Virtual NanoLab VNL license for academics install Thai version – VIDEO



Virtual NanoLab (VNL) license for academics install Thai version
Registation http://quantumwise.com/free-trial/free-vnl

Terminal
chmod +x ./VNL-ATK-2014.3-linux64.bin ).

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Video Keyword – quantum espresso
Video Title – Virtual NanoLab VNL license for academics install Thai version
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Silicon nanowire field-effect transistor with Virtual NanoLab – VIDEO



In this video you will see a demonstration on how to use VNL to set up and perform calculations for a device based on a silicon nanowire.
You will learn how to define the structure of a hydrogen passivated Si(100) nanowire, and set up a field-effect transistor (FET) structure with a cylindrical wrap-around gate. You will then see how to add doping to create a p-i-n junction nanowire.
Finally, you can set up and run a zero bias calculation and analyze the results.

Read the full tutorial at this link:
http://docs.quantumwise.com/tutorials/silicon_nanowire/silicon_nanowire.html

Video Source
Video Keyword – quantum espresso
Video Title – Silicon nanowire field-effect transistor with Virtual NanoLab
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Molecular Diagnostics: A Virtual Event – VIDEO



The Inaugural Molecular Diagnostics Virtual Conference is the premiere venue for scientists, technologists, and professionals to discuss and present the newest advances in molecular diagnostics testing. Attend this online event at no charge.

Molecular diagnostics is growing rapidly as tools to help analyze biological markers become more advanced. Molecular diagnostic testing is relevant to both identifying markers associated with disease, and clinical applications such as infectious disease detection, oncology, pharmacogenomics, or genetic disease screening. Techniques can be used to diagnose and monitor disease, detect risk, and determine therapies for individual patients. By analyzing markers unique to a patient and their disease, molecular diagnostics looks toward the future of personalized medicine.

Our virtual conference allows you to participate in a global setting with no travel or cost to you. You can participate in exactly those parts which you are interested in and be back at your desk or bench in an instant. Virtual events remove time and place restrictions and ensure that everyone who wants to participate can do so. This virtual conference also offers increased reach for the global diagnostics community with a high degree of interaction through live-streaming video and chat sessions.

Join LabRoots in bringing together the molecular diagnostics community. Attend webcasts with top experts and interact with speakers during the live Q&A sessions. Earn continuing education credits and network with peers. Enjoy the complementary conference from your desk with no need for travel, and explore the virtual exhibit hall to learn about the latest technologies and techniques for your lab.

Engage with speakers discussing topics such as:

· Regulations in Molecular Diagnostics Clinical Laboratory Testing

· Inherited Genetic Disorders and Prenatal Applications in Modern Medicine

· Next Generation Sequencing (NGS) in the Clinical Laboratory: Reality vs. Opportunity

· Precision medicine in Oncology

· Liquid Biospies: Applications in Molecular Diagnostics

· Infectious Disease Screening, Diagnosis and Monitoring

· Molecular Diagnostics Applications in Point of Care

· Genomic Health

Continuing Education
By participating in this virtual event and watching webcast presentations, you can earn Free Continuing Education (CE) and/or Continuing Medical Education (CME) credits. To earn educational credits, you must view an entire presentation. Following the presentation you must click on the educational credit link provided for that particular speaker and follow the required process. Once you have completed the process, you will receive a certificate for the educational credit.

Use #LRmoldx to follow the conversation

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Video Keyword – molecular
Video Title – Molecular Diagnostics: A Virtual Event
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From Motion to Photons in 80 Microseconds: Towards Minimal Latency for Virtual and Augmented Reality – VIDEO



We describe an augmented reality, optical see-through display based on a DMD chip with an extremely fast (16 kHz) binary update rate. We combine the techniques of post-rendering 2-D offsets and just-in-time tracking updates with a novel modulation technique for turning binary pixels into perceived gray scale. These processing elements, implemented in an FPGA, are physically mounted along with the optical display elements in a head tracked rig through which users view synthetic imagery superimposed on their real environment. The combination of mechanical tracking at near-zero latency with reconfigurable display processing has given us a measured average of 80 microseconds of end-to-end latency (from head motion to change in photons from the display) and also a versatile test platform for extremely-low-latency display systems. We have used it to examine the trade-offs between image quality and cost (i.e. power and logical complexity) and have found that quality can be maintained with a fairly simple display modulation scheme.

Paper won Best Paper at IEEE Virtual Reality (VR) 2016 and was also published in a special issue of IEEE Transactions on Visualization and Computer Graphics (TVCG).

Paper Link: http://dx.doi.org/10.1109/TVCG.2016.2518038

Authors:
* Peter Lincoln (1)
* Alex Blate (1)
* Montek Singh (1)
* Turner Whitted (1, 2)
* Andrei State (1, 3)
* Anselmo Lastra (1)
* Henry Fuchs (1)

Affiliations:
(1) University of North Carolina at Chapel Hill
(2) NVIDIA
(3) InnerOptic Technology, Inc.

Special Thanks:
* Kurtis Keller
* Jim Mahaney
* Mary Whitton

Support:
* NSF Grant CHS IIS-1423059
* BeingThere Centre for Telepresence and Telecollaboration

Copyright (c) 2016 The University of North Carolina at Chapel Hill

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Video Keyword – optical photons
Video Title – From Motion to Photons in 80 Microseconds: Towards Minimal Latency for Virtual and Augmented Reality
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Virtual NanoLab for Quantum ESPRESSO band structure and DOS calculations – VIDEO



Check out this video to learn how you can use Virtual NanoLab to set up and analyze Quantum ESPRESSO calculations of band structures and density of states. See also the tutorial at http://docs.quantumwise.com/tutorials/espresso_bs_dos.html

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Video Keyword – quantum espresso tutorial
Video Title – Virtual NanoLab for Quantum ESPRESSO band structure and DOS calculations
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