Stories about Research

Artistic rendering of Lesley Chow's new method to create continuous, highly organized scaffolds to regenerate two different tissues

A New Approach to Tissue Engineering: Lesley Chow Creates Scaffolds for Tissue Regeneration

Chow and her team have demonstrated a new method to create continuous, highly organized scaffolds for tissue regeneration.

Quilted material with images--art by Anna Chupa at Lehigh University

The Creation of Art & Knowledge at a University Museum

A Lehigh University Art Galleries exhibition of faculty work celebrates artists as researchers.

Illustration showing the complicated relationship between technology and labor.

David Zhang Works to Understand the Complicated Relationship Between Labor and Technology

Zhang explores IT’s potential to eventually replace higher-skilled workers.


Oliver Yao: The Impact of 'Monday Effect' on Supply Chains

Just Another (Panic) Monday?

A solar panel field

A New Approach for Efficient Solar Energy Conversion

Lehigh engineers have characterized the thermal energy conversion mechanism in the lattice of an advanced nanomaterial called chalcogenide perovskite and demonstrated its 'tunability'―important for its potential use in solar energy generation.


Study: More Women, Minorities in STEM? Address Social Oppression in the Classroom

Community college program proves effective in strengthening entrepreneurial and STEM skills of students―largely women, minorities and immigrants.

How airplane noise affects fetal health

Muzhe Yang: How Airplane Noise Affects Fetal Health

Yang examines the unintended consequences of an air traffic modernization project on babies’ birth weight.

Lehigh professor Hannah Dailey

Engineering Orthopaedic Care

Hannah Dailey ’02 ’06G ’09G seeks to bridge the gap in clinicians’ ability to predict how quickly bones heal.

Graphic Medicine

Bioethics: Not in Gotham Anymore

Lehigh neuroscientist Ann E. Fink uses comic-book form to explore the bioethics of treating a torturer’s PTSD.

A snail

A Superglue Inspired by Snail Mucus

Anand Jagota and fellow scientists have created a reversible superglue-like material.