宗旨:推动学校与地方政府、企业的紧密合作,促进量子计算、量子测量、量子感知等行业科技进步以及城区区域经济发展。业务范围:承接企业服务;引进、孵化企业;培训、教育及人才集聚;深入实施创新驱动发展战略,布局战略性新兴产业发展,建设重大科技创新平台;量子感知领域关键技术和设备研发;投资,融资。
recent years, zero-to ultralow-field nuclear magnetic resonance has played an important role in biological imaging（Brain and heart magnetism） and magnetic detection（terrestrial magnetometry, ocean magnetometry, aerial magnetometry）, etc. This paper introduces the physical realization and spectral development of zero-to ultralow-field nuclear magnetic resonance, with the development of quantum magnetic sensing technology, zero-to ultralow-field nuclear magnetic resonance detection technology has gradually matured, experts and scholars at home and abroad have proved that zero-to ultralow-field nuclear magnetic resonance is a detection method complementary to traditional nuclear magnetic resonance; Then, we introduce the structure and principle of the zero-to ultralow-field nuclear magnetic resonance device based on atomic magnetometers, zero-to ultralow-field nuclear magnetic resonance eliminates the need for expensive superconducting magnets and permanent magnets compared with traditional high-field nuclear magnetic resonance, it has obvious advantages and wide range of application potential; In this paper, we designed the feasibility scheme of zero-to ultralow-field nuclear magnetic resonance in oil and gas detection applications and zero-to ultralow-field nuclear magnetic resonance of three groups of different types of oils（alkanes）, oil-water two-phase mixed solutions, and water-saturated glass beads samples experimental program. With the development of zero-to ultralow-field nuclear magnetic resonance spectrometers, zero-to ultralow-field nuclear magnetic resonance detection in downhole will become possible, we propose a design scheme of a zero-field-ultra-low-field nuclear magnetic resonance spectrometer for downhole oil and gas detection using a three-axis vertical structure of pump light,probe light propagation direction and external magnetic field direction.
