Experimental Solid State Physics

9623949 Schultz该项目将重点发展两个领域的先进仪器。首先，我们将利用50nm等离子共振粒子作为光学换能器来实现荧光、发光和拉曼模式下的扫描近场显微镜。我们期望这一发展在电子、化学、生物医学研究和工业社区有重要的应用。在第二个领域，我们将应用最灵敏的技术来有效地检测超导性，利用相扩展样品系统地寻找新的高Tc合金。该项目将重点开发用于两个重要领域的商业应用的先进仪器。首先是一种新型光学显微镜，它将为许多生物医学试验和研究需求提供分辨率和检测灵敏度的突破。第二个将利用我们为发现新的高温超导体而开发的最灵敏和最经济的筛选程序。可以预期，通过随后的SBIR合作项目，在这两个领域迅速进行技术转让。＊＊＊

9623949 Schultz This project will focus on the development of advanced instrumentation in two areas. In the first, we will utilize a 50nm plasmon resonant particle as the optical transducer to achieve scanning near-field microscopy in the fluorescent, luminescent, and Raman modes. We expect this development to have significant applications in the electronics, chemical, and bio-medical research and industrial communities. In the second area, we will apply the most sensitive technique for the efficient detection of superconductivity to a systematic search for new high Tc alloys using phase spread samples. %%% This project will focus on the development of advanced instrumentation for commercial application in two important areas. The first is a new type of optical microscope which will offer a breakthrough in resolution and sensitivity of detection for many bio-medical tests and research needs. The second will utilize the most sensitive and economical screening procedure which we have developed for the discovery of new high temperature superconductors. Rapid technology transfer in both areas can be expected via subsequent cooperative SBIR projects. ***