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Wissenschaft News
- Magnetism's subatomic roots: Study of high-tech materials helps explain everyday phenomenon
- Novel nanotechnology collaboration leads to breakthrough in cancer research
- Helping corn-based plastics take more heat
- Chemists, engineers achieve world record with high-speed graphene transistors
- Experiment records ultrafast chemical reaction with vibrational echoes
- Chemists develop simple technique to visualize atomic-scale structures
- The perfect nanocube: Precise control of size, shape and composition
- Edible nanostructures: Compounds made from renewable materials could be used for gas storage, food technologies
- Breaking up phosphorus with ultraviolet light may offer a safer, simpler way to build many...
- Strain-gating piezotronics: New class of piezoelectric logic devices created using zinc oxide nanowires
- 'Smart materials' process promises to revolutionize manufacturing of medical devices, other products
- Metal-mining bacteria are green chemists
- Chemists discover method to create high-value chemicals from biomass
- Listening to ancient colors: New technique may help restorers identify decades-old pigments
- New material may reveal inner workings of hi-temp superconductors
- High-speed filter uses electrified nanostructures to purify water at low cost
- Off-the-shelf dyes improve solar cells
- IceCube neutrino observatory nears completion
- Silicon oxide circuits break barrier: Nanocrystal conductors could lead to massive, robust 3-D storage
- Micro rheometer is latest 'lab on a chip' device
- Yikes! Sensor measures yoctonewton forces fast
- Mimicking fish and tailoring radar to warn of bridge peril
- Tiny rulers to measure nanoscale structures
- Stretched polymer snaps back smaller than it started
- Tiny logo demonstrates advanced display technology using nano-thin metal sheets
- Secrets of the gecko foot help robot climb
- Medicine reaches the target with the help of magnets
- Prediction of intrinsic magnetism at silicon surfaces could lead to single-spin magnetoelectronics
- 'Greening' your flat screen TV: Engineers develop an organic LED light source for home electronics,...
- New 'light switch' chloride binder developed
- Tofu ingredient yields formaldehyde-free glue for plywood and other wood products
- 'Dry water' could make a big splash commercially, help fight global warming
- Cement, the glue that holds oyster families together
- Trouble with sputter? Blame giant nanoparticles
- Microneedle, quantum dot study opens door to new clinical cancer tools
- Glorious gadolinium gives flash memory a future
- Half-a-loaf method can improve magnetic memories
- 'Spintronics' breakthrough holds promise for next-generation computers
- New generation of power: Hi-tech rechargeable batteries developed for military
- Scientists help explain graphene mystery
- How to count the messenger out: Mapping the structure of protonated water clusters
- New atom-scale products on horizon: Breakthrough discovery enables nanoscale manipulation of piezoelectric effect
- Powerful new way to control magnetism: Colossal magnetoelectricity points the way to ultra-dense data storage
- Cluster bomb for cancer care: Nano-vehicle delivers chemotherapy treatments on target
- Making vehicles safer
- Titanium coating with protein 'flower bouquet' nanoclusters strengthens implant attachment
- Better way to grow stem cells developed
- Visualizing viruses: New research pinpoints tiny invaders
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| Geschrieben von: Administrator | |||
| Dienstag, 01. Juli 2008 um 00:00 | |||
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Der Technologie-Roadmap Prozess untergliedert eine Produktentwicklung in die Ebenen
Durch die Betrachtung der marktgetriebenen Entwicklungen einerseits, und der technologiegetriebenen Entwicklungen andererseits wird versucht, beide aufeinander abzustimmen. Indem dieser Vorgang für zum Beispiel drei aufeinander folgende Entwicklungsperioden wiederholt wird, können die Entwicklungsphasen und Entwicklungsebenen besser aufeinander abgestimmt werden, so dass eine Technologie-Roadmap erstellt werden kann.
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