Robot can move by sea temperature
NASA has developed a new generation of underwater robots that can move based on seawater heat.
Browse ScienceInfo articles and explainers related to Develop.
3,054 published items.
NASA has developed a new generation of underwater robots that can move based on seawater heat.
Japan has successfully built a device that can automatically grow cells for many people at the same time.
Scientists at McGill University (Canada) have successfully developed a new exploration technique called ultra-high-spectral imagery.
Scientists at the California Institute of Technology in the United States have used nanoscale technology to make robots that can move in the blood.
The Palo Alto company has developed a handheld HIV detector sized the size of an iPod.
Scientists at Princeton University in the US have successfully developed a new type of transmission plastic to replace traditional solar cell material with low cost.
Researchers at Purdue University are developing new technologies that turn laser pulses into radio signals so that electronic devices in the home can connect wirelessly.
In cooperation with Lockheed Martin, some countries rely on the design of the F-16 to develop a domestic version of this multitasking fighter.
Researchers at the University of Tokyo's Robotics Research Division at JSK have developed the Kojiro robot, which can move in a surprisingly fluid motion.
Using new materials, researchers at Stanford University have developed lithium batteries that are more secure than previous lithium-ion batteries.
Scientists from Wincos University have successfully developed a new imaging technology called PCVIR, which allows MRI imaging of 4D images.
Swedish researchers have created a costume that allows wearers to play music by touching it.
RTI has developed an intelligent light bulb with nanofibres, saving energy five times that of conventional lamps.
In addition to developing the MQ fleet - a 'beast' and MQ - 9 'death god', the US military also implemented an ambitious project 'combined unmanned aerial combat system'.
Lockheed Martin has developed more fuel cell technology on the HULC skeleton, to support US ground troops.