Private_Equity-苏黎世大学
EquityPremiumPuzzle
“Equity Premium Puzzle”(Mehra and Prescott, 1985)“The difference between the return on stocks and the return on a risk-free asset such as treasury bills is called the equity premium. [...] The fact that it is too large to be explained by standard economic models is called the equity premium puzzle.” (Siegel und Thaler, 1997, p. 192).Eine Anlage von $ 1000 im Jahr 1925 wäre 1995 wert gewesen: •=$ 12,720 (bei Anlage in Treasury bills).•=$ 842,000 (bei Anlage in Aktien).Warum lässt sich das nur schwer mit Standardmodellen erklären?Wieder beginnt man mit der Eulergleichung (1) und nimmt nun zusätzlich an, dass die Nutzenfunktion der CRRA-Klasse entstammt. Somit:)])1[(1111θθρ−++−++=t i t t t C r E C Das lässt sich umschreiben als:tt t c t c t i t C C C gg r E −=+=++++−++1111 ei wob ,1])1)(1[(ρθMittels einer Taylor-Approximation zweiter Ordnung (siehe unten) kann man dies schreiben als (unter Weglassung der Zeitindices):)()1(21),(][][c ci c i g Var g r Cov g E r E +−++≈θθθθρ Für ein risikoloses Asset kann man schreiben:)()1(21][c cg Var g E r +−+≈θθθρ Das führt zu:Relative Risikoaversion Risikoprämie Kovarianz von Konsum-wachstum und Aktienrenditen [] (,)i i c E r r Cov r g −≅θ× " "! " "! " "!Herleitung der Gleichung (7.37): Taylor-Approximation zweiter Ordnung des Ausdrucks: θ−++)1)(1(g r ander Stelle r=0, g=0. θθθθθθθθθθθθθ−=+−===+=+−−−+==+=−=+−+==++=++++++≈==−−==−−==−==−−−0,010,020,00,0122)1()0,0()0,0(0)0,0()1()1)(1)()(1()0,0(1)1()0,0()1)()(1()0,0(1)0,0()1)(1(),()0,0(21)0,0(21)0,0(21)0,0(21)0,0()0,0()0,0(),(g r rg gr rr g r gg g r r g r g rg gr rr gg r g g f f f g r f g f g r f f g r r g f rg f rg f r f g f r f g f f r g fEmpirie :Daten für 1890-1979Risikoprämie : 06.0][≅−r rE iKovarianz: 0024.0),()()(),(4.0036.0167.0≅="!" "!" "!" c i c i c i g r Corr g Var r Var g r CovDas impliziert einen Koeffizienten der relativen Risikoaversion von θ gleich 25, was unplausibel erscheint. Warum?Was bedeutet θ = 25?Ich bin sehr sehr risikoavers! Ich bin indifferent zwischen•=Einkommen 1000, das mit Wahrscheinlichkeit ½ um 50 % steigt und mit Wahrscheinlichkeit ½ um 50% sinkt.•=Sicheres Einkommen von 515.Bei θ = 25 ist man bereit, 48.5 % seines Einkommens mit Sicherheit bezahlen, um eine 50%-ige Möglichkeit eines Verlustes von 50% zu vermeiden!Versuche zu einer …Lösung” desEquity Premium Puzzles(folgt: J. Siegel und R. Thaler, …The Equity Premium Puzzle“, Journal of Economic Perspectives, Winter 1997)1. Empirisch:Man müsste zeigen, dass die “equity premium” (EP) in Wirklichkeit kleiner ist und/oder die Aktienerträge riskanter sind, als oben angenommen.1.1 Betrachtung anderer (längerer) ZeitperiodenWar die Periode 1890-1979 “speziell”?Siegel hat die Intervalle: 1802-1871, 1872-1925, 1926-1997 betrachtet. Die Aktienrenditen waren konstant (8 % - 9 %), während die Anleihenrenditen stetig gesunken sind. Die EP ist entsprechend angestiegen (von 2.9% auf 4.7% und 8.1%).Aber die EP über die gesamte Periode war mit 5.3% immer noch zu hoch, um durch …vernünftige“ RRA-Werte erklärt zu werden.1.2 …Survivorship-bias”Die tatsächliche Rendite auf Aktien wird durch die verfügbaren Daten überschätzt.Die heute noch bestehenden Börsen sind keine Zufallsstichprobe (“survivorship-bias”). Von den 36 zur Jahrhundertwende geöffneten Börsen hatten mehr als die Hälfte erhebliche Unterbrechungen oder wurden sogar gänzlich geschlossen. Anleger sind auch über die winzige Wahrscheinlichkeit eines katastrophalen Ereignisses (Börsenzusammenbruch, Totalverlust etc.) besorgt.Gegenargument: Selbst die NYSE hatte eine …Katastrophe“ (Crash 1929), und auch die Erträge von Ländern, deren Börsen zeitweilig (Zweiter Weltkrieg) geschlossen waren, sind vergleichsweise hoch. (Deutschland, 1926-1995: 5.9%; Japan, 1926-1990: 4%).2. TheoretischDas zugrundeliegende Modell beschreibt das Verhalten der Individuen (Anleger) schlecht. Die Annahmen bezüglich Nutzenfunktion und Eulergleichung sind möglicherweise falsch.2.1 Abgehen von der ErwartungsnutzentheorieVerwenden von Nutzenfunktionen, in denen der perfekte Zusammenhang von Risikoaversion und intertemporaler Substitutionselastizität durchbrochen wird. (Epstein und Zin, 1989).2.2 AggregationsproblemDie Theorie wird meist anhand von aggregierten Daten getestet, obwohl sie eigentlich nur für individuelle Entscheidungen zutreffen sollte. Mankiw und Zeldes (1991) betrachten die Daten für Aktienbesitzer und Nicht-Aktienbesitzer (3/4 der Bevölkerung) getrennt. Der Konsum der Aktienbesitzer ist tatsächlich 3 mal volatiler als der aggregierte Konsum. Dennoch bräuchte man auch hier noch ein θ=10, um die Daten zu erklären.2.3 Interdependente NutzenfunktionenDer Nutzen heute hängt auch vom Konsum der Umgebung (…Referenzgruppen“) oder vom eigenen vergangenen Nutzen ab (…habit-formation“). z.B. Campbell and Cochrane, “By Force of Habit”, 1999.Nutzen hängt ab von Konsumniveau relativ zu …Referenzkonsum“Konsumsenkungen haben grösseren Einfluss auf den Nutzenhohe kurzfristige Risikoaversion, langfristig Anpassung des Referenzniveaus2.4. Myopic Loss AversionBernartzi und Thaler (1995). Baut auf der Prospect Theory auf. Individuen erhalten Nutzen von Änderungen des Wertes ihres Portefeuilles, nicht von der Höhe des Wertes selber. Zusätzlich gilt Loss aversion: d.h. Verluste wiegen schwerer als Gewinne.Der Zeithorizont der Anlage spielt hier eine grosse Rolle. Über lange Zeiträume sind die Aktienrenditen höher als Zinsen auf sichere Anlagen. Bei kürzeren Anlagehorizont sind Verluste wahrscheinlicher. Jemand der ständig die Kurse verfolgt möchte für das …Wechselspiel der Gefühle“ kompensiert werden.。
欧洲百万富翁城市苏黎世院校一览
欧洲百万富翁城市苏黎世院校一览苏黎世享受“全欧洲最富裕城市”、“欧洲百万富翁都市”和“金融中心”等美誉,不仅如此,这里的环境,这里的建筑,这里的文化,这里的生活气息都散发着独特的魅力。
苏黎世位于阿尔卑斯山北部,苏黎世湖西北端,利马特河同苏黎世湖的河口。
市区被利马特河分为东、西两岸,也分成新城和旧城,它们之间有迷宫般的羊肠小道连接。
旧城区在河北岸,分为上村和下村,布满了大大小小的精品时装店,酒吧,咖啡屋,古玩厅等。
苏黎世是瑞士第一大城市和经济中心,甚至很多人以为瑞士的首都就是苏黎世。
苏黎世被誉为湖上的花园城,市内满是的精心修整的花园,漫步城中,整齐、洁净,随处是鲜花绿草与别致的建筑物。
苏黎士的旧市区沿着苏黎世湖流出的利马特河两岸展开,至今仍保留浓厚的中世纪气氛,也是观光的重点,到处可看到历史悠久的教堂建筑物,画着壁画的墙壁、及被称为艾尔卡的凸窗。
旧市区以外不可错过的唯有瑞士国立博物馆、市立美术馆、苏黎士歌剧院。
而夏天正是演奏会、歌剧上演的季节,这段期间世界知名的歌剧、芭蕾舞都会前来共赏盛举。
当地的旅游服务中心有表演节目表可供索取。
时间充裕的话,也可以欣赏一些艺术瑰宝。
推荐经典(在线咨询)格罗斯大教堂Grossmunster Church 据推测,格罗斯大教堂始建于加罗林王朝时期,它以其独特的双塔楼成为苏黎世的城市象征。
六鸣节的晚上6点,会撞响格罗斯大教堂的钟。
第一次敲响的钟声就成为宣告春天到来的标志。
大教堂中最古老的部分是教堂墓窖,建于1世纪末到12世纪初期,其余部分建于罗马人十字军东征时期,内部的雕像是12世纪的作品。
现在大教堂已成为苏黎士大学神学院的一部分。
16世纪宗教改革者兹里文即是在此发表相关演讲,倡导工作不忘祷告的言论。
瑞士苏黎世的班霍夫大街是世界上最富有的街道。
班霍夫大街位于苏黎世的利马河西侧,长1.4公里。
大街始建于公元前15年罗马统治时期,罗马人在苏黎世湖畔建城,它便开始发展成为兴旺的商贸中心,成为全城最繁华、最“昂贵”的街道之一。
苏黎世联邦理工学院英文简介,官方的
ETH ZuricHAnnual report 2010AContentsForeword from the President 3Highlights 2010 4Core duties of ETH Zurich8Education – Excellent education despite squeeze on capacity 10Research – Fundamental research: safeguarding the future14Knowledge and technology transfer – Encouraging young companies 22ETH Zurich as an enterprise24Infrastructure and staff – Intensive construction work26Responsible use of resources – Sustainability established as the guiding principle 30Financial management – The success calls for efficient financial management 32Social commitment of ETH Zurich34Services and cultural facilities – Increasing knowledge, sharing knowledge 36Dialogue with the general public – Bringing expert knowledge to public debate 40ETH Zurich – names and facts 42ETH Zurich in figures 44Honours and prizes 58Honours at the ETH Day 64New professors 66Donations 68Organisation70Comments to the picture series “student projects”72ETH Zurich has come to symbolise excellent education, groundbreaking basic research and applied results that are beneficial for society as a whole. Founded in 1855, it today offers researchers an inspiring environment and students a comprehensive education as one of the leading international universities for technology and the na-tural sciences.ETH Zurich has more than 16,000 students from approximately 80 countries, 3500 of whom are doctoral candidates. More than 400 professors teach and conduct re-search in the areas of engineering, architecture, mathematics, natural sciences, system-oriented sciences, and management and social sciences. ETH Zurich regular-ly appears at the top of international rankings as one of the best universities in the world. 21 Nobel Laureates have studied, taught or conducted research at ETH Zurich, underlining the excellent reputation of the institute.Transferring its knowledge to the private sector and society at large is one of ETH Zurich’s primary concerns. It has succeeded in this, as borne out by the 80 new patent applications each year and the 215 spin-off companies that were created out of the in-stitute between 1996 and 2010. ETH Zurich orients its research strategy around global challenges such as climate change, world food supply and human health issues.Y www.ethz.ch“Building on firm foundations in education and research, ETH Zurich is contributing towards solving complex problems in society.”Ralph Eichler, President of ETH ZurichHighlights 201001 – New era for computing in Switzerland: Raffaele Balmelli, Operations Manager at Implenia Ticino, Thomas Schulthess, Director CSCS, and Roman Boutellier, Vice President Human Resources and Infrastructure at ETH Zurich, at the laying of the foundation stone for the new Swiss National Supercom-puting Centre. Y Page 26 ff.02 – Smallest microlaser in the world: physicists at ETH Zu-rich are developing by far the smallest electrically pumped laser in the world. Just 30 micrometres long, this laser could one day revolutionise chip technology. Y Page 2003 – Earthquake simulator in the focus Terra museum: a room weighing nearly three tonnes, which is shaken at the com-mand of a computer, increases awareness among official bodies and construction services providers, and the popula-tion at large, of the need for protection against earthquakes. Y Page 4104 – World-famous partnership: with the CMS particle de-tector, ETH Zurich is making an extremely successful con-tribution to the Large Hadron Collider (LHC) at CERN, the world’s largest research cooperation project, involving over 8000 scientists. Y Page 14 ff.05– Pioneers in protein research: Professor Rudolf Aeber-sold, ETH Zurich, together with Professor Amos Bairoch, University of Geneva, wins the Otto-Naegeli Award, one of Switzerland’s most prestigious research prizes for their out-standing research in proteomics. Y Page 1906– 20 million francs to encourage young talent: the en-trepreneur and patron Branco Weiss (3rd from left) transfers his fellowship programme “Society in Science” to ETH Zurich. The scheme will enable support to be provided for outstand-ingly talented young researchers. Y Page 14 ff.030201050604Highlights 201007 – Short pulse lasers to measure ultra-fast processes: ETH physicist Ursula Keller and Thomas Feurer from the Univer-sity of Bern take over as joint leaders of the new National Centre of Competence in Research “Molecular Ultrafast Science and Technology”. Y Page 14 ff.08 – Sustainable exchange: together with students at the “Ethiopian Institute of Architecture, Building Construction and City Development”, ETH students are building a proto-type for a sustainable residential building in Addis Ababa. Y Page 30ff.09 – ETH expertise for the construction project of the cen-tury: in 2010, with the breakthrough of the east tunnel of the Gotthard Base Tunnel, a major milestone was reached in one of the most important construction projects of the century, in which experts from ETH Zurich are involved in all kinds of ways. Y Page 3910– Successful partnership: the “Disney Research Zurich” centre at ETH Zurich is Walt Disney’s only research laborato-ry at a European university. It researches new technologies for modelling and simulating reality. Y Page 22ff.11–ETH Day: on its academic celebration day, ETH Zurich honours outstanding scientific achievements, and presents honorary doctorates and awards for the best lecturers. The ceremonial address is given by Swiss Federal Councillor Didier Burkhalter. Y Page 64ff.12 – World Exhibition in Shanghai: Swiss Federal Councillor Moritz Leuenberger (centre) and the Chinese Minister of Water Resources Lei Chen (2nd from right) open the confer-ence on “Future Cities” organised by ETH Zurich, the Chinese Academy of Sciences and swissnex China. Y Page 41080709111210Core duties of ETH ZurichGrowing student numbers make quality control the focus of attention in education. In research, there are new initiatives, projects and professorships to tackle global challenges. All kinds of links to industry guarantee the knowledge and technology transfer that creates social added value.As a university of international standing, ETH Zurich is attracting more and more students from Switzerland and all over the world. One of the consequences of this positive trend is that, especially at Master level, suitable instruments need to be found to ensure that the excellent quality of education can be maintained.In autumn 2010, about 2450 students began a Bachelor pro-gramme at ETH Zurich, 13 percent more new entrants than two years ago. This increase in interest, especially in engi-neering subjects, is very pleasing, in view of industry’s com-plaints about shortages of engineers. However, because of the high numbers of new entrants, the two currently most popular programmes, Mechanical Engineering and Archi-tecture, are reaching the limits of their capacity. The short-age of teaching space has been temporarily mitigated by making better use of lecture theatres, for example by du-plicating classes at peripheral times, or, for the first time, broadcasting a complete lecture to other rooms. To over-come bottlenecks in the supervision of practical groups, ad-ditional resources have been put into employing senior and junior teaching assistants. Over 16,000 studentsThe total number of students rose again to 16,342 (previ-ous year: 15,378). This means that 53 percent more young people are studying at ETH Zurich today than in 2000. By 2010, student numbers had already reached the level that was predicted for 2013. By contrast, the budget funds avail-able to the university, when adjusted for inflation, have only risen by less than 1 percent a year since 2000. Any furtherExcellent education despite squeeze on capacitygrowth in student numbers without significant additional resources would jeopardise the quality of the education provided and put a question mark over research-related education. It is important that the high standard of educa-tion at ETH Zurich should continue to be based on a good faculty-to-student ratio, an excellent learning environment and innovative education methods. One example is the fo-cus projects in the field of Mechanical Engineering, which play a significant part in the appeal and high quality of this programme (Y Page 12).Performance-based admission to Master programmes preferredOne particular challenge is presented by the rapidly rising number of applicants for Master programmes. The Swiss economy and ETH Zurich itself have always benefited from having a good mixture of talent from Switzerland and oth-er countries. That is why places at ETH Zurich are always available to excellent students from abroad. However, ap-plications from abroad at Master level have increased dis-proportionately. Currently, twice as many students from other universities are applying for admission to a Master programme at ETH Zurich as are progressing from Bach-elor to Master level internally. For the 39 available Master programmes this year, there were no fewer than 2600 ap-plications from Bachelor graduates from other universities, 90 percent of which came from abroad.This presents the university with an increasingly diffi-cult task, in terms of both quantity and quality. There are considerable differences in quality among the applicants. This means that every application has to be reviewed against objective, transparent criteria, within a reasonable period of time. This is done using the requirements profiles that have been formulated for all Master programmes and are published on the Internet. However, there are no clear le-gal provisions for controlling the progression to Master level, either with regard to capacity on specific courses or on the basis of quality criteria. ETH Zurich is therefore engaged in talks with the Rectors’ Conference of the Swiss Universities (CRUS) and the ETH Board about suitable instruments for this purpose.Always promoting the bestIn autumn 2007, ETH Zurich, with the help of private do-nors, launched the Excellence Scholarship and Opportunity Programme, as a tool to use in the competition for the best talent. The scheme encourages particularly outstanding students who want to take a Master programme at ETH Zu-rich. Under the support scheme, the students receive a spe-cial grant and more intensive supervision for the durationThe total number of students rose again in 2010. The shortage of teaching space has been temporarily mitigated by making better use of lecture theatres.of their course. The results after three years are promising: since the start of the programme, 85 scholarship holders from Switzerland and 27 other countries have benefited from these performance-based grants. In 2010, ETH Zurich decided to also introduce a Master Scholarship Programme. In future years, this will further expand the range of stu-dents who can be supported.Partnerships with the world’s best universitiesOnce again in 2010, as in the previous year, the number of young researchers wishing to write their doctoral theses at ETH Zurich rose enormously. With now over 3500 doctoral students, that is an increase of 4 percent.The individualised admission procedure, as well as tar-geted partnerships and exchanges with top-ranking foreign partner universities, help to drive up standards at this level. Again in 2010, ETH Zurich entered into some new coopera-tion agreements with leading universities. It signed a Mem-orandum of Understanding on cooperation in the field of neurosciences with the University of Zurich and McGill Uni-versity in Montreal, Canada. One of the purposes of the co-operation is to encourage exchanges between doctoral stu-dents. It is also worth mentioning the Memorandum of Un-derstanding between ETH Zurich and the Japanese research organisation RIKEN. This is not only for the benefit of estab-lished scientists but should also lead to more ETH students visiting the RIKEN research laboratories. A number of other exchange agreements were also reached in 2010, including with Princeton University and several Japanese universities.Ywww.ethz.ch/excellence_scholarship“To ensure high quality standards, we must have the freedom to be selective.”Heidi Wunderli-Allenspach, Rector of ETH ZurichAmong the engineering subjects at ETH Zurich, Mechanical Engineering is especially popular. One of the reasons for this is the focus projects, which were introduced in 1996. At that time, the number of new students entering the Department of Mechanical and Process Engineering had fallen very low. To attract more students to the course, some of the ETH pro-fessors at the time introduced focus projects. Later, Roland Siegwart, who is now the Vice President Research and Cor-porate Relations at ETH Zurich, became a driving force be-hind the scheme. The idea was that, in their fifth and sixth semesters, students should be able to put what they had learnt into practice, by working in teams to run a project independently – from the concept through all the planning and design stages to production and marketing. The knowl-edge they need is acquired by self-study, attending lectures and talking to experts in the field. These projects involve not only solving technical problems but also teamwork and social skills. Impressive resultsFive of these projects were presented at the “Rollout” cer-emony in the hall of the ETH Main Building. Once again in 2010, the results were impressive: for example, Alcedo, a fly-ing drone, is able to automatically identify and mark the po-sition of people buried under snow. In the HERMES project, the students carried out further development on the drive train of a hybrid racing car. A third group built the purely electric Formula Student car Furka, a little racing car weigh-ing only 220 kilograms, which goes from 0 to 100 kilome-tres an hour in just three and a half seconds. HyRaii, a hy-drofoil sailboat that flies through the air on the water likeETH Zurich has a newly established central organisation to help its students and doctoral students as they move from studying into the world of work. Since September 2010, the ETH Career Center has been providing extensive informa-tion about finding a job and preparing graduates for em-barking on a career. It also shows them what is entailed in starting up a new company.The main information portal is the website careercenter.ethz.ch. Here, anyone who is interested can find useful in-formation, including advice from other internal organisa-tions providing careers services, such as the specialist as-sociations, the Student Union VSETH, ETH Juniors and ETH Alumni Career Services. The ETH Career Center also organis-es events where graduates can find out how to put together a job application or what important points they should con-sider during an interview or assessment session.However, when making the transition from ETH Zurich to the world of work, graduates also ask themselves ques-tions of a more personal nature: Am I interested in a spe-cialist or management career? Should I be considering a major corporation or an SME? In what kind of company can I imagine starting work? To help answer these questions, the ETH Career Center offers individual reviews of a stu-dent’s situation and will support graduates in reaching a decision. The aim is to suggest suitable areas in which to start work, not to find students a job. The service has been very well received: in the first two months, over 100 stu-dents have already taken advantage of the personalised advice on offer.Valuable corporate contactsThe ETH Career Center cultivates close contacts with busi-ness. It has reached partnership and sponsorship agree-ments with 18 companies. These include companies in the electricity and power industry, the high-tech and life scienc-es sector, and also companies from the engineering, chemi-cal, financial, IT and consultancy industries. Agreements are also in place with the Federal Administration and the indus-try association Swissmem, providing contacts with numer-ous SMEs.The partner companies have further the opportunity of presenting themselves to students at “Company on Cam-pus” events or platform discussions. ETH graduates from those companies introduce the company and talk about their personal experiences, and this puts them in touch with current students. The companies may also invite stu-dents to special workshops. This gives students the oppor-tunity to find out in greater depth about a company they may wish to work for. For their part, the companies estab-lish contact with about 2000 potential candidates, theTo make young people curious about the different areas in which they could study or carry out research, and give them an insight into the reality of studying at university: these are the aims of ETH Zurich’s activities for upper-secondary school pupils. Since January 2010, the Student Orientation and Coaching unit has been running a successful marketing campaign for students.Under the title “ETH On the Road”, ETH Zurich again visi-ted upper-secondary schools all over Switzerland in 2010 to give pupils a realistic insight into studying at ETH Zurich – with exhibits, experiments, films, lectures and discussion ses-sions. The seven schools they visited once again included two schools outside German-speaking Switzerland.an aircraft, is the product made by another team. A fifth group produced Rezero, a robot that balances on a sphere – a so-called ballbot (Y Title page). These last two projects won cash prizes funded by Siemens PLM Software.Y www.ethz.ch/rolloutselect group of students who are completing their degrees or doctorates at ETH Zurich each year.Y www.careercenter.ethz.ch/index_ENSchool-leavers from all Swiss upper-secondary schools have traditionally been invited to student information days at ETH Zurich and the University of Zurich. Study weeks at ETH Zurich offer an in-depth look at everyday student life, by gi-ving upper-secondary school pupils the opportunity to work on a project with researchers for a week. In 2010, 60 young people worked in the Departments of Agricultural and Food Sciences, Physics, and Electrical Engineering and Informati-on Technology.Y www.soc.ethz.chThe fascination of focus projects – from the ballbot to electric racing carsFit for workReal-life insights into studying and researchFurka is a purely electrically powered little racing car which goes from 0 to 100 kilometres an hour in just three and a half seconds.The ETH Career Center supports graduates during the transition from university to the world of work.ETH Zurich carries out interdisciplinary research in the fields of health, nutrition, risk, energy and sustainable urban development, in order to find answers to pressing social problems.It makes use of its great strengths in fundamen-tal research.ETH Zurich makes sure that it focuses its research on social-ly relevant fields. On the basis of new findings from funda-mental research, it aims to make a major contribution to solving the big challenges facing humanity. To achieve this ambition, and maintain its position as a leading university in international competition, ETH Zurich intends to appoint more professors in the next few years in specialist fields that will be important in the future.New focuses for researchThese specialist areas include health sciences, in which ETH Zurich is breaking new ground. It is bringing together its research and education activities in the fields of human movement sciences and sport, food sciences and nutrition, medical technology and neurosciences, and is establish-ing a new Department of Health Science and Technology (D-HEST). The aim is to systematically research health and the causes of illness. The scope of the research extends from the molecular level to whole organisms, and will take account of the patient’s natural and social background. By working in close cooperation with the University Hospital and the University of Zurich, processes and technologies will be developed for both therapeutic and preventive treat-ments. The D-HEST forms the interface between health sci-ences and technology and aims to promote knowledge and technology transfer between clinics, industry and society. The new department will open in 2012.How to feed the world is another important focus forresearch. Existing expertise in agricultural and environmen-tal sciences is to be combined in a new Department of En-vironmental Systems Science (D-USYS). This will particu-larly boost the area of sustainable agriculture. The WorldFood System Competence Centre that was newly foundedin 2010 aims to help secure a sustainable food supply forthe world’s population. The enterprise is being supported bycompanies, private individuals and foundations from busi-ness and industry, which enables some additional profes-sorships in various different areas of research to be financed.This includes, for example, a donation of 10 million francsfrom Syngenta to the ETH Zurich Foundation. This fundingallows a new professorship in sustainable agroecosystemsto be established.Rapid population growth is causing serious problemsespecially for countries in Asia and Africa. One organisationworking to find solutions is the Singapore-ETH Centre (SEC)for Global Environmental Sustainability, which ETH Zurichhas set up jointly with the National University of Singaporeand the Nanyang Technological University. In September2010, the first research programme started there with theFuture Cities Laboratory. It is intended that this platform forsustainable urban development will produce various differ-ent scenarios for urbanisation and suggest ways of makingurban planning sustainable. In the Ethiopian capital AddisAbaba, ETH Zurich has established an Institute for UrbanDevelopment in partnership with the university there.ETH Zurich is sure that making these commitments willnot only benefit the other countries but will also be worth-while for Switzerland itself: the findings that are made willfeed into the basic training of students in Switzerland andkeep Swiss companies and workers globally competitive inthe long term.Encouraging technology transfer and young talentTransferring knowledge and new technologies into societyis a high priority for ETH Zurich (Y Page 22 ff.). By introduc-ing the new Pioneer Fellowships, it aims to translate find-ings from fundamental research into marketable productseven faster.Furthermore, in 2010 the grants programme “Society inScience – The Branco Weiss Fellowship” that was set up in2002 was transferred to ETH Zurich – just a few months be-fore the founder of the programme, the entrepreneur, pa-tron and friend of ETH Zurich, Branco Weiss, died in Novem-ber 2010. The scheme enables outstanding young research-ers to put into practice original research ideas which arerelevant to society as a whole.The extent to which researchers at ETH Zurich have ideaswith potential was apparent once again in 2010 from theresearch funding that was acquired, not least from the EU:six young researchers each received about 1.5 million eurosfrom the European Research Council (ERC). The ERC Start-ing Independent Researcher Grant is designed to supportpromising young researchers; the sole selection criterionis academic excellence. In addition, there were seven ERCAdvanced Investigators Grants for established scientistsat ETH Zurich, who were awarded over 16 million euros fortheir projects in the fields of Physical Sciences and Engineer-ing and Life Sciences.Fundamental research is centralIn collaboration with other Swiss universities, ETH physicistshave laid the foundations for two National Centres of Com-petence in Research in the areas of quantum physics andresearching ultra-short phenomena. The Swiss National Sci-ence Foundation awarded the two projects, each led by ETHscientists, a total of 34 million francs. The National Centreof Competence in Research Molecular Ultrafast Science andTechnology (MUST) is already up and running. In this project,scientists are using special lasers to measure movements atatomic level lasting a femtosecond (10-15 of a second) or evenan attosecond (10-18 of a second). Also taking part is the PaulScherrer Institute (PSI), which will be involved in the projectwith its planned SwissFEL, a laser based on free electrons. Itis hoped that groundbreaking results from this fundamen-tal research will generate new technologies to enable previ-ously impossible experiments to be carried out.World-famous partnershipFinally, with the CMS particle detector, ETH Zurich is makingan extremely successful contribution to the Large HadronCollider (LHC) at CERN, the world’s largest research coopera-tion project, involving over 8000 scientists. On 23 November2009, two beams of protons collided for the first time in theLHC. Since then, CERN has been reporting new successes onan almost monthly basis. For example, thanks to the CMSdetector, a phenomenon was observed which had previous-ly only been recorded when heavy ions collided.Y www.futurecities.ethz.chY www.nccr-must.ch/home.htmlYhttp://lhc.web.cern.ch/lhcFundamental research: safeguarding the futureField trials for cultivating maize in Mexico: with its new research focus on aspects of the world food system, ETH Zurich aims to help securea sustainable food supply for the world’s population.“In 2010, researchers at ETH Zurichproduced many groundbreaking findings.”Roland Siegwart, Vice President Research and Corporate Relationsat ETH Zurich.About one per cent of the population of industrialised coun-tries suffers from the metabolic disorder gout. In this illness, uric acid forms crystals when it occurs in too high a concen-tration in the blood. Painful deposits accumulate in the joints, or crystals form in the kidneys, which can cause damage. The excessively high uric acid content in the blood is caused part-ly by genetic predisposition or an unbalanced diet. Lost during evolutionPeople suffer from gout because during the process of ev-olution – unlike other mammals – they lost an important enzyme which controls uric acid levels naturally. Now re-searchers at the Department of Biosystems Science and En-gineering have developed a method giving hope to anyone who may be at risk of suffering from gout or already does.While many medical problems can be solved by drugs being introduced into the body from outside, the research-ers led by ETH Professor Martin Fussenegger are directly cor-recting the faulty metabolic pathway which leads to gout and so are helping the body to treat itself. The scientists have developed a synthetic network of specially prepared genes which are infiltrated into the cells. Once implanted in the body, this gene network called UREX regulates the level of uric acid in the blood and thus assumes the role of the lost enzyme. If UREX detects that the uric acid level is too high, this information is relayed to a switching circuit which controls another component. This then dispenses the cor-rect dose of the enzyme to regulate the uric acid.The complete gene network is incorporated in a single cell of which two million are enclosed in perforated 0.2 milli-metre capsules made of seaweed gelatine. When the encap-sulated cells are implanted in the body, they automaticallyResearchers in the group led by Sotiris Pratsinis, Professor of Particle Technology at the Institute of Process Engineer-ing, have developed a sensor that can instantly measure acetone in the breath. That is an easy way to diagnose Type 1 diabetes or the symptoms of ketoacidosis, a complication of diabetes where there is a total lack of insulin. This is be-cause in the breath exhaled by Type 1 diabetes patients the acetone concentration, at about 1800 ppb (parts per billion), is twice as high as it is in healthy people. During ketoacid-osis, the proportion is even higher. The sensor can measure an acetone concentration of as little as 20 ppb and works very accurately even in very high humidity, such as occurs in exhaled breath.To manufacture the sensor, the scientists coated a car-rier which had gold electrodes with a semiconductor film made of tungsten oxide nanoparticles mixed with silicon. The mixture was produced in a flame at a temperature of over 2200° C. The nanoparticles rose up and were collected on the carrier substrate, which was then cooled with wa-ter. Through this rapid heating and cooling, a vitreous layer formed on the electrodes that is sensitive to acetone.Non-invasive methods of diagnosing illnesses are be-coming more and more important. Analysis of people’s breath is key to this, as it is fast, cheap and easy to perform. Professor Sotiris Pratsinis hopes in future to be able to use similar sensors to test the breath for other illnesses.Y www.ptl.ethz.chAbout 1.5 billion people worldwide suffer from the conse-quences of iron deficiency. Fatigue, anaemia and develop-mental problems are just some of the symptoms. Women are particularly frequently affected. One solution is to add iron to food. Often elementary iron is used but this is not water-soluble and is not easily digested in the intestinal tract. Iron sulphate, on the other hand, is water-soluble and is easily processed by the body, but it changes the colour and taste of the food.Now researchers led by Florentine Hilty and Michael Zimmermann at the Institute of Food, Nutrition and Health have found another promising solution: when reduced to nano size and mixed with the right metals, elementary ironBrain researchers in the group led by Isabelle Mansuy, a pro-fessor at both ETH Zurich and the University of Zurich, have proved in mice that negative environmental influences at an early stage in life may not only have a negative effect on the behaviour of the individual in question throughout their life, but that the individual can pass on their changed behaviour to their descendants – even down to the third generation.Such negative environmental influences include, for ex-ample, chronic severe stress or traumatic experiences. Young animals which are unexpectedly separated from their moth-er and are put under severe stress during the period of sepa-ration can show behaviour types later in life which could be interpreted as depression. Furthermore, the animals cannot control their impulses and are unable to deal appropriately with new or difficult situations.Mansuy’s research team was able to show that these be-havioural changes are not due to mutations but to changesattach themselves to the circulatory system and release their therapeutic effect. Thanks to this biological gene net-work, the cause of gout can be permanently eliminated to prevent the illness. UREX has already been tested success-fully on mice and the patent has been applied for.Y www.ethz.ch/human_therapycan be easily absorbed by the body. Most effective is a mix-ture of iron zinc oxide and magnesium. Tests have shown that the body can use the iron much better in this form. The combustion technique deployed to produce the nano struc-tures has been known about for some time. It was used on food for the first time three years ago by ETH scientists. However, more tests are required before nano-structured food of this kind can go on sale.Y www.ilw.agrl.ethz.chin what is called the methylation of certain genes in the brain and in the sperm. In this process, the small molecule methyl is, in certain genes, attached to or removed from one of the four basic components of DNA. This change to the methylation controls the activity of the affected genes and thus has an impact on important bodily functions.In mice, scientists have identified a number of genes which are affected by methylation due to earlier stressful experiences. However, not all these genes are altered to the same extent. It depends where and how many methyl groups are altered.It has long been believed that such behavioural informa-tion could be passed on epigenetically, but Mansuy’s working group is the first to succeed in demonstrating this at molecu-lar level in several generations. Since the symptoms displayed by the disturbed mice are also very pronounced in borderline, depressive or schizophrenic patients, the results from the tri-als with mice could perhaps be transferable to humans.Preventing and permanently eradicating goutDiabetes diagnosis with no finger-prickingUsing nano research to combat iron deficiencyEpigenetically inherited ailmentsThe metabolic illness gout leads to painful deposits in the joints.An innovative sensor can detect even small concentrations of acetone in exhaled breath.。
证券行业研究之:KKR和私募股权(private equity)上篇
证券行业研究之:KKR和私募股权(private equity)上篇查看原图一、KKR简介KKR&Co.($KKR(KKR)$) 全称Kohlberg Kravis Roberts & Company,是一家全球性的私募股权公司,总部在纽约。
公司成立以来完成了超过4000亿美元的私募股权交易,是杠杆收购(Leveraged Buyout)领域的佼佼者。
KKR于1976年成立。
K,K,和R分别是三个创始人,Jerome Kohlberg, Henry Kravis和George Roberts的姓氏缩写。
三人在创业前是Bear Stearns的同事,一起完成了几笔杠杆收购的交易。
Henry Kravis和George Roberts是一对表兄弟,他们也是本文作者在克莱蒙特盟校(Claremont Colleges)的校友。
Kohlberg在1985年由于健康原因离开KKR一年,等他重新回到公司后,发现Kravis和Roberts已经将公司战略做了很大的改变,偏离了自己最初的设想。
比方说,Kohlberg是非常反对恶意收购(hostile takover)的,但当时KKR 却在酝酿几笔此类交易。
于是,在1987年Kohlberg辞职,自己开创了Kohlberg&Co。
KKR完成的历史性的交易包括1989年杠杆收购RJR Nabisco(当时历史上金额最大的收购)以及2007年收购TXU(迄今为止金额最大的收购)。
自从1977年以来,KKR完成了超过160家公司的投资收购。
二、私募股权商业模式金融收购者vs.策略收购者公司收购者中最主要的两类是金融收购者和策略收购者。
两者有很大的不同。
策略收购者往往和被收购的公司在相关或同一行业运作。
通过购买公司产生协同作用(synergy)而获利。
策略收购者通常的收购模式有横向收购和纵向收购。
横向收购指的是收购类似的公司,即竞争者。
这样的合并可能降低单元成本,大幅增加市场占有率,以及专利技术更有效的利用。
苏黎世大学金融工程
瑞士拥有世界金融中心之一的城市苏黎世,瑞士联合银行、瑞士信贷银行和许多私人银行都将总部设在苏黎世,是瑞士银行业的代表城市,可想而知,这个国家的金融、商业、经济等专业实力也决不能小觑。
瑞士拥有很多商业名校和强校,苏黎世大学就是不错的商业金融高校。
苏黎世大学从事金融教育与研究,是欧洲重要的金融专业高等教育机构,提供的金融专业学士学位及硕士学位课程内容具有很强的实践性。
如今苏黎世大学非常喜欢中国学生,跟中国学生们的关系非常好,而且现在正在努力多找一些中国学生到这些学校读书。
苏黎世大学对于国外学生的规定已经变成了平等的,以前欧盟国家的学生有优待,现在中国学生也能获得同样的待遇,而且学生毕业找工作过程中需要帮助,学校也会随时给予援手。
去瑞士留学攻读商业、金融类专业一般以硕士居多,苏黎世大学只提供此类专业的硕士学位,不过瑞士商务金融大学是本科、硕士都有。
学生们的选择还是很多的。
赴瑞士读此类专业,通常学士课程:金融专业,为期三年,包括企业财务、私有银行和银行与保险三个培养方向。
其中企业财务的专业方向为企业内部资金的预算、控制和管理,资金风险规避、财务状况分析等;私有银行的专业方向为资产管理、公共基金、证券经纪业务等;银行与保险的专业方向为银行学、保险经纪、私募基金、个人资产管理、保险精算等。
硕士课程:金融专业,为期1年半,(包括半年的实习期)目标成为金融、财务、银行、保险等领域的顶尖人才,适应全球范围内人才的激烈竞争。
MBA专业,为期1年半,(包括半年的实习期)从财务的角度深入理解企业管理的客观规律,成为世界顶尖的职业经理人。
预科课程:根据每个学生的不同实际情况,学校开设有语言和硕士预科课程,为学生能够顺利进入正式课程打下牢固的基础。
学费方面,学士课程大致需要攻读三年,三年的学费大约在50,000瑞士法郎;硕士课程约22,000瑞士法郎,为期一年零六个月;预科课程要便宜很多,为7,000瑞士法郎。
要求方面除了读硕士需要四年本科毕业证外,一些在校成绩和语言成绩也是必不可少。
瑞士留学苏黎世大学介绍
瑞士留学苏黎世大学介绍苏黎世大学简介苏黎世大学是瑞士的一所世界级著名州立大学,位于瑞士德语区苏黎世。
共分为7个系:神学系、法律系、经济学系、医学系、兽医学系、哲学系、数学-自然科学系。
以商管类研究生课程闻名于世,与维也纳经济管理大学共称欧洲之首。
苏黎世大学在分子生物学、大脑研究和人类学等领域具有开拓性的研究实力。
其大学医院和兽医医院,也具有一流的设施和艺术。
第一届诺贝尔物理学奖得主从这里走出,X射线的发现者伦琴是苏黎世大学的高材生。
苏黎世大学学校荣誉全球高校排名美国《新闻周刊》世界100强大学排名第46名韦伯麦特里克斯网(Webometrics)世界大学排名第381名法国巴黎高等矿业学院世界大学排名第32名泰晤士报高等教育-QS世界大学排名第106名上海交通大学世界大学排名第58名全球高校专业排名泰晤士报高等教育-QS生命科学和生物医学专业大学排名第82名泰晤士报高等教育-QS艺术和人文科学专业大学排名第104名泰晤士报高等教育-QS技术专业大学排名第194名泰晤士报高等教育-QS自然科学专业大学排名第113名泰晤士报高等教育-QS社会科学专业大学排名第105名苏黎世大学校园生活长期以来,苏黎世大学一直依据1859年的教育法实行管理。
但是,随着大学的发展,该法规定对苏黎世大学这样的大型机构的管理已不尽适用。
因此。
1994年,苏黎世大学决定进行改革,目标是使大学成为一个自我管理的公共团体。
1998年3月15日,苏黎世州的选举人批准了新的大学法,赋予大学自治法定实体的地位。
新的大学管理机构是由学术、文化、企业、政治各界的头面人物组成的大学委员会。
这样一来,大学可以在高效的前提下最充分地利用好可获得的资金。
从此,苏黎世大学可以在一揽子预算内独立管理自己的财务,并以自己认为妥当的方式运作。
苏黎世大学入学条件中国留学生基本条件如果你拥有中国大学学士学位毕业证书(B.A.或者B.S 科,即文科学士或理科学士),可免试进入苏黎世大学就读。
苏黎世大学的留学费用需要多少
苏黎世大学的留学费用需要多少苏黎世大学是瑞士的一所世界级著名州立大学,是很多前往瑞士留学生的梦想之地,今天我在这里为大家介绍苏黎世大学的留学费用花费情况,欢迎大家阅读!苏黎世大学的留学费用学费苏黎世大学每年学费为1578瑞士法郎。
学生学习费用和生活费用学生的生活成本很大程度上由学生自己的生活习惯决定。
以下生活成本预算仅供学生参考:在苏黎世大学,学生一个月的生活成本最低应该是2000法郎。
*依照法律规定,在苏黎世,每一个家庭都需要登记信号接收设备,需要支付广播和电视税。
只有在缴费之后,才能享受到瑞士广播和电视提供的公共服务。
** 目前一个学期的学费是770法郎左右留学生需要额外支付100法郎/500法郎。
*** 由于学生的课程学习科目不同,学习用品和资料一个月的费用大约是50法郎-150法郎。
减少的固定费率费用瑞士文凭的博士学位候选人如果能够递交博士生导师签名的博士课程学习确认书,就可以支付降低的固定费率费用。
外国文凭的博士学位候选人如果想减少固定费率的学费,必须要出示国外大学学位的确认书,以及在苏黎世大学院长办公室的博士课程登记证明。
留学生需要支付的额外费用所有的本科留学生在获得苏黎世大学的入学资格时,如果没有获得瑞士或者列支敦斯登的合法居住证明,一个学期需要额外支付500法郎。
硕士学位课程的学生,博士学位候选人,以及教学计划的学生只需要支付100法郎。
想了解更多信息,学生可以查看苏黎世的政府条例仅德语。
苏黎世大学入学学生的捐款费用瑞士苏黎世大学留学入学条件如果你拥有中国大学学士学位毕业证书B.A.或者B.S 科或者理科学士学位,可免试进入苏黎世大学就读。
高中毕业加两年大学学历,必须通过瑞士瑞士大专院校如:瑞士弗里堡大学预科班录取考试五个科目。
本科教育授课语言为全德文授课,研究生教育部分专业为英文授课。
要求是如果通过德国歌德学院高级德文水平考试。
可不必考德文进入苏黎世大学学习,或者通过苏黎世大学德文考试。
瑞士留学专业 瑞士留学的商业、金融、经济专业介绍
官网瑞士留学专业瑞士留学的商业、金融、经济专业介绍尽管瑞士留学仍是小众选择,但事实上,瑞士留学拥有着异常强大的经济实力个师资力量。
培莘教育介绍,瑞士拥有世界金融中心之一的城市苏黎世,瑞士联合银行、瑞士信贷银行和许多私人银行都将总部设在苏黎世,是瑞士银行业的代表城市,可想而知,这个国家的金融、商业、经济等专业实力也决不能小觑。
瑞士拥有很多商业名校和强校,如苏黎世大学、瑞士圣加仑大学、瑞士商务金融大学等都是不错的商业金融高校。
这些高校专门从事金融教育与研究,也是欧洲重要的金融专业高等教育机构,他们提供的金融专业学士学位及硕士学位课程内容具有很强的实践性。
如今这些学校都非常喜欢中国学生,跟中国学生们的关系非常好,而且现在正在努力多找一些中国学生到这些学校读书。
这些瑞士高校对于国外学生的规定已经变成了平等的,以前欧盟国家的学生有优待,现在中国学生也能获得同样的待遇,而且学生毕业找工作过程中需要帮助,学校也会随时给予援手。
去瑞士留学攻读商业、金融类专业一般以硕士居多,像苏黎世大学、瑞士圣加仑大学都只提供此类专业的硕士学位,不过瑞士商务金融大学是本科、硕士都有。
学生们的选择还是很多的。
赴瑞士读此类专业,通常学士课程:金融专业,为期三年,包括企业财务、私有银行和银行与保险三个培养方向。
其中企业财务的专业方向为企业内部资金的预算、控制和管理,资金风险规避、财务状况分析等;私有银行的专业方向为资产管理、公共基金、证券经纪业务等;银行与保险的专业方向为银行学、保险经纪、私募基金、个人资产管理、保险精算等。
硕士课程:金融专业,为期1年半,(包括半年的实习期)目标成为金融、财务、银行、保险等领域的顶尖人才,适应全球范围内人才的激烈竞争。
MBA专业,为期1年半,(包括半年的实习期)从财务的角度深入理解企业管理的客观规律,成为世界顶尖的职业经理人。
预科课程:根据每个学生的不同实际情况,学校开设有语言和硕士预科课程,为学生能够顺利进入正式课程打下牢固的基础。
苏黎世大学_英语口语任务
1. C EC/EFTA or B 1.Swiss Government scholarships EC/EFTA residence permitDoctor For
brain research and anthropology.
1833
“Universitas Turicensis”founde d. Though only 161 students, 55 lecturers.
1867 1909 1988
Regula Herter Einstein becomes the A Russian as appointed first Chief Fire first woman Officer of the asstudent. lecturer. University
Faculty of Theology
一、the Christian faith 二、Career prospects: 1、attractive career prospects 2、in demand in other prossional field
Faculty of Law
Work in an office, a bank or insurance company Obtain the patent Attorney(律师), but must enter into the master’s program.
Part 1 Part 2 Part 3
Culture and custom
Part 5
rest
festival
is
also
important!
Museums,parks and churches
food
苏黎世大学世界排名
苏黎世大学世界排名苏黎世大学,全称苏黎世联邦理工学院(ETH Zurich),位于瑞士苏黎世市,是瑞士乃至全球顶尖的科技学府之一。
下面我们将对苏黎世大学的世界排名进行详细介绍。
首先,苏黎世大学在全球大学排名中享有很高的声誉。
根据QS世界大学排名2021,苏黎世大学位列全球第6名。
这一排名是基于多个指标进行综合评估的结果,包括学术声誉、雇主声誉、师生比、国际师生比等。
苏黎世大学凭借卓越的学术实力和科研成果,跻身于世界一流大学的行列。
其次,苏黎世大学在特定学科领域也有着出色的表现。
在QS世界大学学科排名中,苏黎世大学的工程与技术学科、自然科学学科、数学学科等都取得了全球领先的成绩。
这些学科的表现进一步体现了苏黎世大学在科学研究以及相关领域的卓越地位。
此外,苏黎世大学还在国际学术界享有盛誉。
其教授和学者们在各自领域的研究中做出了杰出的贡献,为科学和学术界作出了重要贡献。
许多诺贝尔奖得主都曾是苏黎世大学的教师或研究人员,这进一步证明了该校在科研领域的重要地位。
苏黎世大学还注重国际交流与合作。
该校与许多世界顶尖大学建立了紧密的学术合作关系,开展了多个国际合作项目。
这些合作项目为学生提供了与世界各地优秀学者和学生交流的机会,进一步拓宽了他们的学术视野和人际关系。
此外,苏黎世大学致力于培养学生的创新能力和实践能力。
学校注重理论与实践的结合,提供丰富多样的实践机会和实验室设施,让学生们能够将所学知识应用于实际问题的解决中,并培养他们的创新思维和解决问题的能力。
综上所述,苏黎世大学在全球大学排名中名列前茅,享有极高的声誉。
其良好的学术声誉和卓越的科研成果使其成为世界一流大学之一。
同时,苏黎世大学注重国际交流与合作,为学生提供广阔的学术发展和国际交流的平台。
若您是选择苏黎世大学进行学术研究或学习的候选人,无疑这将是一个具有极高学术水平和国际化视野的理想选择。
PrivateEquityInvesting私募股权基金介绍共108页文档
Venture Capital - Early Stage
➢ Firms with substantial risk of failure - business models and marketing approach are yet to be proved
➢ Small and illiquid investments with size of $500k - $2 million
➢ Angel capital is an important source of funding
7
Venture Capital - Late Stage
➢ Firms with more certain business models
▪ Proven technology and market ▪ Profitable and need expansion capital
➢ Investment is made through a negotiated process ➢ By sophisticated investors with financial and
operating expertise ➢ The goal is to acquire undervalued or “promising”
➢ Venture Capital relies heavily on equity financing and has higher return targets than buyouts
9
Special Situations
➢ Investment is supplied by specialized Turnaround Funds (TF) for target firms that have defaulted on their outstanding loans
2021年瑞士苏黎世大学的申请要求一览表
2021年瑞士苏黎世大学的申请要求一览表学校名称:瑞士苏黎世大学Universität Zürich所在位置:瑞士,University of Zurich Student Administration Office Admissions Office Rämistrasse 71 CH-8006 Zürich QS排名:59学费:1440 瑞郎录取率:0.268苏黎世大学是世界著名的州立研究型大学。
今天小编就为大家整理了2021年瑞士苏黎世大学的申请要求一览表,一起来看看吧!苏黎世大学提供许多学士学位和学习课程。
根据教师和学科领域的不同,在一个特定的学位课程中,你可以只学习一个课程(一个专业学习课程),或者结合两个学习课程(一个专业和一个辅修课程)。
你必须要满足入学要求才能被学校学士学位课程录取。
一旦你提交了完整的申请文件,通常学校要花上三个月的时间来检查你是不是达到了这些要求。
如果你被学校录取,只有在你达到了相关的语言要求并且没有任何入学障碍之后,你才可以开始你的学位课程学习。
持有非瑞士高中毕业证书的人要满足以下条件才能入学。
①高中教育的唯一目标就是让学生准备好上大学。
此外,申请者的高中毕业证书必须代表该国一般高等教育入学证书。
②在教育内容和教育年限方面,高中毕业证书必须达到瑞士证书水平。
详情可见学校官网的入学管理条例。
③根据这类型的证书,苏黎世大学也许会决定未来的学生必须达到一个最低总分。
在《里斯本承认公约》(Lisbon Recognition Convention)签署国取得的非瑞士高中毕业证书,在教育内容和教育期限方面仅部分相当于瑞士高中毕业证书,持有此证书的人如果还可以提供证据证明他们成功地完成了至少两年的学习(与全日制的标准课程相符合),他们就可以获准进入苏黎世大学进行本科学习。
这一学业成就必须在相关高等教育领域的州认可的大学完成,学习内容在瑞士的大学也有涉及。
世界著名大学系列介绍之二十二:瑞士联邦理工学院
作者: 宋焕斌
出版物刊名: 昆明理工大学学报:社会科学版
页码: 108-108页
主题词: 瑞士联邦;理工学院;著名大学;世界;金融中心;国家工业化;理工类大学;苏黎世
摘要:瑞士联邦理工学院(Swiss Federal Institute of Technology Zurich,德文缩写:ETH)也被译为苏黎世联邦高等工业大学,它是一所闻名遐迩的科技学府,学校居于欧洲的中央,位于瑞士的苏黎世市,和苏黎世大学比邻而建。
苏黎世是瑞士最大的城市,它不仅是瑞士最大的金融中心,而且是西欧重要的金融中心,被认为是全欧洲最富裕的城市。
瑞士联邦理工学院创立于1854年,是瑞士联邦政府为了国家工业化的需要建立的,属于瑞士仅有的两所国立理工类大学之一,。
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Eleonora CalzavaraThe Global Financial System and the Credit Crisis Zurich, 1stApril 2009University of ZurichPrivate EquityAgenda:1.What is Private Equity?2.History of Private Equity3.Charts4.Investments in Private Equity5.Structure of a generic Private Equity Fund6.Private Equity Investments6.1Leveraged Buyout6.2Venture Capital6.3Growth Capital6.4Distressed and Special Situations6.5Mezzanine Capital6.6Secondaries7.Other Strategies8.Liquidity in the Private Equity Market9.Typical Risks10.Private Equity FirmsWhat is Private Equity?Private Equity is an asset class consisting of equity securities in operating companies that are not publicly traded on a stock exchange.Investments in Private Equity can be investment of capital into an operating company or the acquisition of the company.Capitals for Private Equity are given for a large part from Institutional Investors.This kind of investments need a long time-horizon, usually 10-15 years.There a lot of type of Private Equity and the term Private Equity has different type of connotations among different counties. Usually returns in the first years are very low because there will bea liquidity return later when the company that is the objective ofthe investment will be sold.History of Private Equity(1)The beginning of Private Equity rises again in 1946 with two venture capital firms in the USA:⏹American Research and Development Corporation (ARDC)⏹J.H. Whitney & CompanyARDC was founded by Georges Doriot with capital raised from institutional investors to encourage private sector investments in businesses run by soldiers who were returning from World War II. The investment in Digital Equipment Corporation (DEC) is its most important investment because the initial price was70.000$ in 1957 and in 1968 after the company’s initial pubblicoffering it was valued at over $355 million.History of Private Equity(2)J.H. Whitney & Company was founded by John Whitney in 1946 after the World War II to finance entrepreneurs with business plans who were unwelcome at banks. Its most important investment was in Florida Foods Corporation which developed an innovative method for delivering nutrition to American soldiers that was called Minute Maid orange juice and was sold to the Coca-Cola Company in 1960.Chart on European PrivateEquityThis chart describes the development of Private Equity in Europe:Source: CMBOREurope=Austria, Belgium, Denmark, France, Finland, Germany, Ireland (Eire), Italy, Netherlands, Norway, Portugal, Spain, Sweden, Switzerland, UK.The last column regards the first half of 2008.Investments in Private Equity(1)Institutional Investors provide private equity capital because they hope to achieve risk adjust returns that are higher that the possible that they can obtained in the public equity markets. Most institutional investors don’t invest directly in privately held companies but they invest through a private equity fund. In some cases the institutional investors develop a Private Equity Fund.Investments in Private Equity(2)Usually Private Equity Firms receive a return in one of this way:⏹Initial Public Offering (IPO): when shares are offered to themarket the financial sponsor as the public market have animmediately return.⏹Merger or Acquisition: the company is sold for either cash orshares in another company.⏹Recapitalization: cash is distributed to the shareholders and itsprivate equity funds either from cash flow generated by thecompany or through raising debt or other securities to fund the distribution.Structure of a generic Private Equity Fund:Private Equity Investments(1)Private Equity Investments can be:⏹Leveraged Buyout⏹Venture Capital⏹Growth Capital⏹Distressed and Special Situations⏹Mezzanine Capital⏹SecondariesLeveraged Buyout(1):It is a strategy of making Equity Investments as part of a transaction in which a company, business unit or business asset is acquired from the current shareholders typically with the use of financial leverage. Usually, the companies involved in these transactions are typically mature and generate operating cash flows.There is usually a financial sponsor agreeing to an acquisition without itself committing all the capital required for the acquisition. Acquisition debt in a LBO is often non-recourse to the financial sponsor and has no claim on other investment managed by the financial sponsor; an LBO is attractive to a fund’s limited partners allowing them the benefits of leverage but greatly limiting the degree of recourse of that leverage.Leveraged Buyout(2):This kind of financing structure leverage benefits to an LBO‘s financial sponsor in two ways:(1)the investor itself only need to provide a fraction of thecapital for the acquisition(2)the returns to the investor will be enhanced (as long as thereturn on asset exceeds the cost of the debt).Venture CapitalVenture Capital are investments made in less mature companies for the launch, early development or expansion of a business. It is made in the most often cases of application of new technology, new marketing concepts and new products that have to be proven.Usually it is sub-divided by the stage of development of the company ranging from early stage capital used for the launch of start-up companies to late stage and growth-capital that is often used to fund expansion of existing business that are generating return but may not be profitable or generating cash flow to fund future growth.Venture capital is most suitable for businesses with large up-front capital requirements which cannot be financed by cheaper alternatives such as debt.Growth CapitalThis strategy is referred to equity investments that in this case are minority investments in relatively mature companies that need capital to expand, restructure operations, enter in new markets or finance a major acquisition without a change of control of the business.Usually companies that use this kind of capital want to finance a transformation in their lifecycle.Another typical target for the use of growth capital is restructuring of a company’s balance sheet in order to reduce the amount the leverage.Distressed and SpecialSituationsThis kind of investment is a big category referring to investments in equity or debt securities of financially stressed companies.The distressed category encompasses also these two sub-strategy:⏹“Distressed-to-Control" or "Loan-to-Own" strategies where theinvestor acquires debt securities in the hopes of emerging from a corporate restructuring in control of the company's equity ⏹"Special Situations" or "Turnaround" strategies where an investorwill provide debt and equity investments, often "rescue financings"to companies undergoing operational or financial challenges.Mezzanine CapitalMezzanine capital refers to subordinated debt or preferred equity securities that often represent the most junior portion of a company's capital structure that is senior to the company's common equity.SecondariesSecondary investments refer to investments made in existing private equity assets including private equity fund interests or portfolios of direct investments in privately held companies through the purchase of these investments from existing institutional investors.Other Strategies(1):There are other strategies that can be considered Private Equity or a close adjacent market:⏹Infrastructure⏹Energy and Power⏹Merchant BankingOther Strategies(2):Infrastructure:investments in various public works that are made typically as part of a privatization initiative on the part of a government entity.Energy and Power:investments in a big variety of companies engaged in the production and sale of energy, fuel extraction, manufacturing, refining and distribution.Merchant Banking:negotiated private equity investment by financial institutions in the unregistered securities of either privately or publicly held companies.Market(1)The private equity secondary market (also often called private equity secondaries) refers to the buying and selling of pre-existing investor commitments to private equity and other alternative investment funds. Sellers of private equity investments sell not only the investments in the fund but also their remaining unfunded commitments to the funds. By its nature, the private equity asset class is illiquid, intended to be a long-term investment for buy-and-hold investors. For the vast majority of private equity investments, there is no listed public market.Market(2)Secondary transactions can be generally split into two basic categories:⏹Sale of Limited Partnership Interests: this categoryincludes the sale of an investor's interest in a private equity fund or portfolio of interests in various funds through the transfer of the investor's limited partnership interest in the fund.Nearly all types of private equity funds (e.g., including buyout, growth equity, venture capital, mezzanine, distressed and real estate) can be sold in the secondary market. The transfer of the limited partnership interest typically will allow the investor to receive some liquidity for the funded investments as well as a release from any remaining unfunded obligations to the fund.⏹Sale of Direct Interests: this category refers to the sale ofportfolios of direct investments in operating companies, rather than limited partnership interests in investment funds. These portfolios historically have originated from either corporate development programs or large financial institutions.Typical Risks(1)⏹Excessive Leverage: the amount of credit that lenders arewilling to extend on private equity transactions has risensubstantially. This lending may not be entirely prudent. Given current leverage levels and recent developments in the credit cycle, the default of a large private equity backed company seems inevitable.⏹Unclear ownership of the economic risk: the duration andpotential impact of any credit event may be exacerbated by operational issues which make it difficult to identify whoultimately owns the economic risk associated with a leveraged buyout and how these owners will react in a crisis.Typical Risks(2)⏹Reduction in overall capital market efficiency:the quality, sizeand depth of the public markets may be damaged by the expansion of the private equity market. An increasing proportion of companies with growth potential are being taken private and fewer private companies are going public.⏹Market Abuse:the significant flow of price sensitive informationin relation to private equity transactions creates considerable potential for market abuse. The involvement of participants in both public and private markets and the development of related products traded in different markets, e.g. CDS (Credit Default Swaps) on leveraged loans, increases the potential for abuse.Typical Risks(3)⏹Conflicts of Interest:material conflicts arise in private equityfund management between the responsibilities the fund manager has to itself (including its owners/staff), the investors in the separate funds/share classes it manages and the companies owned by the funds.⏹Market Access Constraints:retail investors currently only havelimited access to the private market via venture capital trusts (which offer access to arguably the riskiest part of the market) and a small number of private equity investment trusts. This enhances the perceived complexity and reduces the internal rate of return associated with private equity investing.Typical Risks(4)Market Opacity:although transparency to existing investors is extensive, transparency to the wider market is limited and is subject to significant variation in methodology (e.g. for valuation, fee disclosure etc) and format. This makes relative performance assessment and comparison complex, which may deter investment by various professional investors who may not be comfortable interpreting the information.Private Equity Firms:According to an updated 2008 ranking created by industry magazine Private Equity International, the largest private equity firm in the world today is The Carlyle Group, based on the amount of private equity direct-investment capital raised over a five-year window. As ranked in this article, the 10 largest private equity firms in the world are:⏹The Carlyle Group⏹Goldman Sachs Principal Investment Area⏹TPG⏹Kohlberg Kravis Roberts⏹CVC Capital Partners⏹Apollo Management⏹Bain Capital⏹Permira⏹Apax PartnersThe Blackstone Group。