Cutting-edge implants might soon be fueled by innovative dual-energy harvesting technology, offering promising advancements in the realm of implantable biomedical devices. Researchers at Penn State have developed a groundbreaking wireless charging device poised to revolutionize the power supply for next-generation implants, addressing current limitations while ensuring safety for the human body.
New research from Cornell University challenges the long-held belief that a newborn’s immune system is merely an immature version of an adult’s. Instead, the study reveals that newborns’ T cells, the white blood cells crucial for disease protection, exhibit superior performance compared to those of adults when combating various infections.
Recent research led by Assistant Professor Jorge Fresneda from the New Jersey Institute of Technology reveals that while machines cannot yet think, they are now capable of validating human emotions. Fresneda, initially trained as a chemist and now an expert in neuroanalytics, investigates how measurements of brain activity and skin conductance can accurately predict emotions. This research has implications across various fields, including entertainment, management, marketing, and well-being.
