Please bring your registration form to the reception desk of Kirby Sports Center.

Entry forms are available in Farinon on the bulletin board next to the ATM machine and at the reception desk in the Kirby Sports Center.

Used and New CD's & DVD's

Lafayette students, faculty, and staff can schedule a one-hour appointment to donate blood. Please be advised that all donors must now present a valid ID (federal, state, county, city, municipality, workplace, or school). Email outreach@lafayette.edu to reserve your spot today. One donation helps save three lives!!

Join us to discover what the Gateway Program & Career Services is all about. Listen to current Gateway students talk about their experiences & how Gateway has worked for them. Sign-up required at 201 Hogg Hall.
Lunch available at the 12:15 meetings
CAREER SERVICES

We speak for America's waters, from source to tap. For 36 years Clean Water Action has succeeded in winning some of the nation's most important environmental protections through grassroots organizing, expert policy research and political advocacy focused on holding elected officials accountable to the public.

Come and find out the jobs, internships, and volunteer opportunities available. Come learn how to make a difference.

Please bring your registration form to 221 Farinon.

Entry forms are available in Farinon on the bulletin board next to the ATM machine and at the reception desk in the Kirby Sports Center.

Join members of the Lafayette College community for a happy hour event to learn more about the Washington, D.C. POSSE Foundation and network with professionals from a variety of fields from the Washington, D.C. metro area.

Light hors d'ouvres and drink specials will be available.

Click below for more information and to RSVP.

Get a team of 6 to 10 people to compete in a double elimination dodgeball tournament. It costs $25.00 to register a team. All money will go to a local charity.

"The Mechanics of Flatland: from molecules to membranes (and back)"
James K. Ferri, Associate Professor of Chemical and Biomolecular Engineering

The 19th century novel, Flatland, describes the operations of a two-dimensional world, in which the protagonist becomes aware of the existence of higher dimensional worlds and their relationship to his own. Two-dimensional surfaces today play an important role in nanotechnology, a field with implications for tissue engineering, biotechnology, and medicine. This talk will expand on the theme of dimensionality in the context of nanotechnology materials. We describe experimental approaches and accompanying theoretical frameworks developed in our research to measure intrinsic properties (strength, permeability) of nanostructured surface materials. We conclude with a discussion of the impact that Flatland will have on modern life.