Researchers at Cornell, Colorado State, and Kapteyn-Murnane Laboratories believe ultrafast fiber lasers could hold an abundance of untapped potential. The collaborative research team published a proposal ...

A joint team of researchers from the University of Tuebingen in Germany and Carl Zeiss Vision explore the efficiency of clear lenses as forms of ocular protection against UV light in a recently published ...

Researchers at the Cardiovascular Surgery Department at the Chinese Academy of Medical Sciences and Peking Union Medical College have developed a new method for intact cardiac tissue imaging. This method, ...

A collaborative research team from Harbin Medical University and Harbin Institute of Technology present a promising alternative to detect lymphoma in blood samples in their recently published paper. The ...

Engineers at Harvard University have published their proposal for a large area lens design that addresses the high-demand of the technological age. With a nod to Moore’s Law, they sought to unify two ...

A new paper details the potential use of nanowire arrays as artificial photoreceptors. The Zhongshan Hospital-affiliate team from Fudan University in Shanghai observed visual responses in blind mice fitted ...

A team of researchers from the Erasmus University Medical Center in Rotterdam, Netherlands optimized the use of intravascular imaging in the detection of coronary artery diseases via catheters. They ...

A new study presents a novel approach to imaging the human cornea. The research team at the Langevin Institute in Paris says their optical coherence tomography device is the first capable of full-field in ...

Researchers at the University of Delaware have revealed an exciting opportunity for the market of energy efficient technologies. In a paper published in February’s issue of Optics Express, the team ...

Researchers at Heriot-Watt University in Edinburgh, UK have developed a new design for optical tweezers using a single diode-coupled multicore fiber. The novel method promises a much more flexible ...