The Big Fringe Telescope

Gerard T. van Belle, Anders M. Jorgensen
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Abstract

The Big Fringe Telescope (BFT) is a facility concept under development for a next-generation, kilometer-scale optical interferometer. Observations over the past two decades from routinely operational facilities such as CHARA and VLTI have produced groundbreaking scientific results, reflecting the mature state of the techniques in optical interferometry. However, routine imaging of bright main sequence stars remains a surprisingly unexplored scientific realm. Additionally, the three-plus decade old technology infrastructure of these facilities leads to high operations \& maintenance costs, and limits performance. We are developing the BFT, based upon robust, modern, commercially-available, automated technologies with low capital construction and O\&M costs, in support of kilometer-scale optical interferometers that will open the door to regular `snapshot' imaging of main sequence stars. Focusing on extreme angular resolution for bright objects leads to substantial reductions in expected costs through use of COTS elements and simplified infrastructure.
大边缘望远镜
大边缘望远镜(BFT)是正在开发的下一代千米级光学干涉仪的设施概念。过去二十年来,CHARA 和 VLTI 等常规运行设施的观测取得了突破性的科学成果,反映了光学干涉测量技术的成熟状况。然而,明亮主序星的常规成像仍然是一个令人惊讶的未开发科学领域。此外,这些设施的技术基础设施已有三十多年的历史,导致运行和维护成本高昂,性能受到限制。我们正在开发基于强大、现代、商业化、自动化技术的BFT,其基本建设和运行维护成本较低,可支持千米级光学干涉仪,这将为主序星的定期 "快照 "成像打开大门。通过使用现成的元件和简化的基础设施,将重点放在明亮天体的最高角度分辨率上,从而大大降低了预期成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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