Penn Integrates Knowledge Professorships

"The time has come to lower the barriers that separate departments and schools. Discipline must reach across to discipline and build bridges of common understanding and shared purpose across all 12 of Penn’s schools and throughout the campus."

Penn President J. Larry Jameson

Penn Integrates Knowledge University Professorships

As the challenges of our time grow more complex and consequential, Penn is poised like no other to innovate and lead. Through the recruitment of faculty who cross disciplinary boundaries, Penn fosters innovation and expands the world’s knowledge in new and unanticipated ways. Penn Integrates Knowledge (PIK) Professors hold appointments in two or more schools at Penn, and draw on their breadth of knowledge to collaborate with colleagues on boundary-breaking research.

With 12 schools on one contiguous campus, our world-class faculty – especially PIK Professors – are masterful collaborators. As they pursue their path-breaking work, they bring knowledge together across disciplines and use that knowledge to illuminate some of the most fundamental issues of our time.

On Campus and in the World

Human X chromosomes, karyotype, structure, division in genetic biological study

How ancient attraction shaped the human genome

Research led by geneticist Sarah Tishkoff’s lab finds that prehistoric mating preferences is a likely explanation for why modern humans have so little Neanderthal DNA on their X chromosomes, challenging the idea that human evolution was driven solely by survival of the fittest.

Locust Walk in the snow

Awards and accolades for Penn faculty

A roundup of the latest awards for various faculty members and students in the School of Arts & Sciences, Penn Carey Law, Annenberg School for Communication, and the School of Engineering and Applied Science.<br />

A microscope with a slide.

Can aging be treated at the cellular level?

Penn researchers Shelley Berger and Esra Sahingur explain senescence, the process of cellular aging, and discuss the complexities of developing anti-aging therapies that target these cells.