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YAD Organization Ltd.Co.
We are supplied and throught to lots of our citizen and foreign establishments, right and continued benefit. We are shared presented all advantages to us with our members.In addition my connections are be very great from countries of Russia, Azerbaijan, Iran, Iraq, Syria, Armenia, Georgia, Kirghizia, Turkmenistan, China, India, Thailand, Ukraine, Moldovia, Poland, Czeshoslovakia, Italia, England, France and Egypt.
DONGJUN Science and Technology Co.Ltd
DONGJUN Science and Technology Co.,Ltd is specialized in offering software R&D on instruments and related devices such as Optoelectronics (Opto-electronics Industry as well as optical communication like Laser, resonant cavity,Waveguide,optical fiber ),Infrared (infrared, detecting, reflection,absorption),microwave(microwave communication ,detection, heating ), electromagnetic and so on.
QuantumWise develops software for atomic-scale simulations of nanoelectronic devices. The company collaborates with leading universities around the world to further develop the methods used in its flagship product, Atomistix ToolKit (ATK, acquired from the company Atomistix) and the graphical user interface, Virtual NanoLab.
Industrial Tomography Systems (ITS)
ITS provides electrical tomography instrumentation, software, sensors and technical support. This enables customers to continuously scan a volume and determine the distribution of electrical properties as they change over time.Tomography involves taking measurements around the periphery of an object (eg process vessel or patient) to determine what is going on inside.
Advanced Technologies Center ATC
Glad to greet you here. We are 17 years old now. Our activity lies in the development and production of scanning probe microscopes and software, scientific research in nanotechnology.
Wright Williams & Kelly, Inc. ( WWK )
WWK’s software business unit develops and markets software products and services that measure and enhance productivity in manufacturing and assembly processes and in the employment of capital resources. WWK modeling and simulation software programs are scaled for either a dedicated process station, a multiple-step process line, or full factory-level capacity. Uncertainty associated with escalating capital costs and rapid changes in product technology has created strong demand for the predictive value of WWK’s products and services in capital-intensive high technology industries.
Address: Castro Valley
BEAMETR is a technique for operator independent measurement of electron-beam size. The product includes fabricated nano-pattern and software. The operator scans the pattern; the software reads the image and automatically determines the beam size.
Legend Design Technology, Inc.
For the characterization, simulation and verification of semiconductor IP, Legend’s products address the quality and throughput needs of foundries, IP developers, IDMs and fabless design houses.With regards to deep-submicron and nanometer designs, understanding the impact of second-order effects – signal integrity, leakage power, glitch and metastability – on IP performance is crucial. Legend’s characterization and simulation products can completely analyze the effects to provide a total solution.
PDF3D technology is complemented by our world-class consultancy services that address the technical challenges arising in all areas of geometric modelling, visualization and PDF publishing. These services range from short-term projects for rapid component integration in customer applications, to longer-term software development projects that deliver custom solutions for GeoScience E&P CAD/CAM/CAE applications.
Nano@home is an open source project, as much as it is a science project, to help advance nanotechnology. Specifically it is set up to help in the design of nanometer-sized molecular machines that will make it feasible to manufacture just about anything that is possible within the constraints of the laws of nature. The process of building stuff with nanomachines is also called “Molecular Manufacturing” and is the ultimate goal of nanotechnology. Nanomachines will build with atomic precision and with an efficiency that we can only dream of at present. We will be able to produce new materials, faster and smaller computers, better and more efficient running appliances and other consumer products… Nanomachines will also be able to repair stuff. They will be so small that they can work inside your body repairing cuts and bruises and broken bones, fending off viruses and bacteria by attacking and killing them. They would probably be able to defeat cancer and perhaps even aging.
Appin Knowledge Solutions : Nanotechnology
Address: Appin Technologies, 9600 Great Hills Trail Suite 150W ,Austin Texas 78759
Nanotechnology is increasingly considered to be the future technology. Nanotechnology provides access to the world of the smallest things. The possible applications of this technology are immense. Nanotechnology is dealing with research and the construction in the sphere of very small structures: one nanometre is one millionth of a millimetre. Moreover it is playing with the atoms. The worldwide need for nanotechnology workers is expected to reach 2 million by 2015.
Molecular manufacturing technology promises to address each of the following major global issues whilst maintaining minimal impact on our environment.
- Making clean water available globally
- Portable and adaptable energy devices
- Increasing the health & longevity of human life
- Maximising agricultural productivity
- Making powerful information technology available everywhere
The “Minalogic Partners” association draws together the 64 industrial groups, higher education institutes, research bodies and local authorities. It has a six-member board of directors, made up of “Industrial” representatives Eric Pilaud from Schneider Electric, Bernard Fontan from ST Microelectronics and Daniel Pilaud from Polyspace Technologies, “Research and Higher Education” representatives Jean Therme from the CEA (French atomic energy commission) and Paul Jacquet, President of Grenoble IT, alongside the “Local authorities” representative, Alain Cottalorda from the Isère department Council.
Address: Mountain View
Optronics Design produces professional nanostructure semiconductor quantum simulation software for scientists and engineers.The Heterostructure Design Studio is a quantum simulation CAD system developed for semiconductor heterostructure engineering.
Development of software for the simulation of electronic and optoelectronic semiconductor nano devices and materials.
Due to the continuing downscaling of semiconductor electronics, quantum physical effects are gaining importance and confront the industry with fundamental challenges with respect to simulation and design.
Quantum Pharmaceuticals Drug Discovery Software
The proprietary technology includes the latest achievements in the fields of chemistry, physics and mathematics. It demonstrates outstanding speed and accuracy of affinity calculations due to fast quantum calculations, which take into account full flexibility of molecules, solvation effects, and entropy contribution. This provides unprecedented possibilities for drug discovery.
TEA Systems Corp.
TEA Systems provides advanced nano-metrology visualization and modeling software for characterization, tuning and error-source deconvolution in a unified graphics environment. TEA Systems products use metrology data from any source to model the parameters critical for successful wavefront engineering and pattern generation. All products are object oriented, supporting advanced contour, 3D, XY plotting, and user-defined model analysis with mouse interactive functions. Extensive tools are provided for automated and mouse-interactive data culling or subset drill-down and selection.
All lithographic metrology data sources can be imported.
nanoENGINEER-1, the most powerful nanomechanical engineering software on the planet, is an Open Source (GPL) project sponsored by Nanorex, Inc. Our mission is to develop the best 3-D computational modeling tools for nanomechanical engineering, enabling a new generation of scientists and engineers to design, model, simulate and analyze productive nanosystems.
The Materials and Processes Simulations platform is Scienomics’ premier software platform for carrying out materials modeling and simulations. Developed by Scienomics software engineers, MAPS provides a flexible, industrial strength framework for accessing both proprietary and open-source simulation codes. MAPS serves as an integration tool for all modeling related tasks and data and offers a multi-user/multi-project modeling environment complete with data management on all major operating systems.
Nano and Giga Solutions, Inc.
The software which comprises our nanotechnology tool kit is based on state-of-the-art algorithms developed during years of close collaboration between experimentalists and theoreticians. While incorporating the latest approaches in the field, our computer software also has a friendly and intuitive graphical user interface. Setting up and analyzing complex calculations using the standard default settings is straightforward and easy, however we encourage our users to probe the underlying physics and chemistry of the model by using a battery of different approaches and methods. We provide recommendations on the proper choice of methods and approximations and offer expert consultation in the field. The judicious application of the complex methodology, which is built into the computer code, is far from trivial, and therefore, we strongly recommend that our customers work jointly with our experts on the first (trial) problem.
Accelrys, Inc.(NASDAQ: ACCL), formerly Pharmacopeia, Inc., incorporated in 1993, develops and commercializes scientific software and technology that accelerates and improves drug discovery and chemical development. The Company’s molecular modeling, simulation, informatics, workflow and data pipelining software supports both the life sciences and materials research markets. Its life science solutions support pharmaceutical biotechnology companies, while its material science solutions support companies that develop companies that develop and optimize materials and chemicals, such as companies serving the chemicals, petrochemicals, food, personal care products, electronics and nanotechnology industries.
General Nanotechnology (GN) has created and is developing hardware and software that provides advanced capabilities in imaging, nano-manipulation, nano-fabrication, nano-spectro-photometry, near field optical probes below the aperture (50nm) limit, and diamond and other nanotools tips and parts.
Hypercube, Inc. is a scientific software company, incorporated in 1985, specializing in molecular modeling software. We believe ourselves to be the world leader in making serious molecular modeling accessible to chemists everywhere — researchers and students alike.
New River Kinematics
New River Kinematics seeks to exceed customer expectations through the aggressive development of high-quality engineering software. We will use our comprehensive toolkit of software components and custom software development skills to rapidly solve engineering problems.
Atomistix A/S is a leading provider of software solutions for development of nanotechnology. As the first company in the world, Atomistix has developed a system of integrated software modules based on quantum theory – the Atomistix Virtual NanoLab™ – that can accurately calculate properties associated with electron distribution and transport, and simulate experiments with integrated nanoscale systems. The software is a unique tool to understand, predict and visualize electronic processes in atomic and molecular structures. With the software, nanotechnology scientists and engineers are able to establish competitive advantages by developing materials and designing products with radically new properties and functions.
Address: The Netherlands
With 3D Surface View software, professional 3D output images and animated movies can be created quickly even from large data sets. Precompiling and data compression is used to provide several frame per second 3D rendering. As a result rendered surface can be rotated in real-time.
Purdue University : nanoHub
Address: West Lafayette
The Network for Computational Nanotechnology seeks to be an example of how theory and simulation can accelerate progress in: * nano-electronics: Reinventing electronics from the “bottom up” while exploring applications in computing, communications, sensing, energy conversion, etc.
Address: New York
Schrodinger’s initial product, Jaguar, provides solutions to the Schrodinger equation, the fundamental equation describing molecular structure and energetics. Jaguar has a 5-10X performance advantage over its competition, and at present is used in nearly all major US pharmaceutical companies.
To substantially minimize costs and improve time-to-market, companies rely on design simulation and virtual prototyping to maximize their product development process. ANSYS, Inc. develops and globally markets engineering simulation software used by designers and engineers across a broad spectrum of industries, including aerospace, automotive, manufacturing, nuclear, electronics and biomedical. The company develops open and flexible simulation solutions that enable users to simulate design performance directly on the desktop, providing a common platform for fast, efficient and cost-effective product development, from design concept to final-stage testing and performance validation. ANSYS, Inc. distributes its ANSYS, AI*NASTRANО, ICEM CFD and CFX products and technologies through a network of channel partners in more than 40 countries, in addition to its own direct sales offices in strategic locations throughout the world.
Our customers are researchers and engineers working for leading technical enterprises, research labs, universities, and institutions. Our products help them design and develop high-tech products. Our customers make our cars and aircrafts safer and energy efficient, they enhance the reception to our cell phones, they search for new energy sources, explore the universe, develop medical equipment enabling more accurate diagnosis, and they educate the next generation of scientists.
Gerhard Klimeck Research Group at Purdue
Atomistic Nanoelectronic Modeling in 3-D – Prototype development of a bottom-up nanoelectronic modeling tool that enables the analysis of the electronic structure in a nano-scale system based on the representation of each individual atom in the structure. This simulator will enable the analysis of the electronic structure and optical response in a variety of different crystal structures and material systems. The first structures that are analyzed are quantum dots.
LoKey : data acquisition and control
Although totally new automated test and measurement or data acquisition and control systems are frequently developed, it is more often the case that one of your existing machines, measurement facilities, or other processes will be modified to incorporate a computer, data acquisition card, measuring instruments, control devices, internet connection, etc. so as to make the operation more manageable and profitable while becoming less operator dependent. Computer based, scientific, research and development, custom instrumentation, distributed computing, and stand alone custom data analysis and visualization systems are a good mesh with my experience and abilities.
Acquired in 1997 by Dassault Systemes S.A. (Nasdaq: DASTY; Euronext Paris: #13065, DSY.PA; www.3DS.com) based in Suresnes, France, the leading global developer of product lifecycle management (PLM) solutions.
Magma Design Automation, Inc.
Magma Design Automation provides electronic design automation (EDA) software that enables chip designers to meet critical time-to-market objectives, improve chip performance and handle multimillion-gate designs. With headquarters in Silicon Valley and a global network of sales & support personnel, Magma customers include leading semiconductor companies around the world.
Smart Imaging Technologies
At Smart Imaging Technologies we understand that most of our clients need solutions to specific and often unique problems – solutions that work.Our goal is to accelerate research and development projects while minimizing the risks and maximizing the value of project specific software products.
QCA is an emerging nanotechnology concept for the realization of a computer built with arrays of nano-scale QCA cells. These QCA cells are capable of performing all complex computational functions required for general-purpose computation. QCA has been listed as one of the six emerging nanotechnologies with applications in future computers by the International Technology Roadmap For Semiconductors (ITRS). QCADesigner facilitates rapid design, layout and simulation of QCA circuits by providing a powerful CAD features available in more complex circuit design tools.
Nanotimes intends to market a range of software solutions (Nt-Software) which specifically meets simulation and interpretation needs of the nanoscience community. Our solutions are designed for all nanoscale experiments or image calculations carried out under scanning probe microscopes (AFM, STM, NFOM). Likewise, Nanotimes can supply theoretical studies and consulting services (Nt-Consulting) in all related fields.