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Manganese, nickel, silicon - main focus of battery research

Under the hood of the Nissan e-NV200 electric car. Credit: Tramino/iStock. A new whitepaper by Roskill that examines the potential of patent analysis to understand the lithium-ion battery technological landscape found the market trend is decidedly leaning towards nickel, cobalt, manganese and aluminum in terms of material utilization. Next to these metals is also silicon which, according to Roskill, is gaining share in commercial products and could be considered a technology of ‘today’, rather than ‘tomorrow.’  Manganese, however, is becoming the star of the show, slightly overtaking nickel. The whitepaper points out that this is the result of recent announcements from Tesla and Volkswagen in their battery-related presentations about their interest in Mn-rich chemistries.

Director s Forum: A Blog from USPTO s Leadership

Director s Forum: A Blog from USPTO s Leadership Search all posts Email address (required) Advances in searching for prior art Blog by Andrei Iancu, Under Secretary of Commerce for Intellectual Property and Director of the USPTO and Drew Hirshfeld, Commissioner for Patents of the USPTO Patent examination, though inherently complex, is in large part a fact-finding mission with the goal of providing predictable and reliable intellectual property rights. The prior art search is the foundation for achieving this mission.  Our patent examiners’ ability to find the best prior art at the earliest possible time ensures both quality and timeliness, two primary goals of the USPTO’s Strategic Plan. Indeed, the best and most appropriate time to ensure patent quality is during the examination process, before issuance. This is why we have worked tirelessly to improve the search capabilities of our examiners so they can more readily identify patentable subject matter and the appropriate

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