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Press Release, April 9, 2019
Press Release, April 9, 2019 Another four years funding for the Leibniz Science Campus Phosphorus Research Rostock At the beginning of April, the Leibniz Association decided to support the Leibniz Science Campus Phosphorus Research Rostock (P Campus) for another four years with a good 1.13 million euros. The P Campus, which was founded in 2015 and brings together five Leibniz institutes from the region and the University of Rostock, will thus be able to continue and expand its successful interdisciplinary research into the essential element phosphorus and its role in the environment and in economy. The Rostock P Campus is one of a total of 22 science campi with a focal theme that serve the strategic networking of Leibniz institutes with universities and other regional partners. “In the face of strong competition, the funding of a second phase of the P Campus underscores the high quality of the research carried so far as well as the worldwide outstanding position of phosphorus research in the Ros- tock area and, as a result, further strengthens the excellence profile of the university and the Leibniz institutes in Mecklenburg-Western Pomerania," comments Prof. Ulrich Bathmann, speaker of the P Campus, the renewed funding commitment of the Leibniz Association. “The state government supports this with additional funding from the ministries for agriculture, the environment and consumer protection as well as for education, science and culture,” Bathmann continues. Phosphorus (P) plays an important role in the environment as an essential element for all living organisms and is also of central importance in numer- ous agricultural and industrial production processes. -
Joint Comments on Treatment of Biomass (PDF)
October 31, 2018 Joint Comments of Clean Air Task Force, Natural Resources Defense Council, Center for Biological Diversity, Clean Air Council, Clean Wisconsin, Conservation Law Foundation, Dogwood Alliance, Partnership for Policy Integrity, and Sierra Club on the Treatment of Biomass-Based Power Generation in EPA’s Proposed Emission Guidelines for Greenhouse Gas Emissions from Existing Electric Utility Generating Units; Revisions to Emission Guideline Implementing Regulations; Revisions to New Source Review Program (83 Fed. Reg. 44746 (August 31, 2018) Docket No. EPA-HQ-OAR-2017-0355 Submitted via regulations.gov Environmental and public health organizations Clean Air Task Force, Natural Resources Defense Council, Center for Biological Diversity, Clean Air Council, Clean Wisconsin, Conservation Law Foundation, Dogwood Alliance, Partnership for Policy Integrity, and Sierra Club hereby submit the following comments on the “best system of emission reduction” and other issues EPA’s proposed rule “Emission Guidelines for Greenhouse Gas Emissions from EXisting Electric Utility Generating Units; Revisions to Emission Guideline Implementing Regulations; Revisions to New Source Review Program,” 83 Fed. Reg. 44,746 (Aug. 31, 2018). [I] Overview Climate change continues to intensify and threaten public health and welfare. A recent report from the Intergovernmental Panel on Climate Change (IPCC) concludes that if greenhouse gas (GHG) emissions continue at the current rate, the atmosphere will warm by as much as 1.5°C (or 2.7°F) by 2040.1 “Climate-related risks to health, livelihoods, food security, water supply, human security, and economic growth are projected to increase with global warming of 1.5°C and increase further with 2°C.”2 The power sector was responsible for 29 percent of the climate-warming GHGs emitted in the United States in 2017,3 making it imperative that the U.S. -
Digital Society
B56133 The Science Magazine of the Max Planck Society 4.2018 Digital Society POLITICAL SCIENCE ASTRONOMY BIOMEDICINE LEARNING PSYCHOLOGY Democracy in The oddballs of A grain The nature of decline in Africa the solar system of brain children’s curiosity SCHLESWIG- Research Establishments HOLSTEIN Rostock Plön Greifswald MECKLENBURG- WESTERN POMERANIA Institute / research center Hamburg Sub-institute / external branch Other research establishments Associated research organizations Bremen BRANDENBURG LOWER SAXONY The Netherlands Nijmegen Berlin Italy Hanover Potsdam Rome Florence Magdeburg USA Münster SAXONY-ANHALT Jupiter, Florida NORTH RHINE-WESTPHALIA Brazil Dortmund Halle Manaus Mülheim Göttingen Leipzig Luxembourg Düsseldorf Luxembourg Cologne SAXONY DanielDaniel Hincapié, Hincapié, Bonn Jena Dresden ResearchResearch Engineer Engineer at at Marburg THURINGIA FraunhoferFraunhofer Institute, Institute, Bad Münstereifel HESSE MunichMunich RHINELAND Bad Nauheim PALATINATE Mainz Frankfurt Kaiserslautern SAARLAND Erlangen “Germany,“Germany, AustriaAustria andand SwitzerlandSwitzerland areare knownknown Saarbrücken Heidelberg BAVARIA Stuttgart Tübingen Garching forfor theirtheir outstandingoutstanding researchresearch opportunities.opportunities. BADEN- Munich WÜRTTEMBERG Martinsried Freiburg Seewiesen AndAnd academics.comacademics.com isis mymy go-togo-to portalportal forfor jobjob Radolfzell postings.”postings.” Publisher‘s Information MaxPlanckResearch is published by the Science Translation MaxPlanckResearch seeks to keep partners and -
Press Release TU9 Demands €500 Million for Digital Pact for Higher Education Teaching
Press Release TU9 demands €500 million for Digital Pact for Higher Education Teaching Berlin, July 16, 2020 The Presidents and Rectors of Germany’s leading Universities of Technology (TU9) call for a national dig- ital pact for higher education teaching. A first proposal put forward by the 16 State Ministers of Science called for €500 million in funding. The TU9 Alliance supports that call. The TU9 Universities want to use the experience gained in the summer semester 2020 shaped by the impact of the Corona pandemic as an opportunity to change teaching and learning. We need to consol- idate the positive experience gained with online teaching and find the right mix of online and on-campus teaching. Each format should develop its strengths. Used in combination, they will give us significantly more scope for interaction, projects and discourse. More than ever, as the place in which we learn, teach, research and organize, the university will become the central place for diverse and vibrant forms of encounter. In order to prevent every university from having to divert its scarce resources from other fields of devel- opment, we are calling for a national “Digital Pact for Higher Education Teaching”, as formulated by the 16 State Ministers of Science. The pact has yet to be put in place. That is a mistake and one that must be corrected. That correction should take in sustained investment in spatial and technical infrastructure. We need in- novative places of encounter to accommodate new teaching and learning formats, attractive further train- ing, codes of conduct for digital interaction with one another and a strong university didactics. -
Museum and Research What Makes Us Different
MUSEUM AND RESEARCH WHAT MAKES US DIFFERENT Ships are a gateway to people and the sea Ships transport people, goods and knowledge – in fact, globalisation would be completely unimaginable without them. Ships can also be used to explore the multifaceted and ever-changing relationship between humankind and the sea and to make it something truly tangible in exhibitions. We have set ourselves this goal. In the scope of our research programme and our exhibition, we observe ships from a variety of perspectives. We explore shipbuilding and navigation from a socio-economic per- spective, discover how human knowledge is able to spread all around the world with the aid of ships and consider the impact that shipping has on our environment. www.dsm.museum/ausstellung www.dsm.museum/forschung A Leibniz Association research museum The DSM is one of eight Leibniz research museums located across Germany. The Leibniz Association research museums collect, research and inform. Their combined collections are home to way in excess of 100 million exhibits and form the basis for research into the history of the Earth and biodiversity, cultural and technological history and the conservation of our scientific and cultural heritage. With their research-based exhibitions, the museums reach THE DSM between three and four million people every year. With an indoor exhibition space spanning 8,000 m2 and www.dsm.museum/forschungsmuseen a museum harbour complete with historical ships, the German Maritime Museum / Leibniz Institute for Maritime History (DSM) is one of the largest maritime museums in the whole of Europe. One of the most famous exhibits within the museum itself is the Bremen Cog dating back to 1380, widely deemed to be the best preserved ship from the Middle Ages. -
Excellence in Engineering and Science Made in Germany TU9 Alliance
Excellence in Engineering and Science Made in Germany TU9 Alliance Technische Leibniz Universität University Berlin Hannover Technische Universität Braunschweig Technische RWTH Universität Aachen Dresden University Technische Universität Darmstadt Karlsruhe Institute of Technology Technical University University of Stuttgart of Munich TU9 Mission Statement TU9 — German Universities of Technology Excellence in Engineering and Science Made in Germany TU9 is the Alliance of leading Universities of Technology in Germany: RWTH Aachen University, Technische Universität Berlin, Technische Universität Braunschweig, Technische Universität Darmstadt, Technische Universität Dresden, Leibniz University Hannover, Karlsruhe Institute of Technology, Technical University of Munich, and University of Stuttgart. Tradition, excellence, and innovation are the hallmarks of TU9 Universities. Founded during the Industrial Age, they contributed decisively to tech nological progress back then and continue to do so today. They enjoy an outstanding reputation around the world as renowned research and teaching institutions that promote the transfer of knowledge and tech nology between universities and practice. As such, they train exceptional young academics for careers in science, business, and administration and assume social responsibility. TU9 Universities foster top-class inter- national networks and diverse cooperation with industry, making them a key element of the German science and innovation landscape. The excellent research and teaching at TU9 Universities are based on independence, plurality, and freedom of expression. TU9 Universities have always been places of intellectual and cultural diversity where inter nationalization and integration are a matter of course. TU9 Universities embody ▪ tradition & innovation, ▪ excellence & interdisciplinarity, ▪ cooperation & competencies, and the world of tomorrow. TU9 Universities … excel in pioneering creative research in engineering and the natural sciences. -
Museums – Places of Authenticity? (RGZM Tagungen Bd
EDITORS’ PREFACE Museums acquire, conserve, research, communicate and exhibit according to their own defnition the her- itage of humanity (cultural heritage) as well as the environment in which it is integrated (natural heritage). The institutions see themselves as the guardians, preservers and labelling institutions of »authentic« things and thus »singled out« in many ways. With the claim of presenting original, thus »real« objects in exhibi- tions and collections, they generate the feeling of a supposedly direct encounter with the past but also with the unknown or the otherwise unreachable. In their own claim, this makes them »authentic places« like historical buildings, urban ensembles or memorial sites that appear in a similar way. All of them fulfl the widespread longing for authenticity, which seeks to connect the present with the past, one’s own self with the other, one’s own questions with scientifc knowledge in the mode of the genuine, true and real. However, whether and to what extent museums, as well as archives and similar institutions are actual places of authenticity should certainly be questioned. The contributions collected in this volume show, in a funda- mental way and using selected case studies, the different dimensions of dealing with the phenomenon of »authenticity«. Relevant aspects in collections, research, conservation, restoration, exhibition and learning in museums and in dealing with cultural heritage have been highlighted. The contributions refect the most diverse disciplinary perspectives and approaches of the authors to a topic that is of great relevance across all disciplinary boundaries and can only be researched on an interdisciplinary basis. The »types of museums« covered range from history, archaeology and natural history to science and art-museums. -
Stronger Together – How Silicon Saxony Drives Cooperation & Innovation Silicon Saxony the Big Picture
STRONGER TOGETHER – HOW SILICON SAXONY DRIVES COOPERATION & INNOVATION SILICON SAXONY THE BIG PICTURE Leipzig Commission Dresden 2019, EU 2019, Chemnitz Microelectronics/ICT Scoreboard 64,000 employees 2,400 companies ▪ one of the most innovative regions in the EU* Every third chip Innovation*Regional ▪ Key areas: Mobility, Life Sciences, Mechanical produced in Europe Engineering, Microelectronics/ICT, Environmental and is “Made in Saxony” Energy Technology SAXONY IS THE #1 REGION FOR MICROELECTRONICS IN EUROPE SILICON SAXONY SAXONY – ONE OF THE MOST INNOVATIVE REGIONS IN EUROPE Saxony keeps top positions in innovation fields e.g.: ▪ Intelligent sensors / MEMS ▪ Automation technologies ▪ Mobile communication of the latest generation (5G) Saxony has highest concentration of Fraunhofer institutes all over Germany. Education & Research Institutes: 6 Universities, 14 Universities of Applied Sciences, 16 Fraunhofer Institutes (10 in Dresden), 6 Max Planck Institutes, 3 Helmholtz institutes, 6 Leibniz institutes 6000 scientists and engineers educated per year in Saxony ▪ around 50,000 students of Mathematics, Engineering and Natural Science courses (STEM) ▪ since 2012, TU Dresden is one of Germany‘s 11 Elite Universities SAXONY IS THE #1 REGION FOR RESEARCH IN GERMANY SILICON SAXONY WHAT WE CAN DO FOR YOU ✓ Silicon Saxony is the biggest network for Micro- and nano electronics, ICT and Software in Europe. ✓ We successfully supported international organizations with their partner search (projects, cooperation, business, ..) in Saxony and beyond. -
20 Jahre Silicon Saxony Ev Mehr Als „Nur“ Ein Netzwerk!
2020/2021 SACHSENS MIKROELEKTRONIK Neue Gesichter, neue Fabs, neue Herausforderungen AB SEITE 18 ZWEI STARKE REKTORINNEN Frischer Wind für HTW und TU Dresden AB SEITE 34 © istock.com / solarseven + ismagilov TOPTHEMA: 20 JAHRE SILICON SAXONY E. V. MEHR ALS „NUR“ EIN NETZWERK! AB SEITE 47 DRESDENS ERSTE ADRESSE FÜR BUSINESS-AUFENTHALTE! The whole spectrum ÜBERNACHTUNGEN & FIRMENEVENTS for semiconductor test IM BILDERBERG BELLEVUE HOTEL MEMS Test Cell Power Module Test Cell 2020 ABGESCHLOSSEN TAGEN IM GROSSEN STIL AUSSERGEWÖHNLICHE LOCATIONS RENOVIERUNG ALLER RENOVIERTER, MODERNER EMPFÄNGE & FIRMEN- ZIMMER BANKETTBEREICH MIT FEIERN MIT EINZIG- SAAL & FOYER ARTIGEM CHARAKTER SPEA Semiconductor Equipment stands for Neue Zimmer: gemütlicher Komfort und Saal Bellevue mit mobilen Trennwänden Exklusive In- & Outdoorlocations · vielfäl- highest precision, flexibility and productivity. state of the art · High Speed WLAN für und moderner Technik · großzügige Aus- tige Räume für Galas, Dinner und Emp- Our turnkey solution combines the elements bis zu 5 Devices · Individuelle Kommuni- stellungs- und Cateringfläche · direkter Zu- fänge · z.B. Atrium, Vinothek, Bierclub, of handling, contacting and complete testing kation und Infos über Betterspace-Tablets gang zu Terrasse und Garten · Veranstal- Canaletto Restaurant & Biergärten of the devices. tungen für bis zu 850 Personen · Meeting ON TOP Concierge Zentrale Lage und A single equipment gute Anbindung Mems & Sensors Safe Meetings und to test of your Buy Outs ICs, MEMS 640 qm Power ID Wellnessbereich or IGBTs Green Certified SOCs Converters PMICs Automotive Ihre Anfrage richten Sie an +49 351 805 1717 Bilderberg Bellevue Hotel Dresden · Große Meißner Straße 15 · 01097 Dresden oder [email protected] www.bilderberg-bellevue-dresden.de INHALT © TRUMPF © Globalfoundries © HZDR Liebe Leserinnen und Leser, HARDWARE SOFTWARE SILICON SAXONY NEUE KOMPETENZEN 6 Vision für Europa 16 Digitalisierung 12 Corona Neue Mitglieder herzlich willkommen im Interview mit Dr. -
A High Tech Location in Germany
COMPANIES FROM SAXONY – A HIGH TECH LOCATION IN GERMANY NANO TECH TOKYO FEBRUARY 14 – 16, 2018 EAST HALL 5, BOOTH 5J-13 2 Supported by Saxon State Ministry for Economic Saxony Economic Development Affairs, Labour and Transport Corporation Wilhelm-Buck-Str. 2 Bertolt-Brecht-Allee 22 01097 Dresden 01309 Dresden Tel.: +49 351 5640 Tel.: +49 351 2138 0 Fax: +49 351 5648 068 Fax: +49 351 2138 399 [email protected] [email protected] www.smwa.saxony.de www.business-saxony.com European Union European regional development fund Europe funds Saxony! 3 NANOTECHNOLOGY Saxony Economic Development Corporation Bertolt-Brecht-Allee 22 IN SAXONY 01309 Dresden Tel.: +49 351 2138 0 Fax: +49 351 2138 399 With 200 companies specialized in nanotechnology Saxony belongs to [email protected] Germany’s top 5 locations. Saxony is characterized by a tight network www.business-saxony.com of producing industries and suppliers that give impetus to the develop- ment and economic use of nanotechnologies and open up new chan- nels. Thus, nanotechnology experts benefit from close exchange with the microelectronics / ICT (»Silicon Saxony«), mechanical engineering and automobile industries, which are particularly strong in Saxony. When it comes to nanoanalysis, nanoelectronics, functional nano- layers, ultra-thin layers and materials in particular, Saxony’s com- panies and research institutes are at the top of the European field. Some of Europe’s leading research institutions for nanoelectronics can be found in Saxony – e.g. the Nanoelectronic Materials Laboratory gGmbH (NaMLab) and the Dresden Center for Nanoanalysis (DCN) at Dresden University of Technology or the Center Nanoelectronic Tech- nologies CNT at the Fraunhofer Institute IPMS Dresden. -
Del Progetto Einstein@Home, Scoprono Una Nuova Pulsar Nei Dati Del Radio Telescopio Di Arecibo
Gente comune, ‘’scienziati’’ del progetto Einstein@Home, scoprono una nuova pulsar nei dati del radio telescopio di Arecibo. I computer inattivi sono un po’ come il parco giochi degli astronomi: tre persone comuni, un tedesco ed una coppia in America, hanno scoperto una pulsar nascosta nei dati raccolti dall’osservatorio di Arecibo. Questa e’ la prima scoperta dello spazio profondo da parte di Einstein@Home, un progetto che utilizza il tempo di calcolo donato da 250 000 volontari in 192 differenti paesi. I volontari mettono a disposizione i propri computer quando non li stanno usando (Science Express, Aug. 12, 2010.). I volontari i cui computer hanno fatto la scoperta sono Chris ed Helen Colvin, di Ames, nell’Iowa, USA, e Daniel Gebhardt dell’universita’ di Mainz , dipartimento di informatica musicale, Germania. I loro computer, assieme agli altri 500 000 sparsi in tutto il mondo, analizzano dati per Einstein@Home (in media ogni volontario contribuisce con due computer). La nuova pulsar, chiamata PSR J2007+2722, e’ una stella di neutroni che ruota su se’ stessa 41 volte al secondo. La pulsar si trova nella Via Lattea nella costellazione Vulpecula a circa 17 000 anni luce dalla Terra. A differenza delle altre pulsar che ruotano velocemente e stabilmente come lei, J2007+2722 se ne sta tutta sola nello spazio senza nessun’altra stella compagna ad orbitarle attorno. Gli astronomi ritengono che J2007+2722 sia particolarmente interessante perche’ e’ probabilmente una pulsar riciclata che ha perso durante la propria evoluzione la stella compagna. Questa ipotesi, seppure la piu’ interessante, rimane tuttavia una ipotesi e altri scenari sono possibili, per esempio che J2007+2722 sia una pulsar giovane nata con un campo magnetico piu’ basso del normale. -
MEDIA INFORMATION Leibniz Institute for Farm Animal Biology
MEDIA INFORMATION Leibniz Institute for Farm Animal Biology Dummerstorf, Oktober 14, 2017 Are there sustainable solutions in dealing with dwindling phosphorus resources? Scientists in Dummerstorf set out in the European research project ERANet PEGaSus on the search After nitrogen, phosphorus is the second most important mineral and an essential building block for all living organisms in agricultural cycles, be it fodder plants, livestock or crop growing. Natural resources are shrinking and will dry up in the foreseeable future. For this reason, research has been under heavy pressure for years on the efficient use of this valuable raw material, and for some years now also the Leibniz Institute for Farm Animal Biology (FBN) in Dummerstorf as part of the Leibniz Science Campus Rostock is involved. Another major research project in this area worth 2.0 million euros and running for three years has been granted to the FBN:"ERANet PEGaSus". “For about three years now, we have been investigating intensively on making more efficient use of the limited resource phosphorus in modern livestock farming," said FBN director and project manager Prof. Klaus Wimmers. The coordination of the international project "ERANet PEGaSus" is an excellent opportunity for our institute to advance our scientific work in an interdisciplinary consortium and to extent our research as a partner in the DFG research group "P‐Fowl", which was also recently established. We are looking for sustainable solutions for the future use of phosphorus." With the world's growing population, demand for phosphorus as a fertilizer and feed additive is steadily increasing by 2‐3% per year, while the reserves of today's exploitable deposits are limited.