Wednesday, Aug. 1, 2012
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Wednesday, Aug. 1
2 p.m.
LHC Physics Center Topic of the Week Seminar - WH10NW
Speaker: Oliver Buchmueller, Imperial College London
Title: Supersymmetry: Post Discovery of a New (Higgs?) Boson

3:30 p.m.
DIRECTOR'S COFFEE BREAK - 2nd Flr X-Over

THERE WILL BE NO FERMILAB COLLOQUIUM THIS WEEK

Thursday, Aug. 2

THERE WILL BE NO THEORETICAL PHYSICS SEMINAR THIS WEEK

3:30 p.m.
DIRECTOR'S COFFEE BREAK - 2nd Flr X-Over

THERE WILL BE NO ACCELERATOR PHYSICS AND TECHNOLOGY SEMINAR TODAY

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Wilson Hall Cafe

Wednesday, Aug. 1

- Breakfast: English muffin sandwich
- Portobello harvest grain
- Santa Fe chicken quesadilla
- Hoisin chicken
- Smart cuisine: parmesan fish
- Cuban panini
- Assorted sliced pizza
- Shrimp pesto

Wilson Hall Cafe Menu

Chez Leon

Wednesday, Aug. 1
Lunch
- Bloody Mary chopped salad w/ shrimp
- Cold lime soufflé

Friday, Aug. 3
Dinner
Closed

Chez Leon Menu
Call x3524 to make your reservation.

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From symmetry breaking

Introducing… the Particle Olympics!

Gluons never let go. They'd rout their competition in wrestling.

With the 2012 Summer Olympics under way, we at symmetry have just one question on our minds: Which particle would win which Olympic event? Here's our roundup; we look forward to hearing which particles you expect to win in the comments below, on Facebook and on Twitter!

Over at London's Olympic Stadium, neutrinos would zip right through the competition in the 100-meter dash—so long as they didn't get disqualified for changing flavor along the way.

In the weightlifting competition, there's a new champion in town: the Higgs boson, who could use all the mass in the universe to his advantage.

With the ability to never let go, the gluon would dominate the wrestling card.

With their very long (some would say infinite) lifetimes, protons could go the distance in the marathon.

On the uneven bars, the electron has the advantage—so long as the audience includes photons to cheer her to a new energy level.

Who will win the gold in archery, beach volleyball, canoe slalom, judo, synchronized swimming, trampoline, water polo and more? You tell us!

Read more

Kelen Tuttle

University Profile

Purdue University

NAME:
Purdue University

HOME TOWN:
West Lafayette, Ind.

MASCOT:
Boilermaker Special

SCHOOL COLORS:
Old gold and black

COLLABORATING AT FERMILAB SINCE:
Early 1970s

WORLDWIDE PARTICLE PHYSICS COLLABORATIONS:
CDF, CMS, LSST, VERITAS (IPP, Toronto), XENON-100 (INFN)

NUMBER OF SCIENTISTS AND STUDENTS INVOLVED:
15 faculty, four senior scientists, 14 postdocs, 16 graduate students

PARTICLE PHYSICS RESEARCH FOCUS:
Most areas of particle physics, including Higgs physics, supersymmetry, heavy-quark physics, string theory, formal field theory, physics beyond the Standard Model, TeV astronomy, compact objects, dark matter, dark energy, and the development of silicon-based detectors for particle physics and particle astrophysics, especially vertex detection, tracking, wavefront reconstruction and guiding.

WHAT SETS PARTICLE PHYSICS AT PURDUE APART?
Outstanding opportunities for student training. The Purdue Particle Physics Microstructure Detector Development Laboratory (P3MD) is one of the finest facilities in the nation for the development and construction of silicon- and gas-based microstructure detectors for particle physics and astroparticle physics. In addition, Purdue's 11 schools of engineering are among the finest in the world and offer a range of training opportunities, including very-large-scale integration design, advanced mechanical engineering and micro- and nano-manufacturing techniques frequently taken by particle physics students. We host a CMS Tier-2 center. Our proximity facilitates collaboration with Fermilab.

FUNDING AGENCIES:
DOE, NSF

View all university profiles.

In the News

Higgs boson: the definite article?

From The Guardian, July 30, 2012

I just spent a great week in Valencia at the fourth annual "Boost" meeting. Long Spanish lunches should feature in more conferences. Paella and red wine are excellent aids to discussion, and somewhat to my surprise I found it easier than usual to pay attention in the afternoon talks.

Boost 2012 is the first conference I've been to since we discovered the new boson. You know, the one which looks a lot like the Standard Model Higgs boson and which is certainly a new boson with some Higgs-like properties.

This made the meeting even more exciting than last year and also means this is a good time to answer two questions I have been asked a few times since the discovery. Both questions are connected quite directly to topics discussed at the meeting.

The first is, why the caveat on the discovery? Why do we not just come out and say we've found "the Higgs boson"?

Read more
From the Core Computing Division

Fermilab moves toward next-generation Internet protocol

Phil DeMar, Network Analysis and Architect Manager for the Core Computing Division, wrote this column.

Phil DeMar

Internet Protocol version 6 (IPv6) is the Internet's next-generation protocol, designed to replace Internet Protocol version 4 (IPv4), the version that has been in use since the inception of the Internet. The Core Computing Division has begun to roll out IPv6 support for several basic services.

Why are we doing this now? The U.S. federal government has made a commitment to deploy IPv6. The Office of Management and Budget has established specific IPv6 milestones for federal agencies to meet. The aim of our IPv6 efforts is to meet those milestones. However, there is a larger purpose here. IPv4 address space in the Internet has essentially run out due to the explosion of the number of devices requesting Internet addresses. The impetus for deploying IPv6 is to enable the Internet to sustain its incredible growth curve without resorting to address kludges.

How will these changes affect users? We anticipate users should not be affected at all. They may notice the familiar four-byte IPv4 addresses (131.225.xxx.yyy) being replaced by much longer 16-byte IPv6 addresses (2001:400:2410:50:3d8e:e20a:bf50:39e2). Fortunately, humans normally use words and names rather than nonsensical strings of characters to access Internet services. The underlying address formats typically remain invisible to users.

The laboratory's externally facing domain name servers (DNS) already support IPv6. By the end of September, externally facing email gateways and public web servers will also support IPv6. These steps will enable users who are away from the laboratory and on the general Internet to use IPv6 to access those services. In addition, the Core Computing Division has already begun plans to provide IPv6 support for internal user systems such as desktops, notebooks and tablets. However, implementation of internal IPv6 support is still one to two years down the road.

In deploying IPv6, we're doing our part to promote the Internet's future. We will meet our IPv6 milestones, and do so without noticeable impact to users.

ES&H Update

Accelerate to a Healthy Lifestyle program starts today

ES&H awards prizes based on participation every month. Photo: Cindy Rogers, ES&H

Mark your calendars. ES&H's fourth annual Accelerate to a Healthy Lifestyle program kicks off today. It will run through Oct. 31.

Participants in the program aim to exercise a minimum of three times per week for 30 minutes. Exercise can include walking, running, playing tennis, swimming, biking, hiking and other activities.

For more information, please visit the ES&H webpage, where you can join and enter your time electronically.

Safety Update

ES&H weekly report, July 31

This week's safety report, compiled by the Fermilab ES&H section, contains five incidents.

One employee tripped, slipped and fell, hitting his head on an elevator door. He suffered a laceration resulting in medical treatment and one lost work day. The case is a DART.

Three separate employees were stung by wasps. They received first-aid treatment.

An employee suffered a minor laceration when the window he was holding broke. He received first-aid treatment.

Find the full report here.
Announcements

Summer interns group picture - today

ANSYS courses offered in August

Martial Arts classes - begin Aug. 6

Muscle Toning classes - begin Aug. 7

Heartland Blood Drive - Aug. 13-14

Drawing to win palm tree - Aug. 15

University of Chicago Tuition Remission Program deadline - Aug. 17

Howard Levy & Chris Siebold - Aug. 18

URA Visiting Scholars Program deadline - Aug. 27

Project Management Introduction class - Sept. 10-14

Fermilab Management Practices Seminar - begins Oct. 4

Interpersonal communication skills training - Nov. 14

Outdoor soccer - Tuesdays and Thursdays at 6 p.m.

Bristol Renaissance Faire employee discount

Other Fermilab employee discounts

Atrium work updates