Sentence examples for platforms that may from inspiring English sources

Wired reviews new platforms that may become the killer apps to finally take online commenting to a higher level.

Avoid joining private and "secret" groups on Facebook and other platforms that may have a partisan orientation.

Moreover, our observations indicate the considerable potential of porous organic polymers (POPs) as a new generation of heterogeneous catalytic platforms that may prove effective when targeting important but highly challenging reactions.

Operators of crypto trading platforms that may fall within the SEC's purview need to be aware of the SEC's regulatory framework and take steps to ensure compliance with the US securities laws.

"If you have massive amounts of content out there, on platforms that may not respect international boundaries, you have to put more reliance on people's ability to understand the nature of content and decide how they want to engage with it," says Mr Phillips.That raises another regulatory challenge: the fact that different rules apply in different countries.

We anticipate that these ongoing efforts will prove to be valuable both as enabling tools for accelerating our understanding of microenvironmental regulation in GBM and as foundations for next-generation molecular screening platforms that may serve as a conceptual bridge between traditional reductionist systems and animal or clinical studies.

The researchers propose that sport is one advertising platform that may be utilized to foster positive attitudes toward advertising.

The setting - a flowery green platform that may be a cliff top, or could be a magic carpet, in the midst of a golden void - is so simple as to slip into our minds without registering.

Moreover, although this model involves significant participation from farmers, they must still purchase the pods from an outsider and work with a centralized operating platform that may not have the trust or cooperation of the community.

Our prepared multilayer structures, taking advantage of the long cycle life of carbon and the high lithium-storage capacity of Si, provided a promising research platform that may eventually lead to an optimized anode structure for advanced rechargeable LIBs.

Although the design of a platform that would meet the needs of all microfluidic experiments is a difficult undertaking, this paper provides a description of a flexure-based platform that may address generic requirements such as low cost, ease of manufacture, and repeatable alignment/sealing performance.