Interreg is the European Union’s tool to support cross-border projects which otherwise would not be carried out.

The Interreg V-A Euregio Meuse-Rhine (EMR) programme invests almost EUR 100 million in the development of our region until the end of 2020.

The E-TEST project is carried out within the framework of the Interreg V-A Euregio Meuse-Rhine Programme, with € 7,5 million from the European Regional Development Fund (ERDF).

By investing EU funds in Interreg projects, the European Union is investing directly in economic development, innovation, territorial development, social inclusion and education in the Euregio Meuse-Rhine .

Find news, events, publications / press releases, movies /animations & pictures on this page.

News / Events

18.10.2022

Einstein Telescope EMR: work in progress

During a session in Maastricht on 18 October 2022, representatives of knowledge institutions, government and development companies were updated on the progress towards Einstein Telescope EMR.

At the invitation of Stan Bentvelsen and Guido Derks of the Dutch project group for Einstein Telescope EMR, more than forty representatives of knowledge institutions, national governments, provinces, regions, the Euregio Meuse-Rhine, universities and business development companies from the Netherlands, Belgium and Germany came to Maastricht on October 18th. All these partners in the project told what steps they have now taken towards the joint bid book for the Einstein Telescope Euregio Meuse-Rhine.

The general conclusion was that much work has already been done, but also that the necessary challenges still await in the coming period. The greatest common denominator between all those different disciplines: the conviction that in some time there will be a rock-solid proposition that will ensure that the Einstein Telescope is built in the border region of the Netherlands, Belgium and Germany.

22.09.2022

Trucks conduct geological survey for Einstein Telescope

This September, three trucks are driving slowly through the Heuvelland and Voerstreek regions. These trucks are used to carry out geological research for the Einstein Telescope.

The Einstein Telescope requires a quiet environment to be able to take good measurements and will be realised at a depth of 200 to 300 metres. Previous studies have shown that the subsurface of the Euregio Meuse-Rhine seems quiet enough for the Einstein Telescope. But a better understanding of other factors and a larger area is needed. That is why three trucks are driving through the region to conduct precise subsurface measurements. Every 10 metres, these trucks lower a vibrating plate. Sensors along the route measure the effects of this to accurately map the structure of the subsurface.

The trucks drive between ‘s Gravenvoeren and Euverem, from Margraten to Henri-Chapelle and between Neufchâteau and Sippenaeken. To avoid nuisance in sensitive areas, such as villages or near badger setts, the measurements in these areas are restricted or no measurements are carried out here at all.

16.09.2022

SAVE THE DATE! The joint Einstein Telescope Industrial Advisory Board for the EMR site meets again on the 10.11.2022 at ULiège RISE!

We are happy to invite you to the next joint Industrial Advisory Board of the Einstein Telescope community. The meeting is open to all who are interested in the ET in the Euregio Meuse-Rhine. . For further details and registration to the event please click here.

The Einstein telescope and preparation projects as E-TEST, ETpathfinder and ET2SMEs are pushing the technology beyond the current state of the art in many areas, both for the prototype of interferometer and for geological investigation of the subsurface. 

As part of E-TEST, we have established an ET Industrial Advisory Board ( ET IAB) to facilitate close collaboration with various industrial partners, both SMEs and large companies active in the fields of activities required by the ET, from Belgium, the Netherlands and Germany.

We have the pleasure to announce that it will be organized face-to-face, at the ULiège RISE, Avenue Pré Aily, 4, 4031 Angleur (Liège), Belgium.

Agenda

Registration & Welcome coffee from 9:30 am

10:00 am- 12:00 am – Welcome and general session

Welcome – by Annick Pierrard, ULiège RISE, BE

  • joint ET IAB: WHY / WHO / HOW / WHEN

Short project presentations & latest achievements of the preparatory projects:

  • Einstein Telescope (ET) project by Prof. Andreas Freise, VU University Amsterdam and Nikhef, NL
  • E-TEST : Einstein Telescope Site and Technology – 01.02.2020 – 31.12.2023:
    • Mirror prototype by Prof. Christophe Collette, PML ULiège, BE
    • Site underground study by Prof. Fréderic Nguyen, UEE ULiège, BE
  • ET Science Projects: ETpathfinder, R&D Laboratory (03.06.2019 – 02.12.2022), ETT (NL, 01.05.2021 – 31.12.2023)by Rob van der Meer, Nikhef, NL
  • ET-PP (INFRADEV Call Horizon 2020; 01.07.2022 – 30.06.2026), by Rob van der Meer, Nikhef, NL
  • ET2SMEs – 01.03.2021 – 31.12.2023 “Maximising the economic & social impact of the possible implementation of ET in EMR” by Ralf Meyer, Agit, DE
  • New project submission in Call 2 Interreg NWE: ET sustainability, by Annick Pierrard, ULiège RISE, BE

11:40 am – Preparation of the next steps:

  • ET investment, return on investment, ESFRI time line
  • What is needed for the ET BidBook submission in 2024?
  • What will influence the final site decision by ESFRI in 2025?
  • How to make he joint ET IAB a sustainable structure after the preparatory projects end?

12:00 pm – 13:30 pm – Lunch

13:30 am – 13:45 pm – Separation into 3 sub-working groups in different meeting rooms

13:45 am – 16:00 pmInteractive industrial/scientist Prototype, Geology & Sustainability Working Groups led by the ET Technology Sheets Scientific Responsibles, with the participation of ET2SMEs business developers, based on the technologies requested by the Einstein Telescope.

Companies have the floor to pitch their technology/service. Please send this 5 minutes pitch to Annick Pierrard prior to the event: a.pierrard@uliege.be

  1. ET INSTRUMENTS: Cryogenics, Vacuum, Precision mechanics & mechatronics, Sensors, Advanced control algorithms, Mirrors coating, Lasers, Optics & optical metrology
  2. GEOLOGY/ CIVIL ENGINEERING: Geophysical imaging and remote sensing, Water technology, Tunneling technology, Simulation and modeling
  3. ET SUSTAINABILITY: Carbon neutrality, sustainable construction, resources valorization/recycling

16:00 pm – Drink!

End of the joint ET IAB

Closing of the registration on Tuesday November 8 2022 at 16H00.

ET Industrial Advisory Board Meeting in Liège on 10 November 2022

E-TEST prototype design report

26.08.2022

Mrs Annick Pierrard , senior international project manager at ULiège RISE (Research │ Innovation │ Support │ Enterprises), has been appointed as the Representative of the Wallonia-Brussels Federation Universities in the Einstein telescope Task Force set up by the Walloon Region.

The composition of the Walloon ET Task Force is the following:

One representative of the Minister of Research,
One representative of the Minister for the Economy,
One representative of the Minister-President,
One representative of the Minister for Scientific Research,
One representative of each of the MECATECH and SKYWIN clusters,
One representative of WBI (Wallonie-Bruxelles international)
One representative of the Universities of the Wallonia-Brussels Federation
One representative of the SPW-Research (Service Public de Wallonie – Recherche)


The Walloon ET Task Force, set up by the ministerial Cabinets ,will work on a Walloon action plan to ensure a strong bidbook for the Einstein telescope in Euregio Meuse-Rhin (BE/NL/DE border region ) in 2024, the highest involvement from now one of the Walloon enterprises and the best return for regional researchers and companies.

This new mission of Mrs Annick Pierrard is in addition to the one of general coordinator of E-TEST, and her active involvement as business developer in ET2SMEs , two of the preparatory projects for the Einstein telescope in Euregio Meuse-Rhine.

01.08.2022

ET2SMEs starts next Call for Vouchers!

On the first of August the next Call for Applications opened. Working and developing technologies around the Einstein Telescope? Apply now.

Further informations (opens in new tab)

19.07.2022

Einstein telescope in the NRW coalition agreement

The North Rhine-Westphalian state government will commit itself to the Einstein Telescope in the border region with Germany, Belgium and the Netherlands. To this end, it will also lobby for financial support from the federal government in Germany. The political parties CDU and Grüne have included this commitment in the coalition agreement they presented in June.

This step formalises the support of the NRW government and strengthens the case for the Einstein Telescope in the border region, the Euregio Meuse-Rhine. It builds on the unanimous support announced by the NRW state parliament in November 2020.

Germany has already invested in the Einstein Telescope at state and federal level. The Ministry of Economic Affairs, Climate Protection and Energy of North Rhine-Westphalia is co-financing the Einstein Telescope-related projects E-TEST and ET2SMEs. And the Federal Ministry of Education and Research (BMBF) is funding work on the technological aspects of the next generation of gravitational wave detectors.

Further links (german language):

18.07.2022

Where Einstein Telescope meets optical fibre research

Between October 2021 and March 2022, a 250-metre-deep hole with a diameter of 10 cm was drilled near Cottessen. Its main purpose? To investigate the structure of the subsurface, and whether it would be quiet enough for the Einstein Telescope. To this end, a vibration sensor was placed at a depth of 250 metres. But when Nikhef-researcher Frank Linde met Rob Jansen of TNO, they came up with something else: this narrow well also offered the chance to test whether they could use a fibre optic cable as a sensor over its entire length. This sensor could measure temperature, deformation and vibrations. And this technology, in turn, can be useful for all kinds of applications.

Fibre optic cables are mainly used for telecom purposes. Rob Jansen however, is one of the people investigating other applications. Together with other research institutes and companies of the European project SLAM-DAST, he studies how they can use the cable itself as a sensor. Preferably a sensor that measures vibrations as well as temperature and deformation over its entire length. At this location, Jansens’s team focuses on vibrations.

“The sensor that was placed earlier, measures vibration at a depth of 250 metres. But we wanted to hang a fibre optic cable in the pipe, and see if we could measure vibrations every 3 metres.” Jansen explains. “This gives you much more insight into the various soil layers. Because every type of soil has a different effect on the transmission and reflection of vibrations. This technique is already being used in the oil and gas industry to make pictures of the subsurface. The application in Cottessen is unique. No oil or gas is produced here and it is a very quiet and peaceful location. We therefore hoped to achieve very low signal-to-noise levels here.”

Installing the cable
The installation of the fibre optic cable was not an easy task. First, two 198-metre cables that were connected at the bottom were hung in the tube. After this, the well was filled up with cement. This prevents water from reaching the sensors, which could interfere with the measurements. “The big unknown was how good the coupling of the fibre to the cement would be,” says Jansen. They didn’t know that beforehand.

First measurements
Fortunately, the coupling was good and the researchers could take the first measurements in March. The well turned out to be a good test location. As expected, there was much less noise in the well than in the lab and you could clearly see the effect of depth. The deeper the cable, the lower the signal-to noise level. They were also able to determine the deformation of the cable in the well. For instance, after cementing, about 60% less light passed through the cable and it was also deformed at a certain point. But the cause of this – a weak spot in the cement and in the pipe – was known and there is enough optic signal left to work with.

“These first tests,” says Jansen, “have given us a good insight into the current status of the well and can be considered as baseline measurements. When we take new measurements, we will be able to monitor any further deformation. As a result of subsidence for example, or further hardening of the cement.”

The researchers are also waiting for the results of the vibration sensor at the bottom of the narrow well. “We would like to compare the vibrations of the fibre optic cable to the vibrations of that sensor. It serves as a reference point. If you make this comparison, you can model pretty well which amplitudes and frequencies you can measure with the fibre optic cable.”

Possible applications of fibre optic sensing technology
The goal of the SLAM-DAST project is to apply multiple sensor technologies in the same fibre optic cable, to optimise this and to industrialise it so that it can be applied widely. It is expected to be used in, for example, ‘Structural Health Monitoring’: the monitoring of materials and technical constructions such as bridges, viaducts and pipelines. It can also be used for applications in the soil, such as measuring subsidence or detecting earthquakes.

From gravitational waves to fibre optic sensing
It was not the main objective when, under the banner of the E-TEST project, it was decided to drill a hole near Cottessen for preparatory research for the Einstein Telescope. But the new insights it could provide for fibre optic sensing are a nice by-product. Rob Jansen is pleased that this opportunity has arisen. “It is a unique test location where TNO can demonstrate and characterise the latest technological developments in the field of fibre optics. Together with the enthusiastic and expert team of Nikhef.” Frank Linde is also enthusiastic about the collaboration, which can also provide new insights for the Einstein Telescope: “I always like high-tech. Hopefully with this fibre we can determine the reduction of seismic noise as a function of depth. And that will contribute to a well-founded decision about at what depth the Einstein Telescope could be located.”

12.07.2022

Dutch Growth fund investment in Einstein Telescope now definite

The intended investment of 42 million euros from the Dutch National Growth Fund for the Einstein Telescope is now definite . This was announced today. In April, the Dutch government granted this amount conditionally, but the project still had to develop a detailed valorisation strategy and National Monitoring Evaluation. In the meantime, the project has met these conditions and the allocation has become definite.

The investment of 42 million euros will go towards preparatory work, such as innovation of the required technology, location research, building a high-tech ecosystem and organisation.

In addition to this, the government is also reserving 870 million euros from the National Growthfund for the Einstein Telescope. This reservation provides the Netherlands with an excellent basis for applying in the future, together with Belgium and Germany, to realise the Einstein Telescope in the border region of South Limburg.

About the Einstein Telescope

The Einstein Telescope is a future underground observatory for measuring gravitational waves. Powerful laser beams will soon bounce between deep-cooled, vibration-free mirrors at the ends of kilometre-long vacuum tunnels. The instrument will be much more sensitive than existing detectors. As a result, it can detect many more sources and scan a volume of the universe thousand times larger. Researchers will use this instrument to look for instance for the precise structure of neutron stars, the birth process of black holes and the structure of the universe immediately after the Big Bang.

The border region of South Limburg – the Euregio Meuse-Rhine – is one of the possible locations for this observatory. Housing the Einstein Telescope in this region could have a major positive impact on science, the economy and society in the Netherlands. With the committed investments from the National Growth Fund, the Netherlands has the basis to join forces with Belgium and Germany to establish a strong candidacy in 2024/2025.

05.07.2022

Gravitational waves, the Einstein Telescope scientific collaboration formally established

The Einstein Telescope (ET) scientific collaboration was formally established during the XII ET Symposium which took place at the Hungarian Academy of Sciences, Budapest, in June. The Symposium brought together the scientific community working on the ET Einstein Telescope project to build Europe’s future pioneering gravitational wave observatory.

Named after the great German theoretical physicist who was the first to predict the existence of gravitational waves, ET will be the most sensitive gravitational wave observatory ever built. The large research infrastructure will be used by scientists to “pick up” signals emitted just after the Big Bang and to study the nature of black holes. This makes Einstein Telescope a hugely important instrument for international physics and astronomy.

The Einstein Telescope Project is led by Jo van den Brand of Nikhef, the Dutch National Institute for Subatomic Physics, and by Fernando Ferroni, Gran Sasso Science Institute (GSSI) and Italian National Institute for Nuclear Physics (INFN).

“We were a scientific community, today we are a scientific collaboration, that is, a structured and organized system that works following shared rules to achieve a common goal: the construction of Einstein Telescope, a large European research infrastructure that will bring us to the centre of world science, allowing us to maintain scientific and technological leadership in this promising field of fundamental physics research. This is therefore a moment of great satisfaction and motivation for all of us,” commented Michele Punturo, an INFN researcher who has been leading the ET community until now and will now serve as the collaboration’s spokesperson.

“In the Collaboration we already have an Observational Science Board with more than four hundred people who are working on different scientific topics, from fundamental physics to nuclear physics, from astrophysics to astroparticle physics, to cosmology. ET will be truly revolutionary for our understanding of the universe throughout its cosmic history,” explained Marica Branchesi, professor at the Gran Sasso Science Institute (GSSI) and researcher at INFN, coordinator of the Einstein Telescope Observational Science Board (OSB).

The sophisticated research infrastructure will operate in the field of gravitational and “multi-messenger” astronomy: a branch of astrophysical research established after the first gravitational wave observation in 2015 announced by the LIGO (Laser Interferometer Gravitational-Wave Observatory) and Virgo collaborations. “These are exiting times: the detections of gravitational waves by LIGO and Virgo started a scientific revolution, ushering in the era of gravitational and multi-messenger astronomy, which has a bright future,” commented the director of the European Gravitational Observatory (EGO), Stavros Katsanevas.

“The LIGO-Virgo-KAGRA network is currently improving its sensitivity towards a multiplication of detected gravitational wave events by an order of magnitude and more, and it is encouraging that this effort can continue with the third-generation Einstein Telescope detector. ET will probe the universe of gravitational waves to the dawn of star and galaxy formation and beyond,” concluded the EGO Director.

The Symposium brought together 438 scientists from 13 countries, both in person and remotely, who discussed the upcoming challenges and the scientific progress made in recent months by each ET working group. During the event, Jo van den Brand and Fernando Ferroni presented the perspective of the scientific institutions that are supporting ET. Finally, the ET Collaboration Council was established, chaired by Harald Lueck of Max Planck Institute, Germany, and composed of representatives from each of the 79 research groups participating in the collaboration.

03.05.2022

The fifth ET2SMEs Call for vouchers started on May 3 2022!

Become part of the ET2SMEs project by applying for your own ET-related cross border innovation project.

Call for vouchers!

29.04.2022

ET Industrial Advisory Board Meeting – organized face-to-face on April 29 2022 at the University of Maastricht

On 29.04.2022, the next joint ET Industrial Board Meeting of the projects E-TEST, ET2SMEs & ETpathfinder is planned as face-to-face meeting at the University of Maastricht, the Netherlands.

Address: ETPathfinder, at the Maastricht University
Duboisdomein 30
6229 GT, Maastricht
The Netherlands

Free parking places at the ETpathfinder location, accessible via the backside: LeidenLaan

AGENDA

From 10:00 am: Registration & Welcome coffee

10:30 am – 12:00 am – Plenary session – Atrium at the ETpathfinder entrance (maximum capacity: 85 participants)

Welcome

  • Why – Who – How – When by Prof. Stefan Hild, UMaastricht NL

ET preparatory project presentations: R&D latest achievements & forecast:

  • Einstein Telescope (ET) project , ESFRI Call time-line , ET Investment by Nikhef NL
  • ETpathfinder, R&D Laboratory –  06.2019 – 12.2022 by Prof. Stefan Hild, UMaastricht NL
  • E-TEST : Einstein Telescope Site and Technology– 02.2020 –12.2023 by Annick Pierrard, Interface Entreprises ULiège BE
    • development of the prototype of suspended mirror in cryogenic conditions (25K) by Prof. Christophe Collette, PML ULiège BE
    • underground study of the EMR by Dr. Marius Waldvogel, RWTH Aachen
  • Ongoing and future ETpathfinder and E-TEST Calls for tender
  • ET2SMEs – 03.2021 – 12.2023 “Maximizing the economic and social impact of the possible implementation of the Einstein Telescope in Euregio Meuse-Rhine”  by Ralf Meyer, AGIT DE
  • ET Economic Impact – Return on Investment
  • How to get Business out of Big Science projects like ET, CERN…
  • Q/A session

12:00 pm – 15:30 pm:

In parallel: Walking Lunch – Networking – possibility to visit the ETpathfinder facility

13:00 pm: Separation into 4 sub-working groups per technology theme in different meeting rooms: Companies have the floor!

We invite companies to pitch about their expertise and their proposals of cross-border collaborative innovation projects.

The ET researchers will also have the opportunity to present their ideas and needs (see the ET technology online catalogue)

  1. Cryogenics – Vacuum – Precision mechanics & mechatronics – Sensors – Advanced control algorithms
  2. Optics & optical metrology – Mirrors coating – Lasers
  3. Geology/Civil Engineering: Geophysical imaging & remote sensing – Water technology – Tunneling technology – Simulation & modeling
  4. Sustainability

Open End of the ET IAB (around 15:30 pm)

14.04.2022

Dutch government embraces plans for Einstein Telescope in border region South-Limburg

The Dutch government intends to conditionally allocate 42 million euros from the Dutch National Growth Fund to the Einstein Telescope, and is also reserving 870 million euros for a future Dutch contribution to the construction. This decision was taken by the Dutch government based on the advice of the Advisory Committee of the National Growth Fund. With this decision, the Cabinet gives an enormous boost to Dutch science and to the broad development of the South Limburg border region.

The intended investment of 42 million euros will go towards preparatory work such as innovation of the necessary technology, location research, building up a high-tech ecosystem and organisation. With the reservation of the 870 million, the Netherlands has an excellent basis to apply in the future, together with Belgium and Germany, for the realisation of the Einstein Telescope in the border region of South Limburg.

The Cabinet however does ask for a further explanation of the valorisation strategy of the scientific project. The initiators are also asked to further elaborate the plan for monitoring and evaluation of the project. The partners involved will of course work to meet these conditions timely.

The proposal for granting money from the National Growth Fund to the Einstein Telescope was submitted on 31 October 2021 by the Minister of Education, Culture and Science (OCW), with the support of the colleague from Economic Affairs and Climate Policy (EZK).

National Institute for Subatomic Physics Nikhef, the Province of Limburg and regional development agency LIOF jointly drew up the growth fund proposal last year, supported by the Ministries of OCW and EZK. Nikhef director Stan Bentvelsen has been involved with the Einstein Telescope for years. He is delighted, but also sees that there is still a lot of work to be done: “It is fantastic that the cabinet embraces the ambition to make the Netherlands a world leader in research into gravity waves. These Growth Fund resources form the basis for further cooperation with our partners in Germany and Belgium and for research into the geological subsurface in the border region of South Limburg. A major project requires a careful process, and we are putting our heart and soul into it. I am confident that we will meet the additional conditions.”

Stephan Satijn, Provincial Executive member for Limburg, is very enthusiastic about the opportunities that the possible arrival of the Einstein Telescope offers for the Netherlands and Limburg.

“With today’s decision, the Cabinet places our country at the global forefront of high-tech and science. Limburg is the logical place to help shape this leading position. Not only because of the suitability of our soil for the Einstein Telescope, but also because we are accustomed like no other to working together internationally and to connecting science and business. I am pleased and proud that the government recognises the value of Limburg and is helping to increase it further with such a substantial investment. In addition to direct orders for companies, the Einstein Telescope gives Limburg and the Netherlands a unique lead in knowledge, expertise and innovative technologies that can be marketed by existing or new companies. This is essential for the economic development of the Netherlands in the medium and especially the long term.”

About the Einstein Telescope

The Einstein Telescope is a future underground observatory for measuring gravitational waves. Powerful laser beams will soon bounce between deep-cooled, vibration-free mirrors at the ends of kilometre-long vacuum tunnels. The instrument will be much more sensitive than existing detectors. As a result, it can detect many more sources and scan a volume of the universe thousand times larger. Researchers will use this instrument to look for instance for the precise structure of neutron stars, the birth process of black holes and the structure of the universe immediately after the Big Bang.

The border region of South Limburg – the Euregio Meuse-Rhine – is one of the possible locations for this observatory. Housing the Einstein Telescope in this region could have a major positive impact on science, the economy and society in the Netherlands. With the committed investments from the National Growth Fund, the Netherlands has the basis to join forces with Belgium and Germany to establish a strong candidacy in 2024/2025.

This is a joint press release of National Institute for Subatomic Physics Nikhef, Province of Limburg and regional development agency for Limburg LIOF.

31.03.2022

Grenzlandkonferenz 2022

On 31.03.2022, the 4th German-Dutch GrenzLands Conference will take place in the Aachen Coronation Hall. During the conference, new goals of cross-border cooperation will be presented and a balance sheet of the past years will be drawn up. Thematically, the GrenzLands Conference will be based on the contents of the North Rhine-Westphalia – Dutch Borderlands Agenda. Due to the geographical location of Aachen and the Euregio Meuse-Rhine, the conference will also include elements of tri-national cooperation.

For this reason, a side event on the Einstein telescope will take place in the context of the GrenzLands Conference, with the aim of involving representatives of German politics just as closely in the preparatory activities and to consider the establishment of a German task force in the future.

The GrenzLands Conference 2022 will take place face-to-face.

On the conference, an award for special commitment to cross-border cooperation will be presented again this year. You can find the call here. Call for the Border Region Award 2022

18.03.2022

Conférence Wallonne télescope Einstein

18/03/2022 – Liège Science Park, Liège

Le Télescope Einstein est un projet européen de grande infrastructure scientifique, qui a pour objectif de créer le plus grand observatoire mondial en matière de détection d’ondes gravitationnelles (d’infimes soubresauts de l’espace-temps) afin de mieux comprendre la théorie du big bang et les origines de l’Univers.

L’infrastructure consistera en trois paires d’interféromètres géants, longs chacun de 10km, disposés en triangle, et enfouis entre 200 et 300 mètres de profondeur. 
Plusieurs sites d’implantation en Europe sont envisagés, parmi lesquels la région des Trois Frontières, au cœur de l’Euregio Meuse-Rhin, à cheval sur les frontières belge, hollandaise et allemande. La décision sur la localisation serait prise en 2025.

En attendant, l’Euregio Meuse-Rhin se prépare, à travers plusieurs projets financés et en cours (E-TEST, ETpathfinder, ET2SMEs), permettant d’étudier par exemple les sous-sols de manière approfondie, de développer un grand miroir suspendu à température cryogénique (un projet unique au monde qui sera développé au CSL à Liège) et des technologies pour améliorer l’observation des ondes gravitationnelles. 

Prédites par Albert Einstein et observées pour la première fois en 2015, les ondes gravitationnelles marquent les débuts de la révolution de l’astronomie gravitationnelle, et d’une nouvelle physique pour aller plus loin dans la compréhension des origines et de l’évolution de notre Univers. 

Le Télescope Einstein est un énorme projet scientifique qui pourrait prendre place partiellement en Wallonie. Il offre des opportunités importantes et très stimulantes pour les chercheurs mais aussi les entreprises technologiques des régions concernées, tout en constituant un indéniable facteur d’attraction, à l’image du CERN. 

La Conférence wallonne Einstein Telescope, organisée ce 18 mars par l’ULiège et l’Euregio Meuse-Rhin, était l’occasion d’informer tous les acteurs wallons sur les multiples facettes du projet et de faire un état des lieux du dossier.

Cette conférence s’est déclinée en 3 séances:

La séance scientifique s’est tenue dès 9h00 au Centre Spatial de Liège (CSL) en présence du Secrétaire d’Etat, Thomas Dermine, du Gouverneur de la Province de Liège, Hervé Jamar, le Président de l’Euregio-Meuse-Rhin, Luc Gillard, et son Directeur, Michael Dejozé, ainsi que de Belspo et de l’Antenne Interreg régionale Liège Euregio Meuse-Rhin.


La séance politique s’est tenue à l’Interface Entreprises-Université de Liège.

Les Ministres-Présidents Pierre-Yves Jeholet et Oliver Paasch, le Secrétaire d’État Thomas Dermine ainsi que les Ministres, Vice-présidents du Gouvernement wallon Willy Borsus et Philippe Henry, le Gouverneur de la Province de Liège, Hervé Jamar, le Président de l’Euregio-Meuse-Rhin, Luc Gillard, et son Directeur, Michael Dejozé, et les représentants des communes d’Aubel, Plombières et Dalhem concernées par le projet ont pris part à la Conférence Wallonne du Télescope Einstein. Les Cabinets des Ministres Di-Rupo, Glatigny et Morreale étaient représentés par leurs conseillers.

La séance économique s’est tenue l’après-midi en présence de PMEs et de grandes entreprises wallonnes, des pôles de compétitivité Skywin, MecaTech et GreenWin, des agences de développement de l’économie Sowalfin, SPI et wfg Ostbelgien, et du réseau LIEU.

14.12.2021

(Eu)Regional SMEs benefit from Einstein Telescope: Implement your own ideas with up to 50,000 euro vouchers!

Euregio Meuse-Rhine, December 2021 – Our cross-border region is applying for the Einstein Telescope (ET), a third generation gravitational wave detector and cutting-edge research infrastructure of global importance. As of now, small and medium-sized enterprises (SMEs), start-ups and engineering companies with special expertise in the operational and geological technologies of the planned large-scale research facility can receive funding from 25,000 to 50,000 euros to realize their project idea. This involves application and experimental development projects that are innovative and carried out with a cross-border EMR company.

Call one for vouchers: Applications for innovation vouchers can be submitted until January 24th, 2022. For more information on the conditions of the competition, please visit: https://et2smes.eu/vouchers/.

Far more than 100 businesses, especially SMEs, joined the virtual information event on December 9th and informed them-selves about their inspiring opportunities.

The new offer is provided by the ET2MEs project involving 7 business development agencies/partners supported by INTERREG EMR VA Programme.

“We not only provide innovation vouchers worth 25,000 to 50,000 euros, but also directly connect the companies with complementary partners on the other side of the national borders,” explains Ralf P. Meyer, leadpartner of the ET2SMEs project at AGIT. “In all phases, from planning and construction to regular operation of the facility, companies from the EMR will be able to apply directly for tenders and thus for numerous contracts involving the Einstein Telescope,” emphasises Ralf P.Meyer.

Companies will also soon have the opportunity to present themselves and their know-how in a virtual 3D model of the ET. Furthermore, there is and will be the opportunity to participate to the joint ET Industrial Advisory Board ( ET IAB) of business and research for the large-scale facility as a dialogue partner and advisor in the coming years.

The aim of ET2SMEs is to bring the Einstein Telescope, for which the EMR is competing with excellent chances with Sardinia, closer to SMEs in the region and to let them participate directly in terms of technology development and economic exploitation. Technologies include optics, mirror coating, laser cryogenics, vacuum, precision mechanics / mechatronics, sensors / controls, but also drilling technology, modelling, simulation, artificial intelligence or hydrology.

The most important concern is to stimulate the cross-border innovation-oriented cooperation of technology-oriented companies and to produce targeted innovations that are significant not only for the ET, but also for other demanding applications and future markets.

The Einstein Telescope is a unique research project with global impact that will put Europe at the forefront of a new research discipline worldwide: The gravitational wave observatory of the latest, third generation will produce fundamentally new insights into the formation of the universe and the evolution of galaxies, stars and black holes. The investment for this large-scale research facility alone amounts to 1.9 billion euros, 500 direct and 1,150 indirect jobs will be created and another two billion euros are estimated for its operation until 2080.

Along with Sardinia (IT), the EMR is the last suitable region in Europe to apply for the location of this facility. A final decision on the location is expected in early 2025. Commissioning of the facility is planned from 2032.

09.12.2021, virtual (zoom)

ET2SMEs Innovation voucher Kick-off

The 1st ET2SMEs Call for innovation vouchers openend on December 1st, 2021.

To give companies from Belgium, the Netherlands and Germany the best possible start for their innovation projects, a virtual meeting took place on 09 December 2021. Here, the Call for Vouchers and first exemplary innovation projects were presented and questions answered.

November 10 & 11, 2021

Participation to the Precision Fair in ‘s-Hertogenbosch, the Netherlands

E-TEST, ETpathfinder and ET2SMEs had the pleasure to welcome you on their joint Eintein telescope Booth 417, Hall 2 at the Precision Fair in ‘s-Hertogenbosch.

November 8th, 2021

Opening of the ETpathfinder clean room of the University of Maastricht

Friday, October 22nd, 2021

Science meets Industry at the ULiège – Interface Entreprises!

October 08th 2021 marked the 2nd Industrial Advisory Board meeting on the #EinsteinTelescope. Scientific project partners from #ETEST, #ETpathfinder and #ET2SMEs business developers met with industrial partners.

Thank you so much to the 150 participants from Belgium, the Netherlands and Germany for their fruitful exchanges on ET technologies and challenges!

A special thank to Martijn Rumpen from Provincie Limburg NL, and Melvin Könings from Lysias NL for their highlight of the economic impact and return on investment.

We are right now building the future of the Einstein telescope in the Euregio Meuse-Rhine!

Join the next ET Industrial Advisory Board Meeting and register today!

Friday, October 8th, 2021

ET Industrial Advisory Board face-to-face Meeting – Friday October 8 morning from 9:30 am till 2:00 pm

The Einstein telescope and preparation projects as E-TEST, ETpathfinder and ET2SMEs are pushing the technology beyond the current state of the art in many areas, both for the prototype of interferometer and for geological investigation of the subsurface. 

As part of E-TEST, we have established an ET Industrial Advisory Board ( ET IAB) to facilitate close collaboration with various industrial partners, both SMEs and large companies active in the fields of activities required by the ET, from Belgium, the Netherlands and Germany.

The second joint ET Industrial Advisory Board will take place on October 8 2021 from 9:30 am till 2:00 pm, lunch included.  

We have the pleasure to announce that it will be organized face-to-face, at the Interface Entreprises ULiège, Avenue Pré Aily, 4, 4031 Angleur (Liège), Belgium.

The general/common part of the meeting will be recorded and published on the website. The specific Working Groups are only organized face-to-face and won’t be recorded.

Agenda

Registration, check of Sanitary Pass & Welcome coffee from 8:45 am

9:30 am- 11:00 am – Welcome and general session

Welcome – by Annick Pierrard, ULiège Interface Entreprises

  • WHY: Purpose of the joint ET Industrial Advisory Board?
  • WHO: To who is it dedicated?
  • HOW:  What are the conditions to participate?
  • WHEN: Frequency of the meeting

Short project presentations & latest achievements:

  • Einstein Telescope (ET) project, investment & ESFRI Call time-line
  • Einstein Telescope social/economy impact, return on investment – by Provincie Limburg NL / Lysias
  • E-TEST : Einstein Telescope Site and Technology – 01.02.2020 – 31.07.2023
  • ETpathfinder, R&D Laboratory –  03.06.2019 – 02.06.2022
  • ET2SMEs – 01.03.2021 – 31.08.2023 “Maximising the economic and social impact of the possible implementation of the Einstein Telescope in Euregio Meuse-Rhine”
  • Q/A session

11:00 am – 11:15 pm – Coffee break

11:15 am – 11:30 pm – Separation into 6 sub-working groups in different meeting rooms

11:30 am – 13:00 pmInteractive industrial/scientist Prototype and Geology Working Groups led by the ET Technology Sheets Responsibles, with the participation of one ET2SMEs business developer per WG, based on the technologies requested by the Einstein Telescope

  1. Cryogenics – Vacuum
  2. Precision mechanics and mechatronics – Sensors – Advanced control algorithms
  3. Mirrors coating – Lasers – Optics & optical metrology
  4. Geophysical imaging and remote sensing
  5. Water technology – Tunneling technology
  6. Simulation and modeling

Please find the mutual NDA to be completed and signed in duplicate (one for the company, the other for the University of Liege) by each company participating in the ET Technology Working Groups.
Please send it scanned to a.pierrard@uliege.be, and bring the original copy for the University of Liege signed on the day of the ET IAB.

13:00 pm – 14:00 pm – Lunch in the different meeting rooms

14:00 pm – End of the ET IAB

Join the next ET Industrial Advisory Board Meeting and register today!

The registration to the ET IAB is free of charge but mandatory via this link. We are looking forward to meeting all of you on October 8!

On 23/09/21 we have reached the maximal number of participants that we can welcome face-to-face at the Interface Entreprises-ULiège.

From now on, only virtual participation to the general part of the ET IAB will be possible (from 9:30 am till 11:00 am).

Please note that the 6 technology Working Groups are only organised face-to-face and won’t be recorded.

Deadline for registration to participate virtually to the general part on the ET IAB (from 9:30 am till 11:00 am) is Thursday October 7 at 10:00 am. The ZOOM link will be sent to all registered persons.

Feel Safe.

Gates wide open – with proof. Welcome to the Interface Entreprises-ULiège with full vaccination protection, recovery or negative test result from an official testing centre. Your proof is complete in combination with your identity card or passport.

The right timing. A negative PCR or antigenic test must be no more than 48 hours old, the second vaccination at least 14 days ago, the positive PCR test result at recovery between 28 days and 6 months old. Done? Let´s go.

It all depends on the right apps. For fast, smooth entry, it‘s up to you too. Enter your proof of full vaccination, recovery or negative test in the apps Corona-Warn or CovPass.

By far the best idea. Though we ask you to maintain a minimum distance of 1.5 metres from other ET Industrial Advisory Board participants, you will still see the latest innovation up close and personal.

For everyone‘s protection. Please wear a medical mask or FFP2 mask (no visors or fabric masks). And although you might not be able to see it, we are smiling at you behind our masks.

Networking without physical contact. Even though you might be delighted at seeing other people again or closing a successful Science-to-Business or Business-to-Business collaboration – please forego shaking hands and physical contact.

Bless you.”  For the sake of yourself and others, please sneeze or cough into the crook of your arm. Even better, do so while maintaining a great distance of least one metre or turning away from others.

Effective infection protection. Sanitiser dispensers located in our entrance and meeting rooms are ready for frequent use. And highly exposed surfaces are regularly cleaned and disinfected for you.

Let it taste good. With our catering partners in the different meeting rooms: with tailor-made concepts for compliance with all safety and hygiene regulations. Enjoy your meal!

Tuesday, September 28, 2021

First drilling in Banholt, the Netherlands

Since not much is known from the geological formations below the Cretaceous limestones below the area near Banholt we will drill a 250 m deep borehole. Like the other upcoming planned boreholes this borehole will be finished as a deep subsurface seismic noise station.
The KNMI – Royal Netherlands Meteorological Institute will install a surface and a deep seismometer in this borehole. For accurate noise measurements the borehole should be drilled perfectly straight and finished as a watertight, dry borehole.
To obtain information for our geophysical surveys like active, passive seismics and info for our 3D-geohydrological and geological modelling we will perform multiple tests and measurements inside this and other upcoming boreholes.
The outcoming samples will be tested in the lab to obtain info of the geotechnical conditions deep below this region.
The same applies for another 250 m deep drilling starting during October 2021 in #Cottessen within 100m distance of the Belgian-Dutch border.

Thursday, July 1st, 2021

Einstein Telescope approved
for ESFRI Roadmap 2021

On June 30th, the European Strategy Forum on Research Infrastructures (ESFRI) decided to include the Einstein Telescope in the 2021 upgrade of its roadmap. This confirms the relevance of this major international project for a next generation gravitational waves observatory for the future of research infrastructures in Europe and gravitational wave research at global level.

The Research Infrastructure Consortium Coordinators, Antonio Zoccoli of INFN and Stan Bentvelsen of Nikhef, are extremely excited about this result. “We are very pleased about this important result: the ESFRI approval acknowledges the value of our project and strengthens the Einstein Telescope at the European level”, says Zoccoli. “We will work synergistically for its development, confident that it is strategic to foster our knowledge of the universe, technological innovation and social growth.”

“The ESFRI-status is a major step towards the realisation of this European project, – says Bentvelsen – “scientifically the Einstein Telescope is undisputed, and with the ESFRI-status there is indispensable recognized support for its quality and impact. We are looking ahead to further develop the plans together with all countries involved.”

The Italian government submitted the proposal for the ESFRI-roadmap on September 9th, 2020 supported by the Netherlands, Belgium, Poland and Spain. “The preparation of the proposal has been a two years large effort involving several research institutions and universities, now composing the Einstein Telescope consortium, belonging to ten European countries and having real interdisciplinary competences”, says Michele Punturo, Coordinator of the ET-ESFRI proposal preparation.

Since September 9th, several of the people involved were invited to present the plans, to deepen specific aspects of the project and answer questions of the ESFRI evaluation committee. Among them was Marica Branchesi, member of the ET-ESFRI proposal preparation team: “We have worked hard to develop the science case of the Einstein Telescope. Each simulation showed us the enormous capabilities of the Einstein Telescope observing the Universe. The Einstein Telescope will revolutionize our knowledge in fundamental physics, astrophysics, and cosmology”, says Branchesi.

The Einstein Telescope was identified after a long and accurate process of evaluation and selection. During the ESFRI Assembly meeting, delegates officially decided to include the Einstein Telescope in the roadmap. This official European approval now brings the project into a new phase. The scientific Institutions involved from ten countries (Belgium, Germany, Hungary, Italy, Norway, Spain, Switzerland, Poland, The Netherland, United Kingdom) will now have to intensify their research and development work on the Einstein Telescope and gravitational waves. It will also speed up the ongoing subsurface studies for the characterization and evaluation of the candidate sites that could host the underground infrastructure.

A new window on the universe

The Einstein Telescope is a future underground observatory for gravitational waves. The instrument will be much more sensitive than existing gravitational wave detectors. Therefore, the observatory will enable scientists to peek into the ‘dark ages’ of the universe for the first time. Gravitational waves were detected for the first time in 2015 and offer a new way of studying the universe. Until their first detection, scientists could only study the universe by looking at light or radiation, but with gravitational waves they can observe vibrations of spacetime itself.

Although the existence of gravitational waves was already predicted by Albert Einstein a hundred years ago, he did not expect it was possible to ever detect them. Yet with the mind blowing technological developments of the last century, scientists and engineers have managed to reach the sensitivity and precision that is needed to observe them. This opened a new era in the study of the universe, the era of gravitational wave and multimessenger astronomy, and led to a Nobel prize in 2017. The Einstein Telescope will lead to many more unimaginable discoveries in the future in this new field of research.

Thursday, May 27th, 13.00 – 14.30 pm

ET2SMEs – Kick-Off Event

The Einstein Telescope (ET) will open a new window to the universe through the observation of gravitational waves, positioning Europe at the forefront of this outstanding „cutting edge“ technology. The extended Euregio Meuse-Rhine obtains not only the best chances for being the location of this new research facility. Additionally, it offers great opportunities for innovative SMEs to further develop their advanced products and services, not only for the telescope, but also to other applications and other highly demanding markets!

ET2SMEs supports the development of new innovative products and services by promoting transnational R&D projects carried out by SMEs working together across borders in the extended Euregio Meuse-Rhine. If you want to learn more, how also your company can benefit, please join the Kick-Off Event on May 27th, 13.00 – 14.30 pm.

Welcome speeches
(10 minutes / 5min. each)
Political representative
Mark Vos, Coordinator Interreg Euregio Meuse-Rhine
Key note
(15 minutes)
“The Einstein Telescope and the research activities for a soft landing in the Dutch-Belgian-German cross-border region”
Prof. Dr. Stefan Hild, University of Maastricht
Presentation
(15 minutes)
“ET2SMEs – The Einstein-Telescope and SMEs”
In a nutshell: Targets, offers & added values for SMEs
Ralf P. Meyer, Leadpartner AGIT

First results: ET technology catalogue & 3D model of ET competencies in extended EMR area
Annick Pierrard, ITF ULiège & Geoffrey Parks, Sowalfin
(5 minutes)Break / Selection of session I or II
Parallel sessions 30 minutes
(Input: 15 minutes / Q&A: 15 minutes)
“The challenges of ET relevant technologies”
Session I: Instrument technologies, Input from: Prof. Dr. Achim Stahl, RWTH Aachen
Session II: Geology technologies, Input from: Prof. Dr. Frédéric Nguyen, ULiège
In each session: Q&A from businesses, research and stakeholders

Thursday, December 10 , 9:00 am – 12:15 pm

First Industrial Advisory Board (IAB) Meeting

We have the pleasure to invite you to our first joined ET Industrial Advisory Board, that will be organised remotely (by ZOOM) on Thursday December 10 from 9:00 am till 12:15 pm.

The scientific partners of both E-TEST and ETpathfinder projects are joining force to meet and collaborate with all companies active in the field of activity required by the Einstein Telescope.

AGENDA:

Online ZOOM 1 connection from 8:30 am

9:00 am till 9:45 am – Welcome and common session (ZOOM 1)

-Short presentation of the:

Einstein Telescope (ET) project and ESFRI Call time-line

E-TEST : Einstein Telescope Site and Technology:

  • E-TEST will build a prototype – a large suspended mirror at cryogenic temperature (10 Kelvin) – to validate the telescope’s technology.
  • E-TEST will also run an underground study to map and model the geology of the Euregio Meuse-Rhine.

ETpathfinder : R&D infrastructure for testing and prototyping innovative concepts and enabling technologies for the Einstein Telescope

under submission ET2SMEs, expected start on March 1 2021: Maximising the economical and social impact of the possible implementation of the Einstein Telescope in Euregio Meuse-Rhine

-Purpose of the Industrial Advisory Board? to who is it dedicated? What are the conditions to participate?

-E-TEST and ETpathfinder ongoing and future Procurements (calls for tender)

-Key Enabling Technologies: a group of six technologies: micro and nanoelectronics, nanotechnology, industrial biotechnology, advanced materials, photonics, and advanced manufacturing technologies – increase industrial innovation to address societal challenges and creating advanced and sustainable economies.

-Online Catalogue of ET Technologies

10:00 am till 11:45 am- Separation into 2 online sessions ZOOM 1 PROTOTYPE and ZOOM 2 GEOLOGY:

1- Interactive industrial/scientist Prototype session led by the Prototype scientific working group (Scientific Lead Partner Prof. Christophe Collette), based on the ET requested technologies

2- Interactive industrial/scientist Geology session led by the Geology scientific working group (Scientific Lead Partner Prof. Frederic Nguyen), based on the ET requested technologies

12:00 pm – Back to common session ZOOM 1:

--Summary of the main points of the 2 interactive online sessions, by the 2 scientific lead partners

--Next steps: Next IAB meeting planning,

Upcoming Procurements (call for tenders) for E-TEST and ETpathfinder,

Approval/or not and official start of ET2SMEs

12:15 pm – End

The Industrial Advisory Board is organized jointly by both projects, and is dedicate to all SME/companies active in the fields of technologies required by the Einstein Telescope as well for the prototype than for all the geology aspects.


Are also warmly invited: EMR Business Development Agencies, EMR clusters of competitiveness, EMR sectorial agencies, ….as well as regional Authorities involved in the possible implementation of Einstein Telescope in EMR and all it’s economic and social impact.

The registration is mandatory and has to be done online on our E-TEST website, via the form on the “Industries” page: https://www.etest-emr.eu/et-technologies/

All registered participant will receive the ZOOM links (ZOOM 1 and ZOOM 2) 2 days before the meeting. A reminder with the links will be sent on Thursday December 10 morning.

Click here to see the video of the First Industrial Advisory Board Meeting!

The Einstein-Telescope – tracking down gravitational waves with high-tech

(WebTalk in german language)

Thursday, 29. October 2020, 04:30 pm

The Einstein telescope will be used in the border region between the Netherlands, Belgium and Germany to create a new type of underground telescope that will pick up gravitational waves from the universe and thus be able to track black holes, neutron stars or stellar explosions throughout the universe. It is based on 10 km long laser interferometers whose components are operated in an ultra-high vacuum at 10 Kelvin and at the same time are mounted in vibration-damped bearings. The triangular research infrastructure with a side length of 10 km at a depth of about 300 m in the Belgian-Dutch-German border region has to overcome many technological challenges in cooperation between industry and science in order to be realised.

Professor Dr. Achim Stahl, spokesman of the Physics Section and head of the III Physics Institute B of RWTH Aachen University, will use this WebTalk to provide an insight into the fascination of gravitational wave research and the resulting findings, as well as to address some of the technological challenges that need to be solved by means of future, cross-technology cooperation between regional players from industry and research. Within the Interreg EMR project E-TEST, the technological basis for the Einstein Telescope at demonstrator scale will be developed and solutions – ideally with regional partners – for the technological implementation of the Einstein Telescope will be worked on.

Are you also interested in the topic or do you develop components and systems in the fields of cryogenics, photonics, sensor technology, (quantum) optics, control, measurement and control engineering, materials and simulations? Learn more about the technological requirements and get access to the E-TEST consortium in this WebTalk.

Click here to see the video of the NMWP Innovation2GO WebTalk!

Online E-TEST Kick-Off Event!

Friday, 09. October 2020, 9:30 am – 11 am

  • 9:30 am – 9:50 am:
    • Welcome by Mr. Willy Borsus, Minister and Vice-President of the Walloon Government
    • Welcome by Mr. Mark Vos, Interreg EMR Programme Coordinator
    • Welcome by Prof. Pierre Wolper, Rector of ULiège
  • 9:50 am – 10:45 am: E-TEST Project Presentation
    • General introduction by Annick Pierrard & Christophe Collette, ULiège
    • WPT1 Ultra-cold vibration control by Alessandro Bertolini, Nikhef
    • WPT2 Optical engineering by Oliver Fitzau, Fraunhofer ILT
    • WPT3 EMR cross-border underground observatory by Frédéric Nguyen, ULiège
    • WPT4 Geological modelling and Engineering Geology of the ET by Florian Amann, RWTH Aachen
    • Industrial Advisory Board & SMEs invitation, ET2SMEs & long term collaboration
    • The final word…by Albert
  • 10:45 am – 11:00 am: Q/A
  • 11:00 am: End of the online Kick-Off Event
  • 11:00 am – 12:00 pm: Press Conference, organised face-to-face at the ITF ULiège with the journalists
Click here to download the full presentation! Click here to see the video of the Kick-off-Event!

DEEP GEOTHERMAL TECHNICAL CHALLENGES, UNCERTAINTIES & RISKS  

29th of September from 10:00 a.m. to 15:OO p.m.

Participation is free of charge but we kindly ask for pre-registration at: https://www.thermogis.nl/en/dge-registration

Program:

  •  Welcome by meeting organizer and DGE-ROLLOUT coordinator
  •  Key note: Deep geothermal energy – state-of-the-art, challenges and opportunities
  •  Key note: Drilling risks in deep carbonates 
  •  Key note: What thrives an energy company in a big city to develop geothermal
  •  Contributions on challenges of deep geothermal 

Publications / Press Releases

03 June 2022

E-TEST prototype design report

Please note the Design Report for in-depth information on the design of the prototype being developed in the Interreg EMR project E-TEST – in addition to all technical specifications.

28 April 2022

Scientific paper published

A joint team of gravitational wave detector scientists from all over europe has published a scientific article on the design of the upcoming detector generation. For the official publication click below:

Galaxies | Free Full-Text | Research Facilities for Europe’s Next Generation Gravitational-Wave Detector Einstein Telescope (mdpi.com)

26 May 2021, De Limburger

Nieuw project Einstein Telescope

26 May 2021

01 March 2021 www.et2smes.eu

ET2SMEs: SMEs benefit from Einstein Telescope

08 February 2021, Spekrtum.de

Der Traum vom Einstein-Teleskop

12 November 2020, MAX PLANCK INSTITUTE FOR GRAVITATIONAL PHYSICS (Albert Einstein Institute)

NRW state parliament unanimously supports Einstein Telescope

5 November 2020, hbvl.be

14 October 2020, WochenSpiegel

9 October 2020, Liège université

E-TEST: Euregio prepares for the Einstein telescope

6 October 2020, The Royal Swedish Academy of Sciences

The Nobel Prize in Physics 2020

With one half to Roger Penrose, University of Oxford, UK

“for the discovery that black hole formation is a robust prediction of the general theory of relativity”

and the other half jointly to

Reinhard Genzel, Max Planck Institute for Extraterrestrial Physics, Garching, Germany and University of California, Berkeley, USA, and Andrea Ghez, University of California, Los Angeles, USA

“for the discovery of a supermassive compact object at the centre of our galaxy”

Illustration: ©Johan Jarnestad/The Royal Swedish Academy of Sciences.

18 September 2020, L’ Avenir

14 September 2020, Liège université

The Einstein telescope on its way to Europe!

17 September 2020, La Libre Belgique

14 September 2020, Spekrtum.de

Der Traum vom Einstein-Teleskop

Movies / Animations

May 27 2021

ET2SMEs – Kick-Off Event

April 26 2021

The Einstein Telescope

5 March 2021, , www.vedia.be

Plombières future référence universelle ?

26 February 2021, www.vedia.be

Epistème 10 : le télescope Einstein

First Industrial Advisory Board Meeting

NMWP Innovation2GO WebTalk „Das Einstein-Teleskop – Gravitationswellen mit High-Tech auf die Spur kommen“ (German Language)

Video of the Online E-TEST Kick-Off Event

The Einstein Telescope presentation by Albert.

Interreg is the European Union’s tool to support cross-border projects which otherwise would not be carried out.

The Interreg V-A Euregio Meuse-Rhine (EMR) programme invests almost EUR 100 million in the development of our region until the end of 2020.

The E-TEST project is carried out within the framework of the Interreg V-A Euregio Meuse-Rhine Programme, with € 7,5 million from the European Regional Development Fund (ERDF).

By investing EU funds in Interreg projects, the European Union is investing directly in economic development, innovation, territorial development, social inclusion and education in the Euregio Meuse-Rhine .