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A new research collaboration between New Jersey Institute of Technology (NJIT), Louisiana State University (LSU) and University of Florida is set to launch the first evolutionary study of the unique pelvic structure and walking mechanics of blind cavefish (Cryptotora thamicola) — the only living species of fish known capable of walking on land similarly to four-limbed mammal and amphibian vertebrates, or tetrapods.

Bats and dolphins emit sound waves to sense their surroundings; like a battery, electric fish generate electricity to help them detect motion while burrowed in their refuges; and humans use tiny movements of the eyes to perceive objects in their field of vision. 

When the West Nile virus (WNV) was initially isolated in two patients at a Queens, N.Y., hospital in the summer of 1999, it would have been hard to anticipate how quickly one common species of house mosquito, Culex pipiens, would help begin to spread the virus throughout the western hemisphere.

Both on land and in space, Earth’s technology-centered civilization is increasingly vulnerable to the powerful bursts of electromagnetic radiation, energetic charged particles and magnetized plasma known as space weather. As the complexity of engineered systems increases, as new technologies are invented and deployed, and as humans venture ever further beyond Earth’s surface, both human-built systems and humans themselves become more susceptible to the effects of the planet’s space environment.

In August, more than 700 teams comprised of statisticians, programmers, engineers and students from across North America applied to enter this year’s “2018 NBA Hackathon” — a data-driven competition to “build tools that solve important and challenging problems in the NBA.”

It was then that a team of three mathematics students from NJIT applied for and earned distinguished selection into the contest’s final 20-team field, scheduled to compete at the NBA headquarters in Secaucus, NJ this past fall.

Last month, New Jersey educators and stakeholders met at the Atlantic City Convention Center for New Jersey School Boards Association’s “Workshop 2018” — the state’s largest annual professional development conference for school leaders. The conference staged a record turnout of “Future Ready” certified schools and districts improving digital education practices and resources for New Jersey students.

New Jersey Institute of Technology has been ranked among the best colleges for biology students in the U.S., according to College Factual’s recently released “2019 Best Biology Colleges” rankings.

The new rankings indicate that NJIT’s degree programs in biology place in the top 15 percent of all general biology programs offered in the country, improving the university’s national position 82 slots over the past year. The new rankings also recognize NJIT as having one of the top five biology programs in New Jersey.

Physicist Ken Chin, a scientist, author and inventor, received a Thomas Alva Edison Patent Award last night from the Research & Development Council of New Jersey for his work on a promising new method for advancing sustainable energy production: next-generation solar cells.

Chin focuses on improving the performance and efficiency of thin-film solar cells based on cadmium telluride (CdTe), which are potentially a lower-cost alternative to silicon because they require fewer natural resources to produce electricity and take up much less space on buildings.

What had been a typical summer this past August all changed for Alisa Scivetti ’19 after she came across a social media advertisement browsing through her Snapchat story.

The open-call advertisement encouraged applications for a chance of entering a highly selective, once-in-a-lifetime competition — one that would test Scivetti against some of New Jersey’s most impressive young women onstage, in front of a live audience of thousands.