Just a few minutes of warning during a natural disaster can mean the difference between life and death.
Imagine being stuck underneath rubble after a hurricane slams landward, knocking out the emergency phone lines. What if social media could save your life? What if an online platform gave you a more accurate, detailed route of a hurricane?
What if a parent could feel safe allowing a drone to walk their child to the bus stop? Could robots work without human intervention?
New research at Purdue’s Center for Brain-inspired Computing Enabling Autonomous Intelligence, or C-BRIC, could direct drones and other robotic devices and machines to do even more through advanced artificial intelligence.
Purdue University researchers have developed a unique, toxin-free adhesive system developed from underwater creatures. They hope it will make plywood, cardboard boxes and other packaging – combined $100 billion industries – both safer and easier to use.
Purdue University researchers have developed a unique approach using augmented reality tools to help less-experienced surgeons and physicians in war zones, natural disasters and in rural areas perform complicated procedures.
Companies and governments have regularly invested in solar farms and lost money when weather degradation unexpectedly cut panel lifetime short.
Purdue researchers created an algorithm using the physics of panel degradation that can analyze solar farm data from anywhere, essentially as a portable EKG for solar farms.
A startup is using Purdue University-patented technology to produce precise, customized medicine for pets. Pinpoint Pharma is a precision compounding pharmacy for veterinarians, ensuring that the medicine tailored to each individual animal’s needs is easier for pet owners to give and for pets to take, which optimizes clinical outcomes.
Purdue University researchers have devised a way to use 3D printers to ensure that medical imaging techniques offer offer the best performance. The researchers developed a method to use 3D printers to create optical phantoms, which are objects that are scanned or imaged to evaluate, analyze and tune the performance of imaging devices. The phantoms could be adapted for many imaging techniques.
Purdue University researchers are developing a novel biomedical imaging system that combines optical and ultrasound technology to improve diagnosis of life-threatening diseases.
Human skin, like any other material, obeys the laws of physics — which means its mechanics can be predicted in computer simulations. Now a Purdue team is bringing this technology to reconstructive surgeries. Using smartphone photos and computer analysis, surgeons can now predict how specific wounds and scars will heal.
A new technology developed by Purdue University researchers allows different concentrations of a drug or a chemical to be targeted at different areas of the same cancerous tissue in the laboratory. The discovery may help the more than 1.7 million people the National Cancer Institute predicts will be diagnosed with the deadly disease this year in the United States.