It should also be possible to create a solid state memory device with no moving parts to implement this technology, researchers said. Unlike conventional hard-disk drive storage, solid state memory would offer durability.

Do you want George Lucas to go edit the Wiki pages on Star Wars and note that Greedo always shot first? Enforcing a secondary source means he first has to convince some citable source that it's what happened, which provides a check that Wikipedia's crowdsourced model on its own can't.

A lot of voters don't seem to read all the novels - so a substantial number vote for what they've read and they've only read what they already know they will like.

TCS acutely depresses hemodynamics and grip strength in mice at doses 12.5 mg/kg i.p., and a concentration 0.52 M in water compromises swimming performance in larval fathead minnow.

Typical routes of exposure to TCS (oral, dermal) are sufcient in bringing the compound into systemic circulation (38, 39). Importantly, one study reported plasma Cmax of nearly 1 M within 1–3 h after administering a 4-mg oral dose in human subjects (38).

I read the article (I know it's not considered good form here on Slashdot), and there seems to be a discrepancy: this is described as being a graphene transistor, but the gate uses silicon carbide as the semiconductor. So it seems like a better description would be a hybrid graphene/semiconductor transistor. Is this correct?

If it is a hybrid then what are the limitations and how is it better then current all semiconductor circuits? As far as I know (not very much) there is no reason to build silicon carbide integrated circuits, so why would anyone want to use SIC with graphene? Is this a step to something more useful?

I'm not trolling, I just want to get a better understanding.

The concept's particular strength, however, lies in the following property: within the same processing steps, many epitaxial graphene transistors can be connected by graphene strip lines along with graphene resistors and graphene/SiC Schottky diodes, and therefore complex circuits can be built up. As a special feature of graphene in contrast to semiconductors, we anticipate that even a complete logic is feasible.