Dozens of students at the University of Maryland have toiled in the physics

游客2024-08-23 42

问题 Dozens of students at the University of Maryland have toiled in the physics lab, some soldering (焊接) metal parts, some checking software and some simply slicing black pieces of paper into perfectly sized triangles. To physics professor Eun-Suk Seo, all of their work is critical. Students are helping her build an equipment that is scheduled to launch to the International Space Station next year, the climax of more than 10 years of her painstaking work on cosmic rays in a collaboration with NASA. Seo is one of many faculty members at the University of Maryland at College Park who work with NASA’s Goddard Space Flight Center, a partnership that allows professors and students to pioneer on a larger scale than would otherwise be possible—and sometimes to get close to history.
U-Md. ranked fifth in the nation in NASA’s research and development budget for colleges in 2012, with the space agency pouring $47 million into the school’s research endeavours that year, according to the National Center for Science and Engineering Statistics. Seo’s project—called ISS-CREAM (pronounced "ice cream") for International Space Station Cosmic Ray Energetics and Mass—aims to answer the century-old space mystery of what gives cosmic rays such incredible energy, and how that affects the universe.
Seo is doing her work using graduate and undergraduate students, some of whom are highly trained in engineering or physics, and others who have a more passing interest and go on to study, say, philosophy or music. Those are the ones she has cutting paper. By nature, being a graduate student often means working on cutting-edge research. U-Md., though, is positioned to foster that through its coordination with NASA.
The College Park campus is about five miles from Goddard’s 1 270-acre Greenbelt complex, which opened as NASA’s first space flight center in 1959. Named for the father of rocketry, Goddard was involved in the first manned space flights in the 1960s, managing communication networks during the Apollo missions and others. Goddard now employs about 10000 people, making it one of the largest organizations of scientists and engineers in the world that use space observation to study Earth, the solar system and the universe. For more than a half-century, U-Md. professors and students have been involved in developing and executing Goddard missions, as well as gathering and analyzing data once the missions are launched. Initially, in the 1960s, university researchers took advantage of the quick drive to Goddard and a relationship that was more organic than formal. Now there are contracts and grants, and some professors and students spend more time at Goddard than on campus.
The collaboration has led to countless advancements, such as those made by professor L. Drake Deming and two graduate students who used NASA telescopes recently to discover traces of water vapor on a planet almost 729 trillion miles from Earth. The partnership also has resulted in new asteroids (小行星) being named for U-Md. researchers and an alumnus in honor of their work in solar system studies. Protopapa and Kelleymichael were named for researchers Silvia Protopapa and Mike Kelley, respectively, and Matthewknight was named for alumnus Matthew Knight. [br] Which of the following can NOT be inferred from the last paragraph?

选项 A、Both the university and NASA benefit from the collaboration.
B、Newly discovered asteroids may get their names from special people.
C、U-Md. is prestigious in the study of solar system.
D、It’s uncommon to find trace of water on planets far away from Earth.

答案 C

解析

转载请注明原文地址:https://www.tihaiku.com/zcyy/3732087.html

相关试题推荐

随机试题

最新回复(0)

Dozens of students at the University of Maryland have toiled in the physics

Highschoolstudentsaregrumblingovertheirschoollunches—andsoarethei

PassageTwo[br]WhatcanstudentsgetfromworkingforSeo’scollaborativeproj