Explore how urban soundscapes affect cognitive function, mental health, and neurological responses. Learn about the science behind city noise and brain health.
Exploring cutting-edge technologies for micro and nanostructuring nonplanar optical fibers, from femtosecond lasers to spatial light modulators.
Discover how surface acoustic waves enable precise, non-contact manipulation of cells for neuroscience research and bioengineering applications.
Explore how single-cell multiomics is revolutionizing our understanding of histone modifications and their role in gene regulation, cellular development, and disease.
Exploring the ethical dimensions of deep brain stimulation and its impact on personal identity, with insights from recent research and ethical frameworks.
Discover how deepfakes and AI-generated images are transforming neuroscience research, revealing insights into human brain processing of faces and emotions.
Discover how optical spectroscopy and blood oxygen saturation correlate through positive linear regression, revolutionizing medical monitoring.
Explore how cutting-edge technologies like brain-computer interfaces, robotics, and virtual reality are revolutionizing neurorehabilitation and helping stroke survivors regain movement.
Explore revolutionary technologies for imaging neural activity in living brains, from holographic imaging through skull to advanced calcium sensors and future directions in neuroscience.
Exploring the scientific validity of art therapy as a theoretical paradigm for treating vulnerable children with psychological disorders.