Scientists have developed nanometer-sized 'cargo ships' that can sail throughout the body via the bloodstream without immediate detection from the body's immune radar system and ferry their cargo of anti-cancer drugs and markers into tumors that might otherwise go untreated or undetected.
A team from Stevens Institute of Technology has been awarded a grant from the National Science Foundation for the project 'MRI: Acquisition of an Inductively Coupled Plasma Etching System for Nano/Micro Device Fabrication.'
It is the aim of this workshop to stimulate discussions and understanding of the general mechanisms and structural features behind self-assembled nanowire growth within the wide range of materials systems.
As we have written here before, the utter nonsense of claiming that nanotechnology products will be a 'trillion dollar market' has become a self-perpetuating claim that is eagerly adopted by politicians to push industrial policies, subsidies and investments.
Archaeological evidence suggests that glass was first made in the Middle East sometime around 3000 B.C. However, almost 5,000 years later, scientists are still perplexed about how glassy materials make the transition from a molten state to a solid.
The project, titled 'A Facility to Perform Bio-molecular Imaging; Real Time Phase Mapping of Biological Dynamics,' is designed to provide real-time images of biological processes at nano and pico scale resolutions, a feat never achieved before.
The Stanford School of Engineering today announced that Jen-Hsun Huang, the founder and chief executive officer of leading visual computing company NVIDIA and a Stanford electrical engineering alumnus, will donate $30 million to help build a modern and sustainable destination for education and research, the Jen-Hsun Huang School of Engineering Center.
The world's largest-ever physics experiment has got underway at the Large Hadron Collider (LHC) at CERN, the European Organization for Nuclear Research, in Switzerland. The first beam of protons successfully made its way around the 27 km particle accelerator on the morning of September 10.
Fusion for Energy with the support of the European Commission, Japan Atomic Energy Agency and ITER Organisation have successfully tested a prototype superconductor for the ITER Poloidal Field coils made of Niobium(Nb)-Titanium(Ti) reaching a stable operation at 52 kA in a magnetic field of 6.4 Tesla.