Binghamton University Anthropology Professor Carl Lipo and Associate Professor of Geography Thomas Pingel are using the same technology used to locate Maya ruins amid the jungles of Guatemala to recreate the scene of the 1944 Battle of Guam in intricate detail, potentially leading to the recovery of missing servicemen.
Tag: Soldiers
Soldiers in Recovery from Alcohol Use Disorder Who Experience Cardiovascular Withdrawal Symptoms May Benefit from Medication Targeting Brain Stress Response
Prazosin, a medication FDA-approved for hypertension and used off-label for alcohol use disorder, may help prevent drinking relapse in people with cardiovascular or behavioral symptoms of alcohol withdrawal, according to a new study involving active-duty soldiers.
Veterans with Traumatic Brain Injury: M.O.M. to the Rescue
The M.O.M. project, which will have four units in Ohio, Florida, South Carolina and Texas, will engage veterans with traumatic brain injury, their caregivers and other stakeholders to bolster patient-centered outcomes research and comparative effectiveness research in order to identify treatment options for traumatic brain injury that are effective, acceptable, and meaningful to the veteran population.
Breathable second skin materials provide smart protection against chemical and biological agents
A multi-institutional team of researchers led by Lawrence Livermore National Laboratory (LLNL) scientist Francesco Fornasiero has developed a smart, breathable fabric designed to protect the wearer against biological and chemical warfare agents.
Researchers Take Body Armor to the Next Level with High Energy Fibers
Body armor for U.S. soldiers are heavy, cumbersome, and way above the desired aerial density, which limits their mobility and physical performance. FAU scientists expect to improve performance of military helmets and body armor using hybridized nanocomposite fibers. Like something out of the movie “Iron Man,” this new fiber will to lead to fast dissipation, greater energy absorption and ballistic performance. Bullet-proof armor performance is heavily dependent on the base material properties, which have changed little in recent years.