Volume 94 Issue 2

Page 1

Opinions PAGE 5

Culture PAGE 9

Sports PAGE 20

Are Santorum and Gingrich displaying racism?

Fordham participates in HOPE Count 2012.

Men’s basketball defeats George Washington.

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SERVING THE FORDHAM UNIVERSITY COMMUNITY FOR OVER 90 YEARS

1918-2012

FEBRUARY1, 2012

VOLUME 94, ISSUE 2

“We Do Or Die”

Dolan Delivers Inaugural Address Students Welcome Designate Timothy M. Dolan to Fordham’s School of Law

The Current State of Fordham Athletics By ERIK PEDERSEN STAFF WRITER

Hail! men of Fordham, hail! on to the fray! Once more our foes assail in strong array. Once more the old Maroon waves on high. We’ll sing our battle song. We do or die. It has been very easy in recent years to mock the last line of Fordham’s fight song, as the school’s top-funded sports teams frequently seem to choose the latter of the two options. Over the last five years, going back to the 2007-08 school year, Fordham’s football, men’s basketball and women’s basketball programs have a combined record of 98-234, a win percentage of only .295. The lack of success from the top-funded teams can overshadow the strides made by several of the school’s lesser-funded programs. Softball qualified for the NCAA Tournament the last two seasons as both an at-large team and a conference championship winner. In 2010, women’s swimming and diving won the first ever A-10 Championship for a women’s team at Fordham. Both tennis teams, as well as men’s soccer, had highly successful fall seasons. So why do the top-funded teams continue to struggle? Executive Director of Athletics Frank McLaughlin, Vice President of Student Affairs Jeffrey Gray and numerous coaches were all interviewed to talk about the athletic department’s current state and what they would like to see in the future. The administrators acknowledged the recent failures of the high-profile programs. However, they remain optimistic for the future, pointing to decisions which reflect an increase in commitment to athletics. This includes giving out football scholarships for the first time since 1954 and increasing the funding for both basketball programs. At the same time, sports administrators expect continued success from many of the smaller programs. An in-depth look into Fordham Athletics begins with a team that dramatically regressed last season, causing the school to make its fourth major coaching change in the last two years. SEE ATHLETICS ON PAGE 18

PHOTO BY CHRISTOPHER KENNEDY/THE RAM

Archbishop Timothy M. Dolan, pictured above with Rev. Joseph M. McShane, S.J., President of the University, addressed the Fordham community last week.

Physics Research Leads to Discovery

Dr. Quamrul Haider, Head of Fordham’s Physics Department, Contributes to Research of Eta-Mesic Nucleus By EDDIE MIKUS STAFF WRITER

Work conducted by Fordham professor Dr. Quamrul Haider, in collaboration with a colleague Dr. Lon-chang Liu of Los Alamos National Laboratory, recently led to the discovery of the eta-mesic nucleus. Haider described the mesic nucleus in the following way: A normal nucleus consists of a mixture of protons and neutrons. These particles are held together by a strongly attractive nuclear force between them. An eta-mesic nucleus, on the other hand, is an exotic type of nuclear matter where, in addition to neutrons and protons, an eta meson is bound by the strong interaction inside a nucleus. In contrast with the normal nucleus, the exotic nucleus is at a higher energy state; the extra energy is due to the mass of the meson. “These nuclei have a very short life,” Haider said, on the specific properties of an eta-mesic nucleus. “During [the] decay process, many interesting things happen; so you can study a lot of properties of a nucleus and the eta meson, as well as various aspects of nuclear reactions via the eta-mesic nucleus.” According to Haider’s calculations, eta mesons can be trapped in nuclei with a mass number (sum of neutrons and protons) of 12 or more. This is because the attractive force between an eta meson and the constituents in lighter nuclei is not strong enough to trap it.

Haider and Liu did not make the actual discovery of the eta-mesic nucleus. Instead, they predicted its existence and provided the theoretical framework which led to the experimentation that led, in turn, to the discovery; it was a process that took more than two decades. They first published the theory in 1986, when Haider was working at Los Alamos National Lab in New Mexico. Over the past two decades, Haider and Liu continued with their work while experiments were done at various labs around the world searching for the elusive mesic nucleus. “I wouldn’t say negative, but the results were not positive either,” Haider said, describing the experiments done during this period. “They could not convincingly say that the mesic nucleus was detected.” Finally, in 2008, an international team of experimental physicists working out of Jülich, Germany, through a complex experiment showed that an eta meson could, indeed, be trapped inside a nucleus. Their results were published in Physical Review in 2009. Haider said that the persistence over such a long period of time on the part of the experimenters was essential in discovering the etamesic nucleus. “The thing is, people did not give up,” Haider said. “Usually, what happens, after five years, if the results are negative, they’ll say, ‘Well, it’s just a theoretical prediction; it’s a mathematical gimmick.’ But for

20 years, they’ve been hunting for this nucleus in different nuclear reactions without throwing in the towel. So what does that mean?

It means they took our work seriously.” According to Haider, the most SEE PROFESSOR ON PAGE 2

Early Spring Weather Draws Students to Eddie’s

PHOTO BY MICHAEL REZIN/THE RAM

The consistent 50-degree temperatures of Tuesday afternoon inspired pick-up football games and Frisbee tosses as students camped out on Edward’s Parade.


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Volume 94 Issue 2 by The Fordham Ram - Issuu