Dr Zakaria Mzaouali został wyróżniony prestiżowym grantem Helmholtz Visiting Researcher

Dr. Zakaria Mzaouali, Assistant Professor in the Quantum Systems of Informatics Group (ZKSI)  has been awarded the prestigious Helmholtz Visiting Researcher Grant for a three-month research visit to the group of Prof. Kristel Michielsen at Forschungszentrum Jülich, Germany. This notable achievement offers Dr. Mzaouali the opportunity to conduct a research project titled "Energetical Advantage of Quantum Computation" at the Helmholtz Association's center, Forschungszentrum Jülich, renowned for their cutting-edge research and innovation.
The project aims to explore the energetic consumption of quantum computers, a critical factor in determining their viability for large-scale use. The objective is to assess the thermodynamic and computational efficiency of D-Wave quantum annealers, particularly under the reverse-annealing protocol, which allows them to function akin to a quantum thermal machine. Dr. Mzaouali aspires to demonstrate that quantum computation not only offers a computational speedup but also presents an energetical advantage over traditional computing paradigms. The project could potentially pave the way for more sustainable and efficient quantum computing technologies in the future.

 

HIDA - Helmholtz Information & Data Science Academy

Historia zmian

Data aktualizacji: 12/02/2024 - 14:40; autor zmian: Zbigniew Puchała (zbyszek@iitis.pl)

Dr. Zakaria Mzaouali, Assistant Professor in the Quantum Systems of Informatics Group (ZKSI)  has been awarded the prestigious Helmholtz Visiting Researcher Grant for a three-month research visit to the group of Prof. Kristel Michielsen at Forschungszentrum Jülich, Germany. This notable achievement offers Dr. Mzaouali the opportunity to conduct a research project titled "Energetical Advantage of Quantum Computation" at the Helmholtz Association's center, Forschungszentrum Jülich, renowned for their cutting-edge research and innovation.
The project aims to explore the energetic consumption of quantum computers, a critical factor in determining their viability for large-scale use. The objective is to assess the thermodynamic and computational efficiency of D-Wave quantum annealers, particularly under the reverse-annealing protocol, which allows them to function akin to a quantum thermal machine. Dr. Mzaouali aspires to demonstrate that quantum computation not only offers a computational speedup but also presents an energetical advantage over traditional computing paradigms. The project could potentially pave the way for more sustainable and efficient quantum computing technologies in the future.

 

HIDA - Helmholtz Information & Data Science Academy