Dissemination and Impact Sample Clauses

Dissemination and Impact. By the very nature of the large international scientific collaborations in high energy physics, all researchers will be immersed in a pool of networking possibilities. Whether it is via inter-team meetings or via collaboration meetings and international conferences, the researchers will have excellent networking opportunities both in academic areas of activity and with the industrial partners involved on the ITN. Dissemination of research results in the particle physics world is most commonly done using journal publications, presentations at conferences (with subsequent publication in proceedings) or seminars of which a great number are given at the network’s institutions. This gives the researchers ample opportunity to hone their skills in writing or making presentations. The FP7 IPR rules will apply in general, and in particular we will respect any IPR agreements already in place in pre-existing agreements. For the secondment of researchers to the industrial partners, a specific non-disclosure agreement may be required in some cases. A network web site will be created and maintained. It will serve for the internal communication and information exchange between the network partners. It will also be used for outreach purposes, advertisements of vacancies, announcement of network events as well as relevant conferences and workshops. Research results, in the form of notes, talks etc. will be published on this web site (in so far as industrial / confidentiality clauses allow).
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Dissemination and Impact. B.3.2.1. Impact on training and research capacities of the partners and on European research Deciphering the dynamics of the Earth requires multi-skilled workforce familiar with many different techniques and disciplines: geology, geochemistry, physics, chemistry and mineralogy, fluid mechanics, and numerical modelling. Scientists with a pluridisciplinary expertise are needed to trigger off new directions of research, which in turn will create new added value for the scientific community. By bringing together 7 leading groups from complementary domains in EU Earth Sciences, CRYSTAL2PLATE will bring significant advances on our understanding of a key question in Earth Sciences, still unsolved 40 years after the establishment of the plate tectonics theory: how mantle convection produces, and is modified by, plate tectonics. The multidisciplinarity of CRYSTAL2PLATE research group will allow, for the first time, to explicitly consider the interactions between physical and chemical processes as well as between crystal-scale processes and large-scale dynamics in the mantle. Major expected scientific breakthroughs are: • an improved understanding of how small-scale processes at plate boundaries feed into large-scale dynamics of the mantle, coming from a combination of approaches spanning all scales; • an understanding of the 'effective' rheology of the lithosphere as a function of its physical state, arising from the coupling of observations on natural systems and multiscale modelling; • a dramatic improvement in our understanding of fluids transport above subduction zones and in how it interacts with deformation of the solid mantle, stemming from coupled analysis of 3-D seismic velocity structure with anisotropy, the chemistry and deformation of xenoliths and peridotite massifs, and numerical modelling; • a better understanding of the role of fluids and magmas on both the subduction and rifting processes, coming from the association of observations on natural systems, seismic anisotropy and tomography data, and multiscale modelling; • an improved comprehension of the role of the pre-existing structure of the lithosphere on the creation of new extensional or compressional plate boundaries (rifting and subduction), arising from the combination of observations on natural systems and modelling spanning all scales from the crystal to the plates and seismological observations; • a dramatic improvement on our understanding of how plates influence the convective pattern a...
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Dissemination and Impact. By the very nature of the large international scientific collaborations in high energy physics, all researchers will be immersed in a pool of networking possibilities. Whether it is via inter-team meetings or via collaboration meetings and international conferences, the researchers will have excellent networking opportunities both in academic areas of activity and with the industrial partners involved on the ITN. Dissemination of research results in the particle physics world is most commonly done using journal publications, presentations at conferences (with subsequent publication in proceedings) or seminars of which a great number are given at the network’s institutions. This gives the researchers ample opportunity to hone their skills in writing or making presentations.
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Dissemination and Impact. Improvement of the Career Prospects of the Fellows The structured training programme enables the Fellows to reach a stage of great professional maturity. A solid training is provided in the fields of quantum field theory, particle and hadron physics phe- nomenology, Lattice QCD, computational mathematics, computer simulation and algorithms, soft- ware development, high performance computing and computer architecture. The Fellows will receive background knowledge of other applications where computer simulations are needed. They will ac- quire complementary competencies, such as project management skills, organisational skills and pre- sentation skills and they will be able to develop some teaching proficiency. The interdisciplinarity offered by the close collaboration between Theoretical Physicists, Computational Mathematicians and Hardware specialists as well as the involvement of Industry are further contributing factors that will leave the Fellows well positioned for future roˆles of leadership in industry or academia. The analytical and problem solving skills acquired in the research training are transferable to many areas. The already existing contacts to Industrial Partners will position the Fellows ideally to find high quality employment in industry. The Fellows specializing in Hardware Development can continue to work on similar projects. Others will find positions e.g. in the simulation of complex systems or quantitative finance. The Fellows will be provided with access to world-beating computing facilities. They will be given ample of opportunity of exposure to the wider community by giving presentations at institutes, work- shops and conferences. The joint publications arising from their work will attract international atten- tion. Understanding QCD is still one of the great challenges in Theoretical Physics and with future large scale experiments dedicated to this line of research, there is little doubt that many Fellows can pursue a career in academia, either in this subject area or in related fields, if they wish. Team members participate in major international lattice collaborations including non-European teams. STRONGnet gives the Fellows the unique opportunity to become well-known by all major players in the field at an early stage. Those who wish to continue academic research after completing their doctoral degree should have little problems to find a matching postdoctoral position. International experience and proficiency in foreign langu...
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Dissemination and Impact. Plan for dissemination and IPR Research results of XXXXX will be normally be put in the public domain. Results will be published in the scholarly literature and presented at scientific meetings. Appropriate channels will be used for this purpose, e.g. the CL, MT, LLC journals, NEJLT, large European meetings such as EACL, regional ones such as NoDaLiDa and more specialized ones such as TLT. Furthermore, there will be a dissemination effort through the CLARIN project, using channels such as the CLARIN newsletter, website, and meetings. XXXXX will put in place its own website with announcements of researcher positions, events and all research results. Finally, XXXXX training events will also be open to external researchers so that these events will also serve a purpose in the dissemination and exploitation of the project. In particular, researchers in the CLARIN project will be targeted. Europe's position in language technologies and contribution to standards Due to its commitment to a highly multilingual society and its support for the maintenance of languages, Europe has a leading role in language resources and technology. Two of the largest programmes on documenting endangered languages have resulted in a huge treasure for linguistic analysis. Europe has leading roles in standardization iniatives such as ISO TC37/SC4 and TEI. Due to a number of projects and initiatives such as ISLE, INTERA, TELRI, DAM-LR and DOBES Europe has a leading role in building integrated and interoperable infrastructures that introduced federation and grid technology to the field of HLT. At the same time, Europe has a large number of outstanding experts in this sector, but their expertise has so far not been sufficientely exploited in researcher training. The CLARIN research infrastructure is confirming this strong position, will provide better accessibility of resources and technology to the European researchers, and will pass on the leading expertise to the next generation. Creating a nucleus of young researchers across national boundaries The combination of information technology and multilingual technologies and skills are a key to master the challenges of the semantic web. By further training specialists in this area, and making them aware of the industrial potential of the emerging technology, career prospects are drastically improved. The unique combination of experts in all relevant areas (HLT, standardization, federation/grid) is a great opportunity for Europe to educate a...
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Dissemination and Impact. Impact for training of individuals: Enhancing Career Prospects The NAMASEN network provides a unique career-development opportunity to all recruited fellows. The fellows will acquire interdisciplinary skills in multiple areas of neuroelectronics and neuroengineering, in leading European laboratories. Early in their career they will be involved in highly interdisciplinary work with other fellows and obtain a unique multifaceted perspective that is necessary to address critical questions in both basic research and industrial exploitation. These collaborations, established early on, will build the foundation of future collaborative ties that will benefit fellows throughout their professional life. The international reputation of the network partners and their many collaborative partners in Europe and worldwide provides the fellows with a large network of contacts in academia. Their unusually broad training across traditional disciplinary boundaries will provide them with skills to become the future leaders of European research. However, the close integration of key European industrial partners will provide fellows with excellent trans-sectorial training and skills to succeed in the private sector. The involved industrial partners recognize the independence, critical thinking skills, and teamwork ability of researchers trained in the interdisciplinary fields of NAMASEN as highly desirable for future employees. We expect that the industrial involvement provide the fellows with an important additional opportunity in their professional development. The opportunities are especially valuable to the three ERs, who will at the end of their training make a decision between academic and industrial careers. We believe that the NAMASEN experience will demonstrate to them that there are exciting opportunities at the interface of these two sectors. Impact on participating institutions, plan for long-term collaborations XXXXXXX brings together both academic and private sector partners. They are representing leading European institutions in micro- and nanotechnology, unconventional electrophysiology and neuroelectronics, computational modeling and theoretical neuroscience, a big pharma industry and a world-leader in peripheral neuroprosthetic retinal device. While some of these have already a strong tradition (local or nation-wide) in interdisciplinary research in neurosciences and neurotechnologies (e.g. ALU, HUJI, etc.), the network aims at consolidating existing scientifi...
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Dissemination and Impact. DISSEMINATION
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Dissemination and Impact 
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Related to Dissemination and Impact

  • Dissemination 1. All public events, activities, curricular materials, press releases, requests for proposals, bid solicitations, and other documents produced with OSHE funds provided pursuant to this agreement must state clearly that the project partnership is administered by OSHE and that OSHE is a partner in the project partnership. The only official name to be used in describing the overall program is “Educational Opportunity Fund (EOF)” and no other institutional- specific branded name shall be used in official communication about the grants.

  • Information and Data 21.1 At all times during the subsistence of this Agreement the duly authorized representatives of each Participant shall, at its and their sole risk and expense and at reasonable intervals and times, have access to the Property and to all technical records and other factual engineering data and information relating to the Property which is in the possession of the Operator.

  • Access to Information Such Purchaser acknowledges that it has had the opportunity to review the Transaction Documents (including all exhibits and schedules thereto) and the SEC Reports and has been afforded, (i) the opportunity to ask such questions as it has deemed necessary of, and to receive answers from, representatives of the Company concerning the terms and conditions of the offering of the Securities and the merits and risks of investing in the Securities; (ii) access to information about the Company and its financial condition, results of operations, business, properties, management and prospects sufficient to enable it to evaluate its investment; and (iii) the opportunity to obtain such additional information that the Company possesses or can acquire without unreasonable effort or expense that is necessary to make an informed investment decision with respect to the investment. Such Purchaser acknowledges and agrees that neither the Placement Agent nor any Affiliate of the Placement Agent has provided such Purchaser with any information or advice with respect to the Securities nor is such information or advice necessary or desired. Neither the Placement Agent nor any Affiliate has made or makes any representation as to the Company or the quality of the Securities and the Placement Agent and any Affiliate may have acquired non-public information with respect to the Company which such Purchaser agrees need not be provided to it. In connection with the issuance of the Securities to such Purchaser, neither the Placement Agent nor any of its Affiliates has acted as a financial advisor or fiduciary to such Purchaser.

  • Patient Information Each Party agrees to abide by all laws, rules, regulations, and orders of all applicable supranational, national, federal, state, provincial, and local governmental entities concerning the confidentiality or protection of patient identifiable information and/or patients’ protected health information, as defined by any other applicable legislation in the course of their performance under this Agreement.

  • CONFIDENTIAL INFORMATION AND PUBLICITY 11.1 If Cisco and Supplier have entered into a Non-Disclosure Agreement (“NDA”) which covers disclosure of confidential information under the Purchase Order, and if the term of the NDA expires before the expiration or termination of the Purchase Order, then the term of the NDA shall be automatically extended to match the term of the Purchase Order.

  • Confidentiality and Safeguarding of University Records; Press Releases; Public Information Under this Agreement, Contractor may (1) create, (2) receive from or on behalf of University, or (3) have access to, records or record systems (collectively, University Records). Among other things, University Records may contain social security numbers, credit card numbers, or data protected or made confidential or sensitive by Applicable Laws. [Option (Include if University Records are subject to FERPA.): Additional mandatory confidentiality and security compliance requirements with respect to University Records subject to the Family Educational Rights and Privacy Act, 20 United States Code (USC) §1232g (FERPA) are addressed in Section 12.41.] [Option (Include if University is a HIPAA Covered Entity and University Records are subject to HIPAA.): Additional mandatory confidentiality and security compliance requirements with respect to University Records subject to the Health Insurance Portability and Accountability Act and 45 Code of Federal Regulations (CFR) Part 160 and subparts A and E of Part 164 (collectively, HIPAA) are addressed in Section 12.26.] Contractor represents, warrants, and agrees that it will: (1) hold University Records in strict confidence and will not use or disclose University Records except as (a) permitted or required by this Agreement, (b) required by Applicable Laws, or (c) otherwise authorized by University in writing; (2) safeguard University Records according to reasonable administrative, physical and technical standards (such as standards established by the National Institute of Standards and Technology and the Center for Internet Security [Option (Include if Section 12.39 related to Payment Card Industry Data Security Standards is not include in this Agreement.):, as well as the Payment Card Industry Data Security Standards]) that are no less rigorous than the standards by which Contractor protects its own confidential information; (3) continually monitor its operations and take any action necessary to assure that University Records are safeguarded and the confidentiality of University Records is maintained in accordance with all Applicable Laws and the terms of this Agreement; and (4) comply with University Rules regarding access to and use of University’s computer systems, including UTS165 at xxxx://xxx.xxxxxxxx.xxx/board-of-regents/policy-library/policies/uts165-information-resources-use-and-security-policy. At the request of University, Contractor agrees to provide University with a written summary of the procedures Contractor uses to safeguard and maintain the confidentiality of University Records.

  • Access to Financial Information Buyer’s representatives shall have access to, and Seller and its Affiliates shall cooperate with Buyer and furnish upon request, all financial and other information relating to the Hotel’s operations to the extent necessary to enable Buyer’s representatives to prepare audited financial statements in conformity with Regulation S-X of the Securities and Exchange Commission (the “SEC”) and other applicable rules and regulations of the SEC and to enable them to prepare a registration statement, report or disclosure statement for filing with the SEC on behalf of Buyer or its Affiliates, whether before or after Closing and regardless of whether such information is included in the Records to be transferred to Buyer hereunder. Seller shall also provide to Buyer’s representative a signed representation letter in form and substance reasonably acceptable to Seller sufficient to enable an independent public accountant to render an opinion on the financial statements related to the Hotel. Buyer will reimburse Seller for costs reasonably incurred by Seller to comply with the requirements of the preceding sentence to the extent that Seller is required to incur costs not in the ordinary course of business for third parties to provide such representation letters. The provisions of this Section shall survive Closing or termination of this Contract.

  • Information and Services 2.1.1 The Owner shall provide full information in a timely manner regarding the requirements of the Project, including the Owner’s objectives, constraints and criteria, space requirements and relationships, flexibility and expandability requirements, special equipment and systems, and site requirements as reasonably requested by Construction Manager in writing.

  • Information and Publicity 1. The LP undertakes to fulfil the information and publicity measures set out in Commission Regulation (EC) No. 1303/2013, and in the information and publicity guidelines included the Implementation Manual, the Visual Identity Manual for projects and the Communication toolkit of the Danube Transnational Programme with the aim to promote the fact that financing is provided from the European Union Funds in the framework of the Danube Transnational Programme and to ensure the adequate promotion of the project.

  • Information Handling Implement new/improved system; update incoming publications; circulate publications; identify information source(s) inside and outside the organisation. Grade 5 - Communication: Obtain data from external sources; produce reports; identify need for documents and/or research. Grade 5 - Enterprise: Assist with the development of options for future strategies; assist with planning to match future requirements with resource allocation.

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