最近有研究表明,从吉布斯态(对应于系统处于热平衡的状态)采样是一项量子计算机有望实现超多项式加速的任务,相比经典计算机,前提是哈密顿量的局部性随着系统规模的增加而增加 [ BCL24 ]。我们扩展了这些结果,通过展示经典的采样难度并证明可以使用量子计算机有效制备此类吉布斯态,表明这种量子优势仍然适用于恒温下具有 𝑂 ( 1 ) 局部相互作用的哈密顿量的吉布斯态。特别是,我们表明即使对于 3D 晶格上的 5 局部哈密顿量,采样难度也能保持。我们还表明,当我们只能进行不完美测量时,采样难度是稳健的。
•Salzgitter,瓦伦西亚,圣托马斯:Powerco在扩大其全球电池业务方面锻造•Valencia的牢房工厂•2026年,在2026年开始生产该统一的电池,创造了3,000多个直接工作,每年40 GWH的初始容量为40 GWH•潜在的潜力,具有进一步扩展的潜力体现了西班牙政府对创新和可持续发展的承诺。”
一般信息Corteva Agrisciencion开发了使用CRISPR-CAS9技术编辑的玉米组,以靶向蜡质基因(WX1)的靶向缺失,从而将淀粉中链氨基蛋白酶的比例提高到近100%。在传统玉米中,淀粉通常为75%的链托蛋白和25%的果胶。除了食品工业外,纺织品和造纸工业还使用淀粉蛋白。日本卫生,劳动和福利部(MHLW)以及农业,林业和渔业部(MAFF)要求所有基因组编辑的产品在日本商业化之前进行咨询和通知过程,请参阅JA20202020202020-0184,以获取更多详细信息。 3月20日,MHLW和两个MAFF监管机构将蜡状玉米添加到了不受日本GE食品,饲料和生物多样性法规的基因组编辑产品列表中。 For more on the MHLW and MAFF decisions, see below (Japanese only): MHLW – Food Safety MAFF – Feed Safety MAFF – Biodiversity As of March 2023, MHLW and MAFF have added four types of products to their lists of genome edited products that are not subject to Japan's GE food, feed, and biodiversity regulations, including a high GABA tomato , high-yield seabream, fast growing tiger pufferfish,和蜡质玉米。日本卫生,劳动和福利部(MHLW)以及农业,林业和渔业部(MAFF)要求所有基因组编辑的产品在日本商业化之前进行咨询和通知过程,请参阅JA20202020202020-0184,以获取更多详细信息。3月20日,MHLW和两个MAFF监管机构将蜡状玉米添加到了不受日本GE食品,饲料和生物多样性法规的基因组编辑产品列表中。For more on the MHLW and MAFF decisions, see below (Japanese only): MHLW – Food Safety MAFF – Feed Safety MAFF – Biodiversity As of March 2023, MHLW and MAFF have added four types of products to their lists of genome edited products that are not subject to Japan's GE food, feed, and biodiversity regulations, including a high GABA tomato , high-yield seabream, fast growing tiger pufferfish,和蜡质玉米。
Solaredge Home Hub逆变器负责监督所有太阳能设备。它可以明智地优化房屋的能源使用,因此您可以使用更多的产生能源,扩展备份功率并降低成本。与负责您的太阳能生产,消费和存储(包括完整或部分家庭备份)的最终家庭能源经理会面。
“借助用户友好的界面,律师可以直观地探索和验证事件的年代学,降低不确定性并增加对案件的事实基础的信心。我们的客户看到时间绘制的时间节省了75%至90%,使他们可以更多地专注于战略性,高价值工作,而较少地关注文档审查。通过改变这一核心过程,玛丽使法律团队能够更聪明,更快地工作,在整个生命周期中提高效率。”
Mazabuka市政委员会很高兴成为有史以来第一个地区综合发展计划(IDP)2021年至2031年制定的一部分。2015年第3和第七个国家发展计划(7NDP),作为在当地实施该计划的主要工具。 作为权力下放过程的一部分,该地区旨在通过制定综合发展计划(IDP)2021年至2031年来实现第七个国家发展计划的目标。 Mazabuka IDP已将各地区的愿景整合在一起,即成为一个发达,勤奋,繁荣和气候弹性的城市,到2031年为所有居民提供优质的服务,重点放在改善道路上以提高可及性。 此外,重点是针对增加价值的农业和牲畜部门。2015年第3和第七个国家发展计划(7NDP),作为在当地实施该计划的主要工具。作为权力下放过程的一部分,该地区旨在通过制定综合发展计划(IDP)2021年至2031年来实现第七个国家发展计划的目标。Mazabuka IDP已将各地区的愿景整合在一起,即成为一个发达,勤奋,繁荣和气候弹性的城市,到2031年为所有居民提供优质的服务,重点放在改善道路上以提高可及性。此外,重点是针对增加价值的农业和牲畜部门。
o社区参与:他们涉及社区参与保护和旅游项目,创造当地的经济机会并促进对环境的尊重,改变了根深蒂固的信念,尤其是关于猛禽的信念,例如,他们的外观会导致任何人看着猫头鹰失去精神的人……对其对生态系统平衡的深刻科学知识,对生态系统平衡,对人的美观和深刻的有用。
Essen/ Eemshaven,2023年9月21日,RWE将进一步扩大其全球电池存储业务。该公司现已完成对荷兰电池存储项目的投资决定,其安装功率为35兆瓦(MW),存储容量为41兆瓦时小时(MWH)。在Eemshaven的RWE的生物量植物中,总共将安装110个锂离子电池架,面积约为3,000平方米。RWE计划投资约2400万欧元。电池项目是迈向创新需求资产投资组合的重要一步,以最佳地整合“ Oranjewind”海上风电场的与天气相关的波动发电概况。在2022年,RWE通过系统集成概念将海上项目的实施与荷兰海岸的实施相结合,该概念将风电场与绿色氢和其他解决方案(例如电池存储)结合起来。荷兰首席执行官RWE生成和乡村主席Roger Miesen:“随着电力组合中可再生能源的份额,对弹性电池存储的需求也在上升。通过这个大规模项目,RWE在荷兰能源市场上的储能系统营销方面获得了经验,并正在积极促进稳定荷兰电网。”计划的电池存储设施可以以35 MW的安装容量运行一个多小时这足以充电约800 ev。该系统被设计为在荷兰的RWE发电厂中实际上是在技术上耦合的。这使得平衡能量可以提供最佳的管理,可以单独或作为一个小组提供选定单元。电池存储系统从电网接收过多的电源,并在需要时将其馈回系统,以保持所需的网格频率。
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Name of programme: Electrical Engineering Type of programme: doctoral programme Cycle of study: third cycle Duration of programme: 4 years (8 semesters) Number of ECTS credits: 240 Academic discipline: engineering and technolog y Academic title: doktor/doktorica znanosti Abbreviation: Dr (preceding the name) The doctoral study programme in Electrical Engineering has a duration of four years, consists of 240 credits and is a third-cycle programme under the Bologna scheme. Course units are allocated credits under the European Credit Transfer and Accumulation System (ECTS), which provides a basis for international student exchanges in countries that use the same or a comparable system of credits. Within the Electrical Engineering programme, academic study is inextricably linked to research and development work. The principal focus of the programme is on autonomous creative research by the student, directed by a supervisor. The programme gives priority to elective courses over compulsory courses. In order to cover the whole of the constantly expanding field of modern electrical engineering, the range of content offered by the programme is broad and varied. The elective element gives the student the opportunity to plan their own research career from an early stage and to keep abreast of the needs of prospective employers. At the same time, via compulsory seminars and the inclusion of elective generic content (transferrable skills), we ensure an adequate breadth of education. Mobility is possible within the programme both in the context of taught elements and as part of individual research. Students are expected to participate actively in domestic and international academic and specialist workshops and conferences during their studies. This gives the student the opportunity to develop skills such as scientific communication and critical assessment of the achievements of others and of the results of their own research. The essential obligations of the doctoral candidate include the proposal and writing of a doctoral dissertation. The doctoral dissertation is an opportunity for the candidate to demonstrate, in addition to their capacity for scientific thinking and their ability to