Dan nabi najis Muhammad yang dijadikan jinjungan dan panutan oleh orang Islam 
yang dungu-dungu kayak anjing itu diriwayatkan berkata  otak permepuan itu 
lemah...

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http://edition.cnn.com/2012/07/03/business/fabiola-gianotti-leading-women/index.html

(CNN) -- As coordinator for the world's biggest science experiment, Fabiola 
Gianotti occupies one of the top jobs in science.

Housed in an underground facility straddling the border between France and 
Switzerland, CERN (the European Organization for Nuclear Research) is the 
beating heart of modern physics research. A collaboration of 20 member states, 
it's also where the world wide web was invented in 1989.

After 18 years at CERN, Gianotti became spokesperson and coordinator of the 
lab's ATLAS experiment, which employs 3000 scientists. Her role -- a 
democratically elected position -- is to lead the experiment's strategic 
planning and present its findings to international media.
What we know is really very, very little compared to what we still have to know.
Fabiola Gianotti, CERN

ATLAS is the largest detector at CERN, used to record collisions between 
protons accelerated in the 27km Large Hadron Collider, described as "the 
planet's most powerful human-built microscope".

It's hoped that, by observing these collisions, which replicate conditions 
straight after the Big Bang, scientists can address such world-changing 
questions as the origin of mass, the constitution of dark matter, how 
fundamental forces unify, and whether there are more than three or four 
dimensions.

After some initial teething problems, the Large Hadron Collider has this year 
been cranked up to full power, and has delivered more data in April and June 
than in the whole of 2011.

The experiment has captured the world's imagination, with "Higgsteria" 
observable on Twitter, where #HiggsRumors became a trending topic on June 20, 
as enthusiasts anticipated an announcement about the detector's preliminary 
2012 results. (It will screen here, on July 4, at 7am GMT).

Scientists at the US Department of Energy's Fermilab in Illinois believe they 
may also be close to discovering the elusive particle.
Understanding the 'God particle'
2010: World's biggest science experiment

In particular, physics nuts hope such experiments will finally prove or refute 
the existence of a type of particle called the Higgs Boson. If discovered, this 
particle would confirm currently accepted theories about the structure of the 
universe.

"I couldn't tell you which (outcome) I would prefer," Gianotti says. "Building 
a new particle is very nice but also demonstrating that a mechanism that has 
been proposed as the solution for many years is not the correct one is a major 
step forward for fundamental science."

"Of course, mankind has made giant steps forward," she says. "However, what we 
know is really very, very little compared to what we still have to know."

See also: How girl geeks can get the best tech jobs

"It's important we try to do things we love," she adds, but she also advises 
scientists to be "extremely patient and extremely humble."

Gianotti's career is statistically exceptional. Female scientists are in the 
minority, accounting for around 30% of Europe's researchers, according to 
reports by the European Commission and UNESCO.

A European Commission report notes that, although "girls' underachievement in 
maths has narrowed in all countries and is on the way to disappearing in most 
of them," girls tend to lose interest in science in their first three years of 
secondary school, and believe themselves to be worse than boys at physics, even 
when their grades are not.

In the United States, a report by the National Science Foundation which came to 
the same conclusion, observed that even girls who are good at maths show less 
interest in science careers.
I had this curiosity that pushed me towards...the fundamental questions.
Fabiola Gianotti, CERN

This suggests that, for every Gianotti, there are many more who give up. Yet 
Gianotti has made it to the top of her field, and is involved at the highest 
levels in historically significant and pioneering work. What went right for her?

Meet Fortune 500's female powerbrokers

Born in Milan, Gianotti was not drawn to science as a girl. She was educated at 
a "liceo classico," a type of Italian secondary school with an emphasis on art 
history, literature and ancient languages, and "very little mathematics or 
physics," she says.
An aerial view of Switzerland near Geneva and Lake Leman with a circle showing 
the 16-mile circumference of the Large Hadron Collider.
An aerial view of Switzerland near Geneva and Lake Leman with a circle showing 
the 16-mile circumference of the Large Hadron Collider.

The daughter of a geologist, Gianotti says she grew up with a love of nature 
and an immense curiosity about the world around her, fueled by "endless" walks 
in the mountains, when her father would stop to show "a flower or a plant or a 
little insect."

As a teenager, Gianotti became interested in philosophy, "a discipline that at 
least asks the fundamental questions," but took the unusual step of choosing to 
study physics at university.

"Physics also tried to address the fundamental questions, and often could give 
an answer," she says. "Perhaps not the final answer, perhaps just a little step 
forward. I liked it immediately," she says.

Although she moved from artistic fields into science, Gianotti, who also 
studied piano at Milan Conservatory, says "art and physics are much closer than 
you would think".

"Art is based on very clear, mathematical principles like proportion and 
harmony. At the same time, physicists need to be inventive, to have ideas, to 
have some fantasy."

The National Science Foundation's report suggests that fewer women pursue 
science careers because women are more likely to prefer work with "a clear 
social purpose," and "most people do not view (science and technology) 
occupations as directly benefiting society."

But Gianotti says one of the most appealing aspects of her job is the broader 
applications for the cutting-edge technologies being developed at CERN. For 
example, 17,000 of the world's 30,000 accelerators are used for medical 
applications such as cancer therapy, she says.

Working alongside scientists from 38 countries is another perk. "For me, this 
job is, of course, a great scientific adventure but it's also a great human 
adventure," she says.







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