Akademik Veri Yönetim Sistemi
The 5th International Conference of Materials and Engineering Technology (TICMET'23), İstanbul, Türkiye, 13 - 16 Kasım 2022
The multidisciplinary field of
quantum computing and related next-generation technology
has the potential to advance industry
applications and our daily life. Recent advances and opportunities in material
sciences with quantum computing include novel issues in synthesis, fabrication,
material characterization, and simulation. Quantum computing were using the
quantum bits and properties of subatomic particles. The superposition,
entanglement, and interference to extend the computational capabilities are the
examples of these quantum properties. In this study, we were investigated and highlighted the potential impact of quantum computations
on certain roles of material science for the future of a
growing industrial sector.
The application of quantum computers provided
exponential performance benefits in processing and simulating the quantum systems within many ranges with ease. The simulations
of material systems with the state of a many particle molecules at the
thermodynamic limit involving lots of degrees of freedom. The properties and simulations of these materials were described by using
quantum mechanics that are sped up by a quantum computer. Some quantum problems
in material sciences were solved by using a wide range of quantum algorithms.
There are many different ideas and components to test a slew of proposals in
real quantum computational platforms for solving the open problems. The quantum
hardware and computational methods have been actively researching and is set
to continue to develop in the future, and the new
computational subjects are used to the study of material sciences.