Binghamton University News

TAF investment promotes development of inexpensive passive solar system

Passive solar systems currently employ metal coatings, rather than dyes. ChromaNanoTech plans to incorporate its light-filtering dyes into the plastic itself.

Twelve SUNY junior faculty awarded prestigious NSF CAREER Awards

Grants totaling $6.5 million support biotech, computer science, materials and energy research.

Re-examining freedom

Alana Gunn’s social work research fights the stigma of serving prison time.

Rethinking depression

Binghamton researchers learn more by using eye-tracking studies.

3-D printing of skin starts at the scrap yard for Binghamton University researcher

When Kyle Reeser wants to upgrade the 3-D bioprinter he built, he does much of the work himself, from designing the part to finding the necessary materials.

Binghamton’s ES2 leads efforts to maximize data center efficiency

Scientists aim to reduce energy consumption by developing smart data centers that self-measure and self-regulate.

Binghamton alums pioneer tech start-up in materials testing

With customers in the US, Europe and India, Advanced Materials Analytics LLC is spreading the word about what BU can do for technology.

Biochemist seeks new way to fight cancer

New strategy targets hedgehogs -- proteins that help govern how cells develop.

Study: Women hurt more by breakups but recover more fully

A new study by Binghamton graduate researcher Craig Morris reveals that different experiences boil down to biology.

Binghamton University engineer creates origami battery

Inexpensive paper batteries could one day power biosensors for use in remote locations.

Innovation targets body temperature

Laser based body heater increases weight loss and productivity.

Nanotech process makes inexpensive dyes heat-resistant

Optical dyes that are both economical and stable are about to hit the market, thanks to some researchers at Binghamton University.

Electronics Manufacturing

A Binghamton University team developed a new technique that will improve the quality of flexible, conductive, transparent glass.

All soaps are not created equal

A bioengineer with expertise in fluid and solid dynamics developed a new technique will make it possible to build a better soap.

Using 3-D printing technology to build implantable tissues and organs

Plan would strip a patient's cells down to a stem cell-like framework and use the 3-D process to add material until it produces a functioning specialized cell.

Room for innovation

BU’s new Seymour Kunis Media Core, part research lab and part movie studio, has contributed to advances in information security and human-computer interaction.