In the optical well and dissipative model system, the synchronization of the double spin model co... more In the optical well and dissipative model system, the synchronization of the double spin model could be obtained with the Hamiltonian operator. We have simulated this operator by designing a circuit with precise gate measurement and executed on the IBM Q Experience platform through different N states with controlled energy separation (ω) where we can check quantum synchronization in the dissipation in the lattice. Our result shows the relation between entanglement system of the states, the relation between the different energy separation (ω) with the spin-spin coupling (λ) in the lattice and finally we analyze the one-time correlation of the synchronizing measure of phase locking of N number of states.
In the optical well and dissipative model system, the synchronization of the double spin model co... more In the optical well and dissipative model system, the synchronization of the double spin model could be obtained with the Hamiltonian operator. We have simulated this operator by designing a circuit with precise gate measurement and executed on the IBM Q Experience platform through different N states with controlled energy separation ($\omega$) where we can check quantum synchronization in the dissipation in the lattice. Our result shows the relation between entanglement system of the states, the relation between the different energy separation ($\omega$) with the spin-spin coupling ($\lambda$) in the lattice and finally we analyze the one-time correlation of the synchronizing measure of phase locking of N number of states.
Sritam Kumar Satpathy, ∗ Vallabh Vibhu, † Sudev Pradhan, ‡ Bikash K. Behera, 3, § and Prasanta K.... more Sritam Kumar Satpathy, ∗ Vallabh Vibhu, † Sudev Pradhan, ‡ Bikash K. Behera, 3, § and Prasanta K. Panigrahi ¶ Department of Physics Indian Institute of Science Education and Research, Berhampur Bikash’s Quantum (OPC) Private Limited, Balindi, Mohanpur, 741246, Nadia, West Bengal, India Department of Physical Sciences, Indian Institute of Science Education and Research Kolkata, Mohanpur 741246, West Bengal, India
COVID-19 is a respiratory tract infection that can range from being mild to fatal. In India, the ... more COVID-19 is a respiratory tract infection that can range from being mild to fatal. In India, the countrywide lockdown has been imposed since 24th march, 2020, and has got multiple extensions with different guidelines for each phase. Among various models of epidemiology, we use the SIR(D) model to analyze the extent to which this multi-phased lockdown has been active in `flattening the curve' and lower the threat. Analyzing the effect of lockdown on the infection may give us a better insight into the evolution of epidemic while implementing the quarantine procedures as well as improving the healthcare facilities. For accurate modelling, incorporating various parameters along with sophisticated computational facilities, are required. Parallel to SIRD modelling, we tend to compare it with the Ising model and derive a quantum circuit that incorporates the rate of infection and rate of recovery, etc as its parameters. The probabilistic plots obtained from the circuit qualitatively re...
In the optical well and dissipative model system, the synchronization of the double spin model co... more In the optical well and dissipative model system, the synchronization of the double spin model could be obtained with the Hamiltonian operator. We have simulated this operator by designing a circuit with precise gate measurement and executed on the IBM Q Experience platform through different N states with controlled energy separation (ω) where we can check quantum synchronization in the dissipation in the lattice. Our result shows the relation between entanglement system of the states, the relation between the different energy separation (ω) with the spin-spin coupling (λ) in the lattice and finally we analyze the one-time correlation of the synchronizing measure of phase locking of N number of states.
In the optical well and dissipative model system, the synchronization of the double spin model co... more In the optical well and dissipative model system, the synchronization of the double spin model could be obtained with the Hamiltonian operator. We have simulated this operator by designing a circuit with precise gate measurement and executed on the IBM Q Experience platform through different N states with controlled energy separation ($\omega$) where we can check quantum synchronization in the dissipation in the lattice. Our result shows the relation between entanglement system of the states, the relation between the different energy separation ($\omega$) with the spin-spin coupling ($\lambda$) in the lattice and finally we analyze the one-time correlation of the synchronizing measure of phase locking of N number of states.
Sritam Kumar Satpathy, ∗ Vallabh Vibhu, † Sudev Pradhan, ‡ Bikash K. Behera, 3, § and Prasanta K.... more Sritam Kumar Satpathy, ∗ Vallabh Vibhu, † Sudev Pradhan, ‡ Bikash K. Behera, 3, § and Prasanta K. Panigrahi ¶ Department of Physics Indian Institute of Science Education and Research, Berhampur Bikash’s Quantum (OPC) Private Limited, Balindi, Mohanpur, 741246, Nadia, West Bengal, India Department of Physical Sciences, Indian Institute of Science Education and Research Kolkata, Mohanpur 741246, West Bengal, India
COVID-19 is a respiratory tract infection that can range from being mild to fatal. In India, the ... more COVID-19 is a respiratory tract infection that can range from being mild to fatal. In India, the countrywide lockdown has been imposed since 24th march, 2020, and has got multiple extensions with different guidelines for each phase. Among various models of epidemiology, we use the SIR(D) model to analyze the extent to which this multi-phased lockdown has been active in `flattening the curve' and lower the threat. Analyzing the effect of lockdown on the infection may give us a better insight into the evolution of epidemic while implementing the quarantine procedures as well as improving the healthcare facilities. For accurate modelling, incorporating various parameters along with sophisticated computational facilities, are required. Parallel to SIRD modelling, we tend to compare it with the Ising model and derive a quantum circuit that incorporates the rate of infection and rate of recovery, etc as its parameters. The probabilistic plots obtained from the circuit qualitatively re...
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