首页
登录
职称英语
[originaltext]M: Good evening and welcome to Physics Today. [5] Here we intervi
[originaltext]M: Good evening and welcome to Physics Today. [5] Here we intervi
游客
2024-03-11
79
管理
问题
M: Good evening and welcome to Physics Today. [5] Here we interview some of the greatest minds in physics as they help us to understand some of the most complicated theories. Today, I’ m very pleased to welcome Dr. Melissa Phillips, professor of theoretical physics. She’ s here to tell us a little about what it is she studies. Dr. Phillips, you seem to study everything.
W: [6] I guess that would be fair to say I spend most of my time studying the Big Bang Theory and where our universe came from.
M: Can you tell us a little about that?
W: [7] Well, I’ m very interested in why the universe exists at all. That may sound odd, but the fact is at the moment of the Big Bang, both matter and anti-matter were created for a short time, and I mean just a fraction of a second. The whole universe was a super hot soup of radiation filled with these particles. So what baffled scientists for so long is why is there a universe at all?
M: That’ s because matter and anti-matter are basically opposites of each other. They are exactly alike, except that they have opposite electrical charges. So when they collide, they destroy each other?
W: Exactly. So during the first few moments of the Big Bang, the universe was extremely hot and very small. Matter, and the now more exotic anti-matter, would have little space to avoid each other. This means that they should have totally wiped each other out, leaving the universe completely barren.
M: [8] But a recent study seems to point to the fact that when matter and anti-matter were first created, there were slightly more particles of matter, which allowed the universe we all live in to form?
W: Exactly. Because there was slightly more matter, the collisions quickly depleted all the anti-matter and left just enough matter to create stars, planets, and eventually us.
Questions 5 to 8 are based on the conversation you have just heard.
5. What does the man say is Physics Today?
6. What is the woman physicist’s main research area?
7. What is the woman interested in?
8. What seems to be the finding of the recent study?
选项
A、A journal reporting the latest progress in physics.
B、An introductory course of modern physics.
C、An occasion for physicists to exchange ideas.
D、A series of interviews with outstanding physicists.
答案
D
解析
题干问的是男士说《今日物理》是什么。对话开头男士说在《今日物理》主要采访一些最伟大的物理学家,因为他们帮助我们理解一些最复杂的理论,故答案为D(一系列对杰出物理学家的采访)。A项(报道物理学最新进展的杂志)、B项(现代物理学入门课程)和C项(物理学家交流想法的场合)在对话中均未提及,故排除。
转载请注明原文地址:http://tihaiku.com/zcyy/3525693.html
相关试题推荐
[originaltext]Amongglobalwarming’smostfrighteningthreatsisthepredic
[originaltext]FlorenceHayesisajournalistfortheGreenVilleJournal,t
[originaltext]FlorenceHayesisajournalistfortheGreenVilleJournal,t
[originaltext]Somehowtheoldmaleandfemalestereotypesnolongerfit.Me
[originaltext]Somehowtheoldmaleandfemalestereotypesnolongerfit.Me
[originaltext]Somehowtheoldmaleandfemalestereotypesnolongerfit.Me
[originaltext]TheUniversityofTennessee’sWaltersLifeSciencesbuilding
[originaltext]TheUniversityofTennessee’sWaltersLifeSciencesbuilding
[originaltext]InasmallliboratoryattheMedicalUniversityofSouthCaro
[originaltext]RussellFazio,anOhioStatepsychologyprofessorwhohasstu
随机试题
Consideringthatindustryanalystsclaimthathospitalpricecalculationsar
MemoTo:AllDivisionEmpl
[originaltext]W:Thecityisgoingtoteardownthoseoldonefetoryhousesand
下列词语中没有错别字的一项是(??)A.认识肤浅卑恭屈膝灌输知识 B.行踪诡秘
关于调配程序质量评定描述错误的是A:供药及时率不得低于99.5%B:配方成方率
别嘌醇治疗痛风的机制是由于抑制了下列哪种酶()A.嘌呤磷酸化酶B.腺苷脱氨酶C
下列细菌容易对青霉素产生耐药性的是A.溶血性链球菌B.脑膜炎球菌C.肺炎球菌D.
在有更新纪灵长动物(有人认为其是人类的祖先)遗骨的洞穴中发现了很多动物遗骨。从各
服务对象处于极度的情绪困扰中,认知和问题解决的能力下降,平衡生活被打乱,这属于危
急性炎性脱髓性多发性神经病不常见的表现为A:视盘水肿 B:双侧面神经麻痹 C
最新回复
(
0
)