Feasibility study for quantum gravimeters

ColdQuanta提议与伯明翰大学的凯·邦斯博士和M-Squared激光公司合作，开发基于冷原子的重力仪和重力梯度仪，以取代目前基于经典技术的仪器。在这项工作的初始阶段，我们的目标是制定下一代量子重力仪商业化的路线图，并确定将相关量子技术从学术环境过渡到商业场所的可行途径。重力传感器用于广泛的市场，包括石油、天然气和矿产勘探；定位、导航和计时；洞穴和隧道探测；地质学和火山学；以及考古学。这些应用程序中的每一个都有自己的一套性能规范、风险和市场机会。我们的路线图将分析所有这些因素，确定哪些应用程序最有可能获得成功。在这项初步工作结束时，我们将组建一组适当的利益相关者，包括最终用户和潜在客户。有了这些基础工作，下一步将专注于系统设计和研发，包括原型演示和面包板级别的测试，充分证明我们技术方法的可行性。

ColdQuanta proposes a collaboration with Dr. Kai Bongs of the University of Birmingham and M-Squared Lasers to developcold-atom-based gravimeters and gravity gradiometers as a replacement for current instruments that are based onclassical technologies. In the initial phase of this work, our objective is to develop a roadmap for commercializing this nextgeneration of quantum-based gravity meters and identifying a viable path for transitioning the relevant quantumtechnologies out of academic settings and into commercial venues.Gravity sensors are used in a wide variety of markets, including oil, gas, and mineral exploration; positioning, navigation,and timekeeping; cave and tunnel detection; geology and volcanology; and archaeology. Each of these applications comeswith its own set of performance specifications, risks, and market opportunities. Our roadmap will analyze all of thesefactors, identifying which applications should be targeted for the greatest likelihood of success.By the end of this initial work effort, we will have assembled an appropriate set of stakeholders, including end-users andpotential customers. With this groundwork laid, the next steps will focus on system design and R&D, including prototypedemonstrations and breadboard-level tests that fully demonstrate the feasibility of our technical approach.