| Publisher | Zyvex | ||
|---|---|---|---|
| Format | HTML | Date added | 04 Jun 2009 |
| Topics | Nanotechnology | ||
| Downloads | 180 | ||
For centuries manufacturing methods have gotten more precise, less expensive, and more flexible. In the next few decades, we will approach the limits of these trends. The limit of precision is the ability to get every atom where we want it. The limit of low cost is set by the cost of the raw materials and the energy involved in manufacture. The limit of flexibility is the ability to arrange atoms in all the patterns permitted by physical law. Most scientists agree we will approach these limits but differ about how best to proceed, on what nanotechnology will look like, and on how long it will take to develop. Much of this disagreement is caused by the simple fact that, collectively, we have only recently agreed that the goal is feasible and we have not yet sorted out the issues that this creates. This process of creating a greater shared understanding both of the goals of nanotechnology and the routes for achieving those goals is the most important result of today's research.
Related white papers
Nanotechnology, Biomolecular Electronics
Biopolymers and biomimetic polymers have several materials properties of interest to the industrial sectors of electronics, optics, pharmaceutics. The materials have applications in the design and construction of nanoscale integrated...
Vorteile der High Performance Computing Cluster (HPCC)
Angesichts zunehmend komplexer Rechenanforderungen und wachsender Datens?e verlangen die Kunden h?e Rechenkapazit?n zu geringeren Preisen. High Performance Computing Clustering (HPCC) stellt eine L?g dar, die eine leistungsf?ge Implementierung von Rechenleistung...
HPCC(High Performance Computing Cluster)ÀÇ ÀÌÁ¡
aa ??? ¾?¡ º¹"?v°?µ¥? º?® ±???v¸? °?µ? ?¾ ´:·?? °¡°?¸·?¸???¼?? ¿¬»?³¸® ´?€» ¿??°?´? HPCC´ ¸??·‡?¿¬»??´?€» f°? ¼??; f°??µ °??º´·?? ???¿?·?µ??? ?¼???¸¦ »??´ °?¡ º? ³?«³ª :·?? ?´? ¼¼? ³»¿? ¿???¹?¦...
High Performance Computing Cluster (HPCC) Benefits
As computational needs continue to grow in complexity and larger data sets require analysis, customers are requiring higher levels of computational capability at much lower price points. High Performance Computing...
Nano-Structured Surfaces for Tuned Infrared Emission for Spectroscopic Applications
Thermal emission from heated materials follows the blackbody curve, multiplied by emissivity. Emissivity may be, but is not usually a strong function of wavelength. Ion Optics has developed a variety of...
Molecular Nanotechnology, too
Nanotechnology is the enabling technology for this vision. The premise of this white paper is that nanotechnology is almost certain to spring upon the world in the next 20 years,...
Pacific Northwest National Laboratory (PNNL) – Itanium® 2 and Linux-based systems
This case study details how the world's fastest Linux-based supercomputer, running on Intel(r) Itanium(r) 2 processors, helped the Pacific Northwest National Laboratory quickly compute complex, long-running simulations.



