Alan B. Shalleck
NanoClarity
Read "Nanotech and Preventive Medicine Need for Major Government Sponsored Biomarker ID Program Part 2" June 2010 - Abstract - The greatest threat to long term US economic stability is runaway health care costs. Nanotechnology is at the center of most new medical diagnostic processes. Increasingly, the information gained from new diagnostics will encourage preventive medicine (or precision medicine as defined by Clayton Christensen in his book, Disruptive Prescriptions) that will save billions of dollars in future healthcare costs. Precision diagnostics, based in part on nanotechnology, is on the critical path to national health cost containment and control , and by extension, furture economic sanity.
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Nanotechnology basics, news, and general information
Welcome to the world's most in-depth, online resource for the global economy's fastest growing information and investment sector.
We offer consulting, technology monitoring, and in-depth analysis, as well as up-to-the-minute news briefs and breaking developments in the nanosciences. The world's leading nanotech experts routinely contribute to Nanotechnology Now, which has become the daily 'must read' site for stakeholders: inventors, investors, policy makers and opinion shapers.
We are your resource for:
- Reporting on disruptive technologies (such as Artificial Intelligence, NEMS, MEMS, Nanoscale Materials, Molecular Manufacturing, Quantum Computing, Nanomedicine, Nanoelectronics, Nanotubes, Self Assembly, and Molecular Biology)
- New developments in nanotech inventions, patents, and patent applications
- White papers, interviews with industry leaders, and in-depth analysis
- Full-service consulting
- Investment opportunities in nanotech
- Opportunities for venture capitalists
- Late breaking news and industry updates
Nanotechnology Investors: Click here for important information that could change the way you invest.
- Developments in Nanobiotechnology at UCSB Point to Medical Applications (SANTA BARBARA, CA)
- Strain-Gating Piezotronics: Researchers Create New Class of Piezoelectric Logic Devices Using Zinc Oxide Nanowires (ATLANTA, GA)
- NIST Researchers Create 'Quantum Cats' Made of Light (GAITHERSBURG, MD)
- Washington Metro Region Nanotechnology Partnership Forum at NIST (GAITHERSBURG, MD )
- Nanostart-holding Nanosys opens Korean facility to support recent expansion in the Asian market (FRANFURT & PALO ALTO, CA)
- Global RFID market continues to grow (CAMBRIDGE, UK)
- Round Two of the Solar Shakeout: Who Will Thrive, Survive, or Dive? (NEW YORK, NY)
- 10 French High-Tech Organizations to Present Latest Technologies, Services at SEMICON Taiwan (GRENOBLE, FRANCE)
- Caltech Chemists Develop Simple Technique to Visualize Atomic-Scale Structures (PASADENA, CA)
- Computer models explain patterns in bent crystals (ITHACA, NY)
- Edible Nanostructures (EVANSTON, IL)
- Printed Electronics Without Borders (CAMBRIDGE, UK )
- Notre Dame to Dedicate New Engineering Building (SOUTH BEND, IN)
- Computer Scientists Leverage Dark Silicon to Improve Smartphone Battery Life (LA JOLLA, CA)
- Veeco Appoints Johannes Segner as CTO for CIGS Solar Equipment Business (PLAINVIEW, NY)
- Imec European collaborative research to develop lab-on-chip system for cheap and fast cancer diagnosis (LEUVEN, BELGIUM)
- Celebrate Science with Grassroots-Led Pacific Northwest Science and Engineering Initiative (VANCOUVER, WA)
- FEI Announces New Solutions for Natural Resource Analysis (HILLSBORO, OR)
Additional Press Releases
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From CNSE's Novel Semiconductor Research and Development Options for Rapid Commercialization
The development of commercial CMOS base technologies and derivative features is aimed at high volume production objectives which justify the very significant development and capital expenditures required. Novel materials and device concepts developed at universities, on the other hand, typically lack access to state-of-the-art 300mm wafer processing capability required for rapid insertion of such concepts into the mainstream manufacturing menu. The College of Nanoscale Science and Engineering (CNSE) in Albany provides an environment that bridges the gap between university research opportunities and manufacturing implementation. Two new options for commercial engagements at CNSE are described in this paper. Read the Whole Article
Michael Liehr, CNSE Associate Vice President for Business, Alliances and Consortia; Professor at CNSE, University at Albany - College of Nanoscale Science & Engineering
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From Singapore Promoting Clean Energy & Sustainable City - Site Visit of the Zero Energy Building
Zero Energy Building (ZEB) of Singapore BCA Academy was officially opened on 26 October 2009. It is intended as demonstration of application of clean and green technologies as well as intelligent building design, requiring no traditional energy (fossil fuel based) at all. ZEB is a retrofit of an existing building in BCA Academy featuring innovative green technologies such as sunrays collector and mirror ducts, green shading, solar chimneys and solar panels, coated glass for heat reduction, cool paint and cool pavement coating. Since its operation in October 2009, ZEB has been producing more energy than what it has been consuming. It is estimated that the building will save SGD 84,000/year energy cost compared to a typical office in Singapore (based on 21.69 cents/kWh). In this article, we share our knowledge of the green technologies that are adopted in the building. Read the Whole Article
NanoGlobe Pte Ltd, Order our book "Emerging Nanotechnology Power" @ www.worldscibooks.com/nanosci/7224.html (20% disc.code: SLJN010917) and learn more about Asia nanotech updates @ http://www.nano-globe.biz/public.html
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