CODEX / Newsletter Blog #17 / December 2019
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Thin movie
Big improvises in Thin-Film Solar Cell Efficiency Now Possible
Researchers at Penn State and Delaware Have Developed A Theoretical Method to Improve The Effectorcy of Thin-Film Solar Cells by up to 33 pierce.
Flexible Thin-Film Solar Cells are Needed to Supply Electrical Power to Fabrics, Clothing, Back Packs and AnyWhere that a local Autonomous Power Supply is required.
Rooftop Solar Based on Silicon has made solar energy cheap and readily available. But silicon is rigid and heavy, followed for Large-Scale Power Production But not for Portable Power. Currently, Flexible Solar Commands Around 5 Percent of the Solar Cell Market.
 
Codex International - Big Improvements in Thin -Film Solar Cell Efficiency Now possible.
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Nano medicine
Structurally Designed DNA Star Creates Ultra-Sensitive Test for Dengue Virus
By folding snippets of DNA Into the Shape of A Five-Pointed Star Using Structural DNA Nanotechnology, Researchers have created a trap that catches dengue virus as it floats in the bloodstream. Once Sprung, The Trap-Which is non-toxic and is naturally cleared from the body-lights up. It's the Most Sensitive Test for the Mosquito-Borne Diseases Yet Devised.
> Read more
 
Codex International - Structurally Designed DNA Star Creates Ultra -Sensitive Test for Dengue Virus.
 
Thin Films
Epitaxialy-Grown Molybdenum Oxide Advances AS A Bulk-Like 2D Dielectric Layer
Single the successful isolation of graphene from Bulk Graphite, remarkable fartes of graphene have attractive mary scientists to the brand-snow research Field of 2d Materials. However, Despite Excellent Carrier Mobility of Graphene, Direct Application of Graphne to Field-Effect Transistors is Severely Hindered Due to its gapless band structure.
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CODEX INTERNATIONAL-EPITAXIALLY-GROWN MOLYBDENUM OXIDE ADVANCES AS A BULK-LIKE 2D DIELECTRIC LAYER.
 
Nanotechnology
NIST-LED Team Develops Tiny Low-Energy Device to Rapidly Reoute Light In Computer Chips
The Switch's Record-Breaking Performance is a major new step Toward building a computer that Uses Light Instatead of Electricity to Process Information.
> Read more
 
Codex International-Nist-Led Team Develops Tiny Low-Energy Device to Rapidly Reroutes Light in Computer Chips.
 
Nanotechnology
New Solar Cells Inspired by Insect Eyes
In A New Study, The Stanford Team Used the Insect-InSpired Design to Protect A Fragile Photovoltaic Material Called Perovskite from Deterioract when Exposed to Heat, Moisture or Mechanical Stress. The Results are published in the Journal Energy & Environmental Science (E & es).
> Read more
 
Codex International - New Solar Cells Inspired by Insect Eyes
 
Codex International - Thins Film & Materials, Excellence in Service.
 
 
News / International Codex news
Codex International and Crismat conclude a collaborative "CIBOX" industrial research project to improve the performance and reliability of thin layer deposits by cathodic spray.
At the heart of the technological and environmental issues of tomorrow on sustainable and intelligent materials, the development of thin layers requires a reliability of the industrial process for the manufacture of oxide spray targets in order to guarantee the accuracy and performance of the expected properties.
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International Codex - CDD 1 to 3 years City Project Manager based in Crismat in Caen
 
 
International Codex
 
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