lou reed home

The time Lou Reed told me “That's my guitar!”

One day in 2007, the telephone rang at Noah Guitars, an Italian guitar manufacturer. There was a man on the line who, speaking in English, introduced himself as Lou Reed's manager. The singer-songwriter and founder of the historic Velvet Underground band, ranked by Rolling Stone as one of the 100 greatest artists of all time, was looking for a guitar that could give him a new sound and he was considering a metal instrument. He was thinking about one in particular: a guitar designed by Lorenzo Palmeri, with a body made from aeronautical aluminium which at the time was on show at the Triennale Milano’s Design Museum in an exhibition on new generations of designers.

When he was told about it, Palmeri thought it was a joke and on the day of the meeting he even turned up late. “The meeting was at the offices of Noah Guitars in Milan, but I thought it was all a set up,” he remembers today from his office. But Lou Reed was really there.

“As soon as I walked in, he did something amazing. He stood up, hugged me and told me: ‘That's my guitar’.”

“I use this guitar to illustrate how difficult it is to control a design once it leaves your studio. Without any use of marketing, it has led a surreal and extremely fortuitous life. A few months after I finished it, it was selected for the first museum of design in Milano; just being in that exhibition was an achievement for me. The place in which it was initially positioned within the museum wasn't right because it didn't get the right light, so it was moved several times until it ended up at the entrance. It was the first and the last thing you saw. You ask yourself how it ended up with Lou Reed. I would say that it was a string of good luck.”".

Jovanotti’s bass player, Saturnino, was there that day and remembers one of Lou Reed's comments: “

“This guitar, unlike all the others I have seen and played, is different. You see that there is great technology behind it.”

Technology that led him to define it as: “My magic guitar”. Nominated in 2017 as an “Ambassador of Italian Design” as part of the Italian Design Day, Lorenzo Palmeri is an architect, designer and musician, alumnus and also a teacher. Looking back on his studies, he says: “I would say that the Politecnico taught me to survive once I left the Politecnico.” 

Read the full article in the 3rd edition of MAP 
 

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Cini Boeri: a life spent "designing joy"

Cini Boeri graduated in 1951. In 2015 we met her among her works, some older than this writer, to hear about more than 60 years of her career through one of her latest monographic exhibitions: ’Designing joy’. We recall the famous architect travelling with dreamy eyes and irony through her long years and the history of twentieth century architecture and design while answering the questions from alumni:

cini boeri
foto Maria Mulas

AP: Cini, you graduated in 1951 and then opened your studio very early, in 1963. Your career took off among projects, teaching, research, leading to this exhibition, ‘Designing Joy’, a sort of compendium of your professional life.

CB: Yes. I didn't have to wait long after graduation to start working. I only worked with Gio’ Ponti for a year. He was the one who pushed me into the profession. He said: ‘You, with the colours you make, you must become an architect!’ Then I went on alone. I had a secretary and occasionally some interns practicing with me.

AP: During one interview, you said that a good part of your work consists of designing everyday objects, with the goal that they are not owned but rather used. The use of objects and the relationship with space can be a source of joy. What does that mean?

CB: When I design a house for a couple, for example, I always suggest including an extra room. They always ask, ‘Is it for guests?’ No! Not for guests. Because if one of them has a cold one night, for example, they can go to sleep in the other room. One should be able to choose, to know that they can sleep with their partner, but that they can also decide not to, without affecting their life as a couple. I think it would be very educational to teach young people that when they come together as a couple, it is not compulsory to share a bed; it is a choice. It is much nicer that way.

AP: So you think that everyday spaces can be used to educate people about different models of life?

CB: Exactly! Of course.

Serpentone cini boeri
Soucre: Historic archive Arflex

AP: In what way do you think your work can contribute to educating citizens?

CB: Society matures a bit on its own. Today people are more autonomous and independent. It is an ongoing process. As an architect, I can propose alternative ways of living and using spaces, facilitating an ongoing process of emancipation and promoting freedom of choice wherever possible.

AP: When speaking about your work, the words that often emerge are those of a democratic approach to architecture and design. What does that mean? Who were your intellectual fathers?

CB: It is the Politecnico that accustomed us to this. We were taught very openly … I don't know if it's still like that today!

AP: Can you tell us something about your time at Poli?

CB: Umm … we used to debate a lot! I started the course with mature ideas about independence and mutual responsibility. Even then I thought it was important to focus on individual freedom, and my projects have always tried to concretize this principle. So we debated! Even today, these ideas are unlikely to be accepted as serious proposals. The one about the extra bedroom, for example, is taken as a threat to marriage! But it isn’t. Learning to think for yourself benefits a couple’s well-being; it doesn’t threaten it.

AP: Who did you debate with? The teaching staff?

CB: Not necessarily. The professors were broad-minded. I remember, for example, Renato Camus (I guess he's no longer with us!), always oriented towards modernity, towards new ways of living. But the family model was still very traditional and hierarchical. Freedom was not always considered an acceptable tool.

AP: A tool?

CB: Freedom is a tool, in a broader sense. For example, when a child learns to do something on their own, they acquire both the responsibility of having to do it and the freedom to do it.

AP: You have had and still have many younger collaborators. What has changed in architects over the 60 years of your career?

CB: There is more freedom of action, more choice, and more awareness. This is due to both the general evolution of society and the fact that the profession is better recognised today; it has assumed a cultural and also aesthetic value. In my day, architects were viewed a bit like decorators, not as someone who makes a space functional, and that approach took away our main value — functionality. Functionality is an invitation to experience space in a certain way rather than another. In my case, it implies an invitation to remove dependence, to promote autonomy and reflection. Designing for functionality means designing for joy.

cantina pieve vecchia
foto Cantina Pieve Vecchia

AP: You have not only designed spaces, though, but also designer items. Once, architecture and design were not two separate disciplines, but these days they are taught in two different schools at the Politecnico. What is the relationship between them?

CB: It is a very close relationship. The underlying reason for a project, whether it is a piece of furniture or a room, is always functionality. The features of the space are tied to its function. The same goes for design. Objects must help us to live in the space, not occupy it.

AP: Still on the subject of the relationship between the various disciplines at the Politecnico, here’s a recent statement by Renzo Piano: ‘During my years at the Politecnico, the idea grew in me that architects and engineers have the same profession.’ It is an invitation to reflect on the things that bind us as Politecnico alumni, rather than those that divide us. What do you think?

CB: [laughs] In some ways it's true! That is, they are not exactly the same thing, but a project cannot be realized without the collaboration of both. They are two very close professions and must work together. They are not the same thing though, because an engineer lacks one thing: a focus on the person’s needs. I mean, if I’m designing an apartment for a family, for example, I go to meet them, I spend time with them, I try to enter their family dynamics.

AP: What supports the relationship between you and your client?

CB: Communication and trust, which must be mutual. What I propose is not always what the client expects. We don't always understand each other immediately. For example, that extra bedroom thing has sometimes made me seem like a ‘marriage killer’ [laughs]. But that’s just not true! As an architect, I must know how to listen to and interpret their needs. The client must learn to trust. It usually works!

AP: Do your clients know what they want when they come to you?

CB: No! They want the best… [laughs], and usually, they want what they have seen. Once they presented me with nineteenth-century-style sofas, all shapes and spirals, today they come with abstract things that are useless. On the other hand, they believe that the architect contributes the novelty as such. Instead, I want to bring benefits to life! So we must listen to each other and meet each other in the middle. In the end, everyone is always very satisfied.

AP: You said in an interview that a project is born, to put it in polytechnic words, out of a process of analysis and synthesis. Could you further explain this to me?

CB: Il momento di analisi è quello dell’ascolto, in cui, come ho spiegato, imparo a conoscere il committente. Il momento di sintesi è quello creativo, che è altrettanto importante. Noi proponiamo il nuovo, che è frutto della creatività, ma non lo proponiamo in modo indiscriminato: deve avere un posto e una funzione chiara nella vita delle persone.

AP: Is it a ‘controlled creativity’?

CB: In a way … For example, if I have to design a chair, I don't just do the first thing that comes to mind. That would be stupid. Instead, I think about how we sit, how the different shapes of the human body can have the right support. The shape of the body determines the internal line of a seat, the starting point of the project. Functionality directs creativity.

AP: What is innovation for you?

CB: It is what brings a project closer to the client, to their needs, which are personal. To avoid repeating the same ideas over and over, the architect must be able to customize the project. They must know the client. And to know them, they must have an easy, direct way of communicating.

AP: So communication is a key factor in innovation?

CB: Exactly.

AP: Why did you choose to become an architect?

CB: Ah, that’s a difficult question! I don't know how to answer. Perhaps the defining moment was during the Resistance, when I met De Finetti in the mountains. At the beginning, he told me that I was a girl and that architecture was a man's profession. But then he would take me on walks, show me houses, ask me what I thought of them. And in the end, he told me that maybe I was serious enough to become an architect. ‘Remember that it is a serious thing,’ he told me, ’not a game.’

cini boeri casa nel bosco
Wood house, 1969 (photo Matteo Piazza)

AP: Can you tell me something about the years of the Resistance?

CB: Ah, yes. I gave it my all, with a lot of enthusiasm and a lot of good effort. I was young! We started with the most mundane things, like bringing correspondence to the rebels in the mountains. Then things got serious. Eventually we led the partisan troops.

AP: Weren’t you scared?

CB: No, I was very passionate. My youth was determined by anti-fascism, which was fortunately alive in my family and our friends. I was already politicised in a certain sense with a sensitivity to the social context and its manifestations. It was all very clear. Anti-fascism had led us to the struggle, and the struggle to be the authors of a new society. I speak in the plural: I was not alone. I was surrounded by my peers.

AP: Did you know what you had to do?

CB: It was a simple war. We fought in the mountains, we shot, we went down to town to exchange documents, and we went back up. But it wasn't a mass of people, it wasn't an army. It was a way of being and thinking; it was our nature. And so it was natural for us to do that. In turn, the Resistance shaped my character and strengthened the principles passed on by my family.

AP: What did it mean to be partisans?

CB: It was a simple war. We fought in the mountains, we shot, we went down to town to exchange documents, and we went back up. But it wasn't a mass of people, it wasn't an army. It was a way of being and thinking; it was our nature. And so it was natural for us to do that. In turn, the Resistance shaped my character and strengthened the principles passed on by my family.

AP: Those principles which are the basis of your work ...

CB: That's right: autonomy, personal freedom, a democratic approach, responsibility, respect for others in interpersonal relationships … all these values, which have determined my career, come from there. I am happy with my profession, but if I had to choose another, I would be a teacher, even in a primary school. These are values that must be passed on.

AP: One last question and then I'll leave you to your guests. What is the most important lesson that the Politecnico taught you?

CB: Seriousness. Architecture is about building. It is discipline. When I was in the studio with Gio’ Ponti, he scolded me if I neglected details such as tidying up the desk. He said: ‘Architects do not make these kind of mistakes. An architect keeps everything organised, so that it is stable.’

nuove guglie carlo tognoli home

Milan's Duomo has 15 (metaphorical) "new spires"

The “Carlo Tognoli New Spires” award ceremony was held on Tuesday 31 May, recognising laurea (equivalent to Bachelor of Science) theses submitted by deserving students from the Politecnico and Bocconi University. The award, at the heart of the broader project dedicated to Carlo Tognoli, titled “AMARE MILANO come Te” (Love Milan Like Yourself), is given to the best laurea theses on the future of Milan.

nuove guglie carlo tognoli
Credits: Centro Studi Grande Milano

Thank to collaboration from the Rectors Ferruccio Resta and Gianmario Verona , more than one hundred theses were reviewed by committees of university professors who ultimately selected eleven titles, the fruit of group work in some cases, with a total of fifteen winning students (10 from the Politecnico di Milano and 5 from Bocconi University) who will receive a prize of € 2,000 for each thesis, in addition to the recognition bestowed.  

nuove guglie carlo tognoli
Credits: Centro Studi Grande Milano

The laurea award is named in memory of Carlo Tognoli, the former mayor of Milan who died in 2021, having donated the AMAREMILANO trademark to the Centro Studi Grande Milano (Greater Milan Study Centre), to be a permanent sign of those who have the city’s destiny in their heart. From this context emerged the “NEW SPIRES of Greater Milan” - this year renamed “CARLO TOGNOLI NEW SPIRES” - dedicated to awarding the work of students from our universities who have submitted “laurea theses which look to the future of Milan’s development and have shown to be of use to society”. 

In attendance at the award ceremony were the mayor Beppe Sala, the Rectors of the Politecnico and Bocconi University, Ferruccio Resta and Gianmario Verona, the President of the Municipal Council Elena Buscemi, the Prefect of Milan Renato Saccone, the President of VIDAS Ferruccio De Bortoli, the President of Grandi Guglie Manuela Soffientini and the President of the Centro Studi Grande Milano Daniela Mainini, who commented: 

“Reading the theses awarded by the Carlo Tognoli New Spires truly made me think of how much knowledge is gathered in Universities, knowledge that is often under-recognised. I am moved to think that the name Carlo Tognoli, the man who taught me that AMAREMILANO is indelibly linked to the destiny of these young forces. The city’s act of gratitude to Carlo today is the ultimate end to my time as President of the Centro Studi Grande Milano”. 

The Rector Ferrucio Resta has been participating in the Centro Studi Grande Milano’s initiatives for several years, and has been one of its ambassadors since 2017, as one of the “opinion leaders who, due to human and professional experience, with their qualified actions, convey the values of the city, bearing witness to exceptional talent and ability”. 

"The fifteen winners have decided to dedicate their theses to Milan: they talked about urban regeneration, ecological transition, the use of technologies for mobility and inclusion. Thanks go to these students who have decided to dedicate their energies to the Milan of the future. "

Resta commented.

nuove guglie carlo tognoli
Credits: Centro Studi Grande Milano

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Credits home/header: Centro Studi Grande Milano

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POLIQI: the first quantic communication network is "made in Polimi"

A partnership agreement has been signed between the Politecnico di Milano, the Lombardy RegionARIA  (Regional Agency for Innovation and Procurement), Intesa Sanpaolo and the Italian Army's 1st Transmissions Regiment: the main objective is to create a post-quantum ultra-secure network (i.e., a network that is secure even after the arrival of quantum computers), in Milan, the first city in the world to do so. This quantic communication network, calledPOLIQI, will make it possible to experiment with the most advanced technologies for data transmission and cyber-security.

The agreement was signed in the presence of Ferruccio Resta, Rector of Politecnico di Milano; Fabrizio Sala, Regional Councillor for University Education, Research, Innovation and Simplification of the Lombardy Region; Colonel  Valerio Golino, Commander of the Italian Army’s 1st Transmissions Regiment; Lorenzo Gubian,General Manager of ARIA SpA; and Fabio Ugoste, Manager of the Central Cyber Security and Business Continuity Management Department at Intesa Sanpaolo.

Poliqi
Credits: DEIB

Last March, the Politecnico di Milano and the Lombardy Region signed an agreement by which they committed to create, under a co-financing arrangement, a network for the exchange of “quantic keys” based on 5 nodes distributed within the urban fabric of Milan using fibre optic cables already installed in the city as the channel of communication. This is the very first time that a veritable network of quantum communication, and not simply point-to-point transmission, has been created. Three of the network’s five nodes will be physically located at Intesa Sanpaolo, the Caserma Santa Barbara, headquarters of the 1st Transmissions Regiment, and the Lombardy Region’sRegional Agency for Innovation and Procurement. The other two nodes will be located in the Politecnico di Milano’s Leonardo and Bovisa Campuses..

Mario Martinelli,Professor in Optical Communications at the Politecnico di Milano and the project’s scientific coordinator, explained:

The POLIQI network and the innovative quantum nodes that allow it to be created were fully designed by the Politecnico di Milano (which has already filed two patents to protect them) and will be made in collaboration with national technological partners, many based in Lombardy. This is the concrete response to the rise in the level of threat to sensitive data that is taking place in all strategic sectors of the economy and society. The post-quantum experiments – to be made possible through the active participation of the three partners with which the agreement was signed today – will lay the foundations for increasing digital security throughout the country.

This Agreement falls within the scope of the Lombardy Region’s “Programme of interventions for economic recovery: development of new partnership agreements with universities for research, innovation and technological transfer”.

Hacker attacks are increasingly frequent, against both institutions and the productive sector; investing in tools that can put the territory in the best possible condition to protect itself is a priority for us. In fact, this project will make it possible to develop and experiment with the most advanced security technologies for data transfer applications in financial, administrative, healthcare and intelligence contexts

affirmed councillor Fabrizio Sala.

The new network will use the BB84 cryptography protocol, which is based on the transmission of single photons, the elementary particles of light, and information coding that takes advantage of the quantum principle of the superposition of states (in this specific case, the states of polarisation possessed by the photon). Security from all interceptions will therefore be based on physical principles and as such it will be “unconditionally” secure, a term which means that no present or future computing power will ever be able to “open” the code created using this protocol.

The BB84 protocol has been becoming more important over recent years, precisely because it represents a response to the threat against conventional cryptography (based on mathematical algorithms) that will be posed by the extraordinary computing power that will soon be possessed by “quantum computers”.

See also: https://www.polimi.it/en/opening-details/article/10/poliqi-politecnico-di-milano-quantum-infrastructure-10386/

In anteprima per te 3 articoli del numero di Giugno di MAP

PROFESSIONI DEL FUTURO: IL POLI GUARDA AVANTI

Credits: https://www.pinterest.it/pin/417005246741508403/

La prima laurea in italia in ingegneria del supercalcolo e la laurea magistrale in Trasformative Sustainability in collaborazione con l’Università Bocconi: due nuovi corsi di laurea per formare figure emergenti.

SALUTE E DESIGN: L’ESOSCHELETRO ROBOT CHE RESTITUISCE L’USO DELLE GAMBE

Credits: ddp studio

Twin è il progetto pluripremiato di tre Alumni che restituisce l’uso delle gambe ai pazienti con lesioni spinali.

SCIENZIATI POLITECNICI PER SFIDE GLOBALI

Che si tratti di contrastare il cambiamento climatico, di intelligenza artificiale, di sicurezza informatica, di materiali finora impensabili o di lotta contro i tumori, i ricercatori del Politecnico di Milano sono in prima linea.

Qs ranking 2023 home

Politecnico first Italian university for the 8th consecutive year

QS World University Rankings 2023: in the general ranking of universities around the world the Politecnico officially enters the top 10% of excellent universities, ranking 139th, and is the first in Italy. The best results concern two very important indicators: the Academic Reputation, where we rank 96th, and theEmployer Reputation, i.e., the employers’ opinion on our Alumni, where we are ranked80th in the world..  

The QS University Ranking analysis evaluates almost 2500 among the best universities in the world considering various indicators. As already mentioned, the Politecnico has a high score in Employer Reputation according to an international survey asking 40,000 employers which are the universities from which they prefer to hire talents, and in Academic Reputation, the most important indicator of the analysis regarding the international relevance of the University as a research centre, which measures the reputation of the Politecnico based on the evaluation of over 150,000 academics from around the world. 

HIGHLIGHTS

QS World University Rankings 2023  
Over 1,300 universities analysed 

  • World | 139th place 
  • Italy | 1st place 

Employer Reputation 2023 
Which universities companies prefer to hire talent from 

  • World | 80th place 
  • Italy | 1st place 

Academic Reputation 2023 
Reputation of the Politecnico based on the evaluation of over 130,000 academics from all over the world  

  • World | 96th place 
  • Italy | 1st place 

The indicators measuring the Politecnico's attractiveness for professors and researchers (+48 positions earned in 3 years) and international students (+25 positions earned in 3 years) and the strength of collaborations with companies and academies in wide-ranging research projects are also improving. The relationship between the University, the local area, businesses and the international community, fundamental connections of the Politecnico's DNA, plays an important role on these elements. 

According to the QS Graduate Employability 2022 ranking that evaluates the ability of universities to prepare students for work , we rank once again first among Italian universities, 9th in Europe and 43rd in the world   . The QS Graduate Employability 2022 ranking ha analizzato 679 università, classificandole in base a 5 parametri: il numero di partnership aziendali, il numero di incontri organizzati tra aziende e studenti, il dato occupazionale, numero di aziende che indicano l’ateneo in analisi come università da cui reclutano, la percentuale di Alumni e Alumnae con carriere di grande impatto.  Ottimi risultati in tutti gli indicatori e, in particolare, spiccano l’indicatore occupazionale e quello delle partnership con le imprese, in cui il Politecnico supera i 95 punti su 100. 

QS Graduate employability 2022

679 universities examined
It considers 5 metrics: the number of corporate partnerships, the number of meetings organized between companies and students, the employment data, number of companies mentioning a specific university for recruitment, the percentage of Alumni and Alumnae with important careers.

  • World | 43rd place 
  • Europe | 9th place 
  • Italy | 1st place 

Discover more: Graduate employability Ranking QS: Politecnico di Milano in the european top 10, the first university of Italy

The Rankings by Subject, the ranking of universities by subject area, also supports the growth trend of the Politecnico di Milano.  

As far as Engineering, is concerned, our University moved up 11 positions in the last 6 years, and is now ranked 13th in the world (compared to 24th place in 2016). In the areas Architecture and Design it moved up 5 positions: from 15th and 10th in 2016 to 10th and 5th in the last year, respectively. In Europe we rank 7th in Engineering and Technology, 3rd in Art & Design and 5th in Architecture & Built Environment.   

In Italy, the Politecnico di Milano is still first in Architecture, Design and almost all Engineering subjects (Computer Science & Information Systems, Chemical Engineering, Civil & Structural Engineering, Electrical & Electronic Engineering, Mechanical, Aeronautical & Manufacturing Engineering). 

These results reflect, among the various metrics taken into consideration, the assessment of the Alumni on the skills they acquired in relation to the working context and the consolidation of the relationship with companies, which also includes support for start-ups and business development, with the creation of numerous Joint Research Centers. There is also a strong improvement in academic reputation (an indicator based on the evaluations by over 130,000 academics from all over the world).  

QS World University Rankings by Subject 

Ranking of the best universities in the world by subject area 

  • Architecture | 10th place in the world / 5th in Europe / 1st in Italy 
  • Design | 5th place in the world / 3rd in Europe / 1st in Italy 
  • Engineering | 13th place in the world / 7th in Europe / 1st in Italy 

Discover more: QS Ranking: Politecnico 13th in the world for engineering

Italian research at the service of "low carbon" energies

On the occasion of the celebrations of the Italian World Research Day of 2022, the Italian Embassy in Paris in collaboration with the Alumni Polimi Paris, Alumni Polito Paris and RECIF associations organized an event aimed at highlighting the contribution of Italian researchers, including those operating in French institutions and companies, and Italian research bodies on 'low carbon' energy issues and the potential of bilateral collaborations.

On this day, the great engineering and management challenges related to the efficient integration into the electricity grid of immediately available energy sources were addressed, as well as the scientific perspectives for developing new technologies, long-term 'game changers'.

The research necessary to respond to these challenges is very complex: from mathematical models for the optimal management of energy flows to big data for consumption and production up to the need to fully exploit both the new communication technologies for smart grids and the technologies of innovative transport and storage systems. Furthermore, the intermittent nature of renewables and their lack of physical inertia necessarily imply also having a back-up production capacity that can be adjusted at will, for the "sunless and windless" moments, which is capable of supporting network stability when needed.

Today in many countries this capacity is ensured by fossil fuels, which must be abandoned 'whatever it takes'. The fourth generation nuclear fission could be an intermediate stage, while fusion promises an inexhaustible energy without waste and without operation or proliferation risks, suitable for guaranteeing the stability of the network, but it is questionable how far we are from these two solutions.

These issues were addressed in a round table with some of the major R&D players in the sectors of interest.

Credits header: https://en.parisinfo.com/paris-museum-monument/71144/Jardins-du-Trocadero