Nanooptics and Nanophotonics News

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Controlled Collisions of Molecules Allow Scientists to Visualize Dual Microscopic Chemical Reaction Pathways

A research team at RIKEN's Advanced Science Institute in Wako has broken the rules of chemical reactions. Instead of using test tube sets, the researchers generated high-velocity beams of atoms and molecules.

2 Apr 2009

Colloidal Quantum Dots Breakthrough has Enormous Potential Significance for Future of Laser Technology

McGill University researchers have successfully amplified light with so-called "colloidal quantum dots," a technology that had been written off by many as a dead-end. Over the last 15 years, repeated quantum...

2 Apr 2009

Locating the Weakest Electrical and Magnetic Fields in Electronic Circuits

The smaller the components in electronic circuits, the more interference-prone they are. If the components are too densely packed, they can interfere with one another. A near-field scanner can accurately detect weak fields and help to protect bank cards against fraud.

2 Apr 2009

Thermo Fisher Scientific Showcases Complete Portfolio of Instruments and Accessories at ACHEMA 2009

Thermo Fisher Scientific Inc., the world leader in serving science, will be showcasing its complete portfolio of instruments, accessories, consumables and software solutions on booths B1-C11 in hall 6.1 at ACHEMA 2009, F...

2 Apr 2009

Behavior Of Quantum Dots When Combined To Form Molecules Doesn't Fit With Atomic Physics Theory

A study has demonstrated that the behaviour of quantum dots is different from that posited by atomic physics so far, and this is due to the spin of the electron. This is one of the findings of the theoretical study c...

1 Apr 2009

Pennsylvania NanoMaterials Commercialization Center Announces Election of New Officers and Directors to its Board

The Pennsylvania NanoMaterials Commercialization Center has announced the election of new officers and directors to its board. Elected are: Luis Fanor Vega, Ph.D.- Luis Fanor Vega is division manager for the en...

1 Apr 2009

A Persistent Spin State that Could Revolutionize Spintronics

By controlling the collective spin state of highly mobile electrons in semiconductors, researchers in the Materials Sciences Division (MSD) at the U.S. Department of Energy's Lawrence Berkeley National Laboratory have taken a major step forward in the technology of spintronics.

1 Apr 2009

Nanooptics and Nanophotonics News

Controlled Collisions of Molecules Allow Scientists to Visualize Dual Microscopic Chemical Reaction Pathways

Colloidal Quantum Dots Breakthrough has Enormous Potential Significance for Future of Laser Technology

Locating the Weakest Electrical and Magnetic Fields in Electronic Circuits

Thermo Fisher Scientific Showcases Complete Portfolio of Instruments and Accessories at ACHEMA 2009

Behavior Of Quantum Dots When Combined To Form Molecules Doesn't Fit With Atomic Physics Theory

Pennsylvania NanoMaterials Commercialization Center Announces Election of New Officers and Directors to its Board

A Persistent Spin State that Could Revolutionize Spintronics

Novel Technique Permitting Rapid Analysis of Single Human Immune Cells

CTO of API Nanotronics to Speak At TAPPI June Conference

Berkeley Scientists Produce First Live Action Movie of Individual Carbon Atoms in Action

Electron-Phonon Interactions Boost 2D Semiconductor Conductivity

New Nanomaterial Offers Sustainable Drinking Water Solution

Nano-Formulations Boost Plant Growth and Inhibit Nematode Production

Carbon Nanofibers Boost Strength and Durability of Fiber Composites

Rapid Biomimetic Nanovaccine for Personalized Cancer Therapy

Enhancing Slurry Stability in Lithium-Ion Batteries with Turbiscan Technology

PiFM and its Role in Nanoscale Chemical Imaging

Conversations on AFM: How AI is Automating Scanning Probe Microscopy

Sponsored Content

Ultimate Guide to Nanoscale Polymer Analysis with Photothermal AFM-IR

Detecting Monolayers and Surface Interactions with IR-PiFM

Atomic Force Microscopy Analysis of Polymer Stiffness Under Thermal Stress

Different DLS-Based Systems Can Give Us Different Size Results, and All of Them Can Be correct!