Science in the Stadium pilot programme.

这项提议有两个主要目标：a.激励、告知和吸引埃弗顿体育场(古迪逊公园)的利物浦足球观众参与STFC对路线图挑战赛的研究，这是我们这个星球独一无二的生命。B.开发一种有效的方法，让参加足球比赛等活动的人群参与到STFC科学的大问题中来。具体地说，我们的目标是吸引在埃弗顿主场古迪逊公园观看足球比赛的观众，提出这样的问题：宇宙中其他地方有生命吗？以及“地球上的生命可能来自外太空吗？”这项活动将与海伦·弗雷泽博士对尘埃云中冰表面形成复杂分子的研究计划以及乌尔里希·科尔布博士对系外行星的研究计划相联系，并将受到Karen Olsson-Francis博士(OU)对太空微生物生存的研究以及Charles Cockell(爱丁堡)教授对极端环境中生命的生物签名的研究的启发。埃弗顿队号称是许多足球创新的先驱--它的网站之一被称为科学学院。它对成为联盟中第一个与尖端STFC科学接触其人群的可能性充满热情。我们预计人群约为3.8万人，其中包括许多带着孩子的家庭和OAP。人群主要是利物浦人，超过2.5万名季票持有者住在离球场很近的地方(30英里)。埃弗顿球迷的平均收入在英超联赛中最低，71%的人年收入低于3万GB。它也拥有来自两个最低社会阶层的季票持有者的最高比例。我们被告知，他们在年龄和职业上完全是利物浦人口社区的一部分。总体影响：我们预计将对利物浦人民产生重大影响。我们希望用我们正在做的事情和科学问题来刺激利物浦，事先利用媒体和当地广播电台来宣传这一事件。我们的目标是让很大一部分人参与到STFC研究人员所接受的关键问题中来，包括使用布拉德福德大学、利物浦约翰·摩尔大学和开放大学的机器人望远镜获得他们自己的相关图像。将有一个论坛分享对这些问题的想法和思考，机器人望远镜将供学校继续对天文学感兴趣。评估的目的也是为了让其他足球俱乐部效仿埃弗顿，举办类似的赛事。该项目的设计将涉及埃弗顿足球俱乐部的专家如何与他们的人群互动，利物浦场景的专家以及如何最好地与利物浦公众互动，以及参与STFC资助研究的研究科学家。该方案以网络为基础，可通过智能手机访问，并将就每个参与者的人数和参与程度提供详细的反馈。将在评估中进一步征求帮助设计该方案的专家的意见，以确定如何进一步改进该方案。

This proposal has two chief aims:a. Inspiring, informing and involving a Liverpool Football crowd at the Everton stadium (Goodison Park) with STFC research into the Roadmap Challenge "Is life unique to our planet". b. Developing an effective method of engaging crowds of people attending an event like a football match with the big questions in STFC science. Specifically, we aim to engage the crowd attending a football match at Goodison Park, the Everton home ground, with the questions "Is there life elsewhere in the Universe?" and "Could life on Earth come from outer space?" The activity will link to the research programmes of Dr Helen Fraser into the formation of complex molecules on the surface of ices in dust clouds and of Dr Ulrich Kolb into exoplanets, and will be informed by Dr Karen Olsson-Francis' (OU) work into the survival of micro-organisms in space, and Professor Charles Cockell's (Edinburgh) work into the bio-signatures of life in extreme environments.Everton boasts being the first in many football innovations - one of its web sites is called School of Science. It is enthusiastic about the possibility of being the first in the League to engage its crowd with leading edge STFC science. We expect the crowd to be about 38,000 people, this includes many families with children and OAP's. The crowd is mainly Liverpool based with over 25,000 of their season ticket holders living within easy traveling distance (30 miles) of the ground. The Everton fans have the lowest average income in the Premier League with 71% earning under £30,000 per year. It also has the highest fraction of season ticket holders from the two lowest social classifications. We are informed that they are a complete cross-section of the Liverpool population community in age and profession.Overall Impact: We expect a significant impact on the people of Liverpool. We wish to excite Liverpool with what we are doing, and the science issues, beforehand using the press and local radio stations to publicise the event. We aim to engage a significant section of the crowd in following the key questions embraced by STFC researchers including obtaining their own relevant images using Robotic Telescopes at the University of Bradford, Liverpool John Moore's University and Open University. There will be a forum to share thoughts and reflections on the issues, and the robotic telescopes will be available for schools to continue their interest in astronomy. The evaluation will also be aimed at developing the case to put to other football clubs to follow Everton and run similar events. The design of the programme will involve experts from the Everton football club in how to interact with their crowds, experts in the Liverpool scene and how best to interact with the Liverpool public along with research scientists engaged in STFC-funded research. The programme is web based, accessible on smart phones, and will provide detailed feedback on the numbers and the level of involvement of each of the participants. The experts who help to design the programme will be further consulted in the evaluation to see how it can be further improved.