a multi-scale scheme with controllable approximations
  • Danila Babukhin: Nondestructive classification of quantum states using an algorithmic quantum computer
  • Yevgeny Bar Lev: Emergent locality in long-range interacting systems
  • Marina Bastrakova: Quantum algorithms and optimal control of superconducting qubits using single flux quantum pulses
  • Dmitrii Beloborodov: Optimizing annealer hyperparameters with reinforcement learning
  • Vasilii Belykh: Electron spin dynamics as a probe for quantum motional phenomena
  • Aleksandr Berezutskii: Machine learning spin-model criticality without hidden neural-network layers
  • Ilya Besedin: Collective modes in chains of transmon qubits
  • Jonathan Bodey: Flexible quantum control of a single spin qubit
  • Stepan Bolshedvorskii: On investigation as grown NV centers in delta doped layers in diamond
  • Anton Bozhedarov: Benchmarking Skoltech's Deep Tensor Engine on Noisy Quantum Circuits
  • Anton Bozhedarov: Quantum process tomography with guaranteed precision
  • Manuel Brekenfeld: Single Atoms in Crossed Fiber Cavities
  • Anna Bychek: Chaotic regime in the three-site Bose-Hubbard model
  • Tim Byrnes: Entanglement based quantum clock synchronization
  • Manish Chaudhary: Split-squeezed Bose-Einstein condensates and applications
  • Vikas Chauhan: Efficient Storage of Terahertz Frequency Signals in Ultracold Rb Rydberg Atomic Medium by Using Electromagnetically Induced Transparency
  • Christian Dangel: Decoherence Dynamics of Electron Spins in an Optically Active Quantum Dot
  • Joel Davidsson: High-throughput identi cation of point defects in SiC
  • Alina Dobronosova: High-coherent 2D-transmons with over-50us coherence and circuit QED: design, fabrication and characterization
  • Tena Dubcek: Weyl orbits without an external magnetic field
  • Ivan Dudinets: Non-adiabatic corrections to the topological charge pumping
  • Elena Egorova: Analog Ising chain simulation with transmons
  • Leonid Fedichkin: Detecting quantum transport speedup with neural networks
  • Aleksey Fedorov: Characterizing quantum systems with machine learning
  • Maksim Gavreev: Ping-pong authentication protocol for quantum key distribution
  • Richard Gebauer: Quantum feedback with superconducting qubits using a custom FPGA-based platform
  • Artem Golovizin: Blackbody-radiation-insensitive clock transition in neutral Tm
  • Alexander Gorodnitskiy: Stabilization of semiconductor laser diode by LiNbO3 whispering gallery mode microresonator
  • Nikolay Ilyin: Adiabatic theorem for closed quantum systems at finite temperatures
  • Viktor Ivády: Physics of NV ensembles at the ground state level anti-crossing
  • Kirill Kalinin: Networks of non-equilibrium condensates for simulation of spin Hamiltonians
  • Andrey Kardashin: Gradient Based Variational Quantum Simulation with Tensor Network Ansatz States
  • Vladimir Khlebnikov: Loss Spectrum of Cold Polarized Thulium Atoms in Optical Dipole Trap at Low Magnetic Fields.
  • Valerii Kozin: Time crystal dynamics from a static Hamiltonian
  • Yury Krivosenko: Midgap edge states in polaritonic graphene with zero average magnetic field
  • Dmitry Kronberg: Pseudorandom basis choice in quantum cryptography on symmetric coherent states
  • Viktor Krutianskii: Trapped ion based node for long distance quantum network
  • Ion Krutov: Optimized silicon-nitride Y-branch splitter and grating coupler elements
  • Denis Kryuchkov: Ultra-stable silicon cavities for fundamental researches and applications
  • Andrei Kudriashov: Superconducting domains in thin YBCO films at room temperature
  • Nadezhda Kukharchyk: Coherence and thermal effects in Erbium doped Y2SiO5 and LiYF4 crystals at sub-Kelvin temperatures
  • Anatoly Kulikov: Measuring Effective Temperatures of Qubits Using Correlations
  • Nilanjan Kundu: Two Component Bose Einstein Condensation in Time Crystal
  • Yana Lyakhova: Spin-Fermion Model as a quantization of Restricted Boltzmann Machine
  • Oleg Lychkovskiy: Non-diagonal problem Hamiltonian for adiabatic quantum computation
  • Prosenjit Majumder: Single Potassium Atom Trapping in a Optical Tweezer.
  • Svetlana Malinovskaya: Control of entanglement in spin states of Rydberg atoms
  • Aleksei Malyshev: Interactive information reconciliation protocol based on polar codes for quantum key distribution
  • Alisa Manukhova: Pulsed hybrid atomic-optomechanical QND gate enabled by squeezed light
  • Matteo Marinelli: Repeated multi-qubit readout and feedback with a mixed-species trapped-ion register
  • Anton Markov: Quantum Hall effect in a correlated system at finite temperature
  • Liubov Markovich: MARS algorithm for the Ising ground state searching problem
  • Naeimeh Mohseni: Deterministic generation of hybrid high-N00N states with Rydberg atoms trapped in microwave cavities
  • Mauricio Morales: Quantum Supremacy Lower Bounds by Entanglement Scaling
  • Marek Narozniak: Adiabatic quantum computing with qubit ensembles
  • Anastasiya Nikolayeva: Quantum soft filtering and security analysis of the coherent one-way protocol for quantum key distribution
  • Dmitrii Pashin: Quantum behavior of a qubit coupled to a Josephson oscillator in a resonator
  • Jaroslaw Pawlowski: Valley two-qubit system in a gated MoS2-monolayer double quantum dot
  • Elias Peraticos: Enhanced hysteresis and resistance overshooting in the quantum Hall regime
  • Mikhail Petrov: Spin-polarization and spin-alignment noise in cesium vapors
  • Anastasiya Pishchimova: Sub100nm Josephson junctions for high coherence superconducting qubits
  • Damian Pitalua Garcia: Practical quantum tokens without quantum memories
  • Krzysztof Pomorski: Unified description of single electron semiconductor devices and Josephson junction devices in the direction of implementation hybrid semiconductor-superconductor quantum computer
  • Alexey Pyrkov: Nontrivial solitonic attractors of the complex Ginzburg-Landau equation: application to associative memory
  • Sadegh Raeisi: Cyclic Optimal Algorithmic cooling
  • Elena Redchenko: Periodically Pulsed Quantum Light from a Superconducting Qubit Ensemble
  • Olga Rubinas: NV-centers in HPHT diamonds for applying as quantum magnetic field sensorsIlya Semerikov: Current status of the transportable optical clock on a single 171Yb+ ion (YBIS project)
  • Alexandra Sheremet: Coherent control of light transport in 1D-array of cold atoms
  • Vadim Sotskov: Machine learning for detecting quantum chaos
  • Francesco Tacchino: Digital Quantum Simulation of Dynamical Correlations on Superconducting Quantum Computers
  • Egor Tiunov: Simulators of optical Ising machines for annealing and machine learning
  • Aleksei Tkachev: Electronic structure of intermetallic superconductor Mo8Ga41 by nuclear magnetic resonance
  • Dmitry Tregubov: Progress report on a thulium optical clock
  • Vasilisa Usova: Investigation of two-photon transitions in superconducting qubits between |00 - and |11- levels and experimental realization of the bSWAP gate
  • Alexey Uvarov: Learning phase transitions with a quantum classifier
  • Andrei Vasenin: Simulation and design of a superconducting qubit for the quantum wave mixing experiment
  • Alexander Vasiliev: Quantum computer based on triangular atom-photon molecule
  • Maksim Velikanov: Mapping of neutron matter on correlated lattice fermions
  • Alexander Vlasov: Cloud-assisted contracted simulation of quantum chains
  • Soeren Wengerowsky: Quantum Communications Network based on Polarisation Entanglement at Telecom Wavelength
  • Wei Wu: Experimental realization of Grover algorithm with shortcuts to adiabaticity with trapped ion
  • Yong Yu: Entanglement of two quantum memories via metropolitan-scale fibers
  • Anton Zeleneev: On studying the optical properties of NV/SiV color centers in ultrasmall nanodiamonds
  • Chi Zhang: Planar ion-trap with junction and integrated photonics for scalable quantum computation
  • Leonid Zhulikov: Vacuum evaporation technique for deposition of nanodiamonds
  • Zoltan Zimboras: Mitigation of readout noise by classical post-processing based on Quantum Detector Tomography
  • Gerhard Zuern: Observation of glassy dynamics in a disordered quantum spin system
Second Session (July 17, 4:45 pm)
  • Evelyn Acuña: Quantum key distribution with Polarization-entangled photon pairs distributed by path multiplexing
  • Stepan Balybin: Correlations between photons in ring microstructures
  • Luca Bayha: Deterministic preparation of microscopic two dimensional systems
  • Mohamed Benyoucef: InP-based single quantum dots and microcavities emitting in the low‐loss telecom wavelength range
  • Jacob Biamonte: Universal Variational Quantum Computation
  • Yury Bunkov: Magnon BEC in a normally magnetized YIG film
  • Poompong Chaiwongkhot: Faking photon number on transition-edge sensor
  • Anastasiia Chertkova: Quantum Monte-Carlo simulation of polaron tunneling
  • You-Lin Chuang: Quantum entanglement generation based on electromagnetically induced transparency
  • Ilya Chuprina: Generation of pure single-photon and frequency-bin qubits in a photonic molecule
  • Alexander Duplinskiy: Evaluation of decoy state distinguishability via Hong-Ou-Mandel interference
  • Arkady Fedorov: Quantum rifling: how to protect a qubit from unwanted collapsing
  • Ilya Fedotov: Fiber-optic quantum biothermometry: physics, materials, design, and in vivo experiments
  • Mikhail Fistul: Electromagnetic waves propagation in arrays of qubits: manifestations of non-equilibrium steady states of qubits
  • Jorge Fuenzalida: Spatial Resolution in Quantum Imaging with Undetected Photons
  • Evgenyi Gadylshin: Application of machine learning methods for research open quantum system dynamics and quantum channels with memory
  • Ramzil Galiev: Optimal Frequency Comb-Based Calibration of a Tunable Laser
  • Almaz Gazizov: Depolarization effect in Tip-Enhanced Raman scattering
  • Antoine Glicenstein: A sub-λ chain of cold atoms as an enhanced light-matter interface
  • Ran He: Identifying the Riemann zeros by periodically driving a quantum simulator
  • Xianzhi Huang, Wenqian Lian: Experimental Hamiltonian Learning of A Quantum Many-Body System of 11 Spins In Solid State
  • Roman Ilenkov: Scaling law in laser cooling on narrow transitions in polarized fields
  • Muahmmad Javed: Characterization of classical static noise using qubit as probe
  • Kabgyun Jeong: New upper bounds on the quantum capacity for general attenuator and amplifier
  • Friederike Jöhlinger: Trojan Horse Attack on Chip-Scale, Time-Bin Encoded Quantum Key Distribution
  • Daria Kalacheva: Improving the quality factors of superconducting resonators by post-process surface treatment
  • Bayan Karimi: Non-invasive thermometry for single micro-wave photon detection
  • Sergey Kharintsev, Anton Kharitonov: Multimode Superlensing Based on Stimulated Raman Scattering
  • Evgeniy Kiktenko: Representation of quantum states dynamics with quasi-stochastic matrices
  • Piotr Kolenderski: Single photon temporal wavepacket control and its application for qudit encoding
  • Manikandan Kondappan: Characterizing coherence with quantum observables
  • Nikita Kondratiev: Modification of the self-injection locking effect due to the microresonator nonlinearity
  • Ilya Kondratyev: Multiport universal unitary gate design
  • Danil Kornovan: Optical properties of an atom coupled to a fully anisotropic environment
  • Yuriy Kosevich: Extraordinary phonon transmission through hidden lattice-wave nanochannels as resonance quantum phonon tunneling
  • Andrey Koziy: Byzantine fault tolerance with quantum and post-quantum cryptography
  • Michael Kreshchuk: Simulating quantum field theory in the light front formulation
  • Anil Kumar: Tailoring the Phonon Environment of Rydberg Impurities in Ultracold Atoms
  • Stella Kutrovskaya: Exciton Features in Free Standing Monoatomic Carbon Chains
  • Fabrice Laussy: Multiphoton Physics
  • Adam Leszczyński: Spatially resolved spin-wave manipulation via ac-Stark effect
  • Hui Liu: Experimental Demonstration of High-Rate Measurement-Device-Independent Quantum Key Distribution over Asymmetric Channels
  • Wei-Tao Liu: Reconstruction of temporal wave-function via two-photon interference
  • Svetlana Lukishova: Polarization controlled slowing and accelerating single photons in chiral liquid crystal structures
  • Mark Lyubarov: Edge states of photon pairs induced by spatially-modulated nonlinearity
  • Adriano Macarone Palmieri: Experimental neural network enhanced quantum state tomography
  • Shai Machnes: Scalable methodology for automated characterization and calibration for medium-scale quantum processors
  • Alena Mastukova: Error suppression and entropic asymmetry
  • Alexey Melnikov: Reinforcement learning in quantum optics experiments
  • Ai Mingzhong: Experimentally verifying anti-Kibble-Zurek behavior in a quantum system under noisy control field
  • Alexander Mitrofanov: Bright UV-to-mm-band supercontinua driven by ultrashort mid-infrared laser pulses
  • Aram Mkrtchyan: Multiregime pulse fiber laser based on electrochemically gated single walled carbon nanotube saturable absorber
  • Christoffer Møller: Towards Einstein-Podolsky-Rosen entanglement in a hybrid spin-optomechanical system
  • Ilia Moskalenko: Multi-cell platform for fluxon-based quantum simulation
  • Ramil Niyazov: Spin filtering by helical edge states of topological insulator
  • Yulia Paladyan: Dispersion of polaritonic excitations in non-ideal lattices of coupled microcavities containing quantum dots
  • Anna Paterova: Infrared metrology using entangled photons
  • Hariphan Philathong: Towards Physical Observation of the Computational Phase Transition Signature
  • Damián Pitalúa García: One-out-of-m spacetime-constrained oblivious transfer
  • Alexander Poddubny: Subradiant bound photon pairs in arrays of qubits in a waveguide
  • Eilon Poem: Enhanced atom-photon interactions in a strongly-driven atomic vapor
  • Evgeny Poliakov: Non-Markovian quantum dynamics on large times using dressed quantum trajectories
  • Daria Popolitova: Interaction and Entanglement of Non-classical Electromagnetic Fields with 3-level Model Atom
  • Zhonghua Qian: Super-resolution imaging of a single trapped ion by stimulated emission depletion
  • Andrey Rakhubovsky: Nonclassicality and Higher-Order Nonlinearity in Levitated Optomechanics
  • Andrei Rasputnyi: Cascaded up-conversion induced by high-gain parametric down-conversion
  • Alfredo Rueda Sanchez: Electro-Optic Entanglement Source
  • Roman Schutski: Tensor contractions and quantum computer simulation
  • Seidali Seidov: ESQPT and Husimi Q-functions in finite extended Dicke model
  • Muzzamal sH: Spontaneous generation of phononic entanglement in quantum dark-soliton qubits
  • Violetta Sharoglazova: Attack-resistant quantum random number generator based on the interference of laser pulses with random phase
  • Artem Shitikov: High-Quality Factor Silicon WGM Microresonators
  • Vladislav Shkolnikov: Universal holonomic quantum computing with a quantum register in diamond
  • Dmitriy Sholokhov: Continuous-wave virtual-state lasing from cold ytterbium atoms
  • Anatoly Shukhin: Correlated photon pair source based on spontaneous four-wave mixing on optical micro-/nano bers
  • Nikolay Skryabin, Sergey Zhuravitskiy: Universal implementing arbitrary unitary matrices by one-dimensional quantum walks in waveguide lattice
  • Niccolo Somaschi: Efficient solid-state quantum light sources for quantum technologies
  • Guilherme Stein: A triggered multi-photon source utilizing a single organic molecule
  • Demid Sychev: Entanglement and teleportation between discrete- and continuous-variable encodings in Quantum Optics
  • Natalia Teper: Thermal preparation of a three-mode Gaussian graph stateVladimir Tomilin: Solvable model of phase-switching quantum feedback
  • Anton Trushechkin: Security of QKD with detection-efficiency mismatch: Tight bounds and Decoy state method
  • Amy van der Hel: Optomechanics in the unresolved sideband regime for distribution of microwave entanglement
  • Alexander Vasiliev: Quantum Hashing via Fourier Transform
  • Gulnara Vishnyakova: A 940 km optical fiber link between MPQ and PTB for frequency transfer
  • Akshay Vishwanathan: Reachability Deficits in Quantum Approximate Optimization
  • Andrey Voloshin: Application of Soliton Microcomb Source for Spectroscopy
  • Nina Voronova: Direct excitons macroscopic coherence at elevated temperatures
  • Vera Vyborova: Experimental neural-net quantum tomography
  • Woongseon Yoo: New proof and Bell-like inequalities of Arrow's impossibility theorem