Microscopy News

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New Microscopy Method Enables 3D Reconstructions of Protein Structures on a Nanometric Scale

Coherent diffractive imaging, also known as lensless microscopy with X-rays, is known to be a promising technique. This approach enables scientists to examine intricate 3D structures, which often occur in nature, from a dynamic standpoint.

17 Apr 2019

Scientists Create a Novel Technique for Imaging 2D Borophene Crystals

It is possible to obtain graphene from graphite. However, what about borophene? There does not exist anything called borite.

12 Apr 2019

Researchers Engineer Artificial Atoms that Function at Room Temperature

With the help of a recently reported discovery by University of Oregon (UO) physicist Ben Alemán, ultra-secure online communications, totally incomprehensible if intercepted, are a step closer to becoming a reality.

12 Apr 2019

Researchers Propose Breakthrough Solutions for Ultrahigh Resolution Microscopy

High-resolution optical microscopy techniques assure innovations in biology, medicine, and materials science. Now, their potentials essentially reach those of scanning electron microscopy.

1 Apr 2019

Researchers Use a Single Fluorophore to Simultaneously Image Different Molecules

In day-to-day life, blinking lights can be used for sending signals––for instance, that a car is about to turn. At present, tiny “blinkers” that show single molecules of RNA or protein within cells based on the duration and frequency of every flash have been devised by scientists.

14 Mar 2019

New Type of Microscope Offers Possibilities for Drug Discovery

Using a new type of microscope, doctors may now be able to get a better idea of how safely and efficiently a pill will perform in the body. Researchers at Purdue University built the microscope founded on concepts of phase-contrast microscopy, which requires using optical devices to see membranes, molecules, or other nanoscale items that may be too translucent to distribute the light involved with conventional microscopes.

28 Feb 2019

Researchers Develop New Technique that Transforms 2D Fluorescent Microscopy Images into 3D Movies

Researchers at Rice University have expanded the capabilities of conventional laboratory microscopes by adding a new dimension to their revolutionary technique.

15 Feb 2019

Researchers Transfer Advanced Microscopy Method to X-ray Imaging

X-rays are known to offer interesting and detailed insights into the interior of cells, tissues, and materials.

4 Feb 2019

Innovative Electron Microscopy Delivers Damage-Free Tracking of Isotopes in Amino Acids at Nanoscale

A new electron microscopy method capable of detecting the minute variations in the weight of proteins at the nanoscale—while preserving the integrity of the sample—could pave the way for deeper, more wide-ranging studies on the basic building blocks of life.

1 Feb 2019

Digging Atomic Force Microscope Tip Deep into a Material to Realize More Energy-Efficient Computer Chips

UConn scientists have reported in Proceedings of the National Academies of Science that when a familiar tool is used in a way it was never planned to be used, it paves the way for a completely new technique for exploring materials.

28 Jan 2019

Microscopy News

New Microscopy Method Enables 3D Reconstructions of Protein Structures on a Nanometric Scale

Scientists Create a Novel Technique for Imaging 2D Borophene Crystals

Researchers Engineer Artificial Atoms that Function at Room Temperature

Researchers Propose Breakthrough Solutions for Ultrahigh Resolution Microscopy

Researchers Use a Single Fluorophore to Simultaneously Image Different Molecules

New Type of Microscope Offers Possibilities for Drug Discovery

Researchers Develop New Technique that Transforms 2D Fluorescent Microscopy Images into 3D Movies

Researchers Transfer Advanced Microscopy Method to X-ray Imaging

Innovative Electron Microscopy Delivers Damage-Free Tracking of Isotopes in Amino Acids at Nanoscale

Digging Atomic Force Microscope Tip Deep into a Material to Realize More Energy-Efficient Computer Chips

How Graphite Can Help to Get the Most Energy Out of Your Battery?

Why Negative-Stiffness Vibration Isolation is the Preferred Solution for Nanotechnology Applications

The Future of Graphene

Panchromatic and RGB Cathodoluminescence Detection for SEM

Large-Sample Atomic Force Microscope (AFM) — Jupiter XR AFM

Nicolet™ iS20 FTIR Spectrometer—FTIR Spectrometer for Collecting High-Quality Spectral Data

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Gold Nanoparticle Analysis

Measuring the Size of Gold Nanoparticles Using Multi-Angle Dynamic Light Scattering (MADLS)

A Guide to Nano-Coatings and Their Applications

Understanding Why Low-Frequency Negative-Stiffness Isolation is Compact for Microscopy

Microscopy News

1 Researchers Solve Mystery Behind Bacterial Nanowire

2 Researchers Develop New Graphene-Enabled Photodetector that is Highly Sensitive and Fast

3 Novel 3D Printed Metamaterials Possess Extraordinary Optical Properties

4 Innovative First-of-its-Kind Nanogenerator Creates Electricity from Snowfall

5 Newly Developed Nanowires Could Help in Achieving High-Speed Communication

6 Researchers Discover Rapid Graphene Growth on Liquid Cu

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