Conference ‘Understanding Our Climate Emergency Through Art And Aesthetics’
ICREA Research Professor Santiago Zabala and Prof. Isabel Valverde, both from the UPF, organize the conference ‘Understanding Our Climate Emergency Through Art And Aesthetics’.
This event will be held on the 21st and 22nd of October 2021 from. Please click here for further information.
Webinar 'Black holes' (The 96th ICREA Colloquium)
Speakers: ICREA Research Professors Roberto Emparan and Mark Gieles, both from the Institut de Ciències del Cosmos (ICCUB)
When: 14th of September, 18:00 h
‘Love, echoes, and shadows: Tell-tale signs of a true black hole’
Black holes have been unambiguously proven to exist – or have they? Can we tell them apart from possible compact, dark impostors? Measurements of their so-called Love numbers, the presence of echoes in the gravitational wave signals, or details of their shadows in images, among other probes, might reveal whether we are actually observing the astonishing objects predicted by Einstein’s theory – or something else entirely’.
‘Black holes in star clusters as gravitational wave sources’
More than a billion years ago, two black holes spiralled in and collided, sending gravitational waves into the Universe at the speed of light. These were eventually detected on Earth in September 2015 by the laster interferometer gravitational-wave observatory (LIGO). This was the discovery of gravitational waves and confirmed a century-old prediction by Einstein's theory of general theory and opened a new window on our Universe. Apart from its theoretical importance and technological accomplishment, the detection raised numerous astrophysical questions. Most importantly: how do these binary black holes form? Since the discovery, an additional 50 gravitational wave signals of colliding compact objects have been detected, mostly consisting of binary black holes and several involving neutron stars. We are now in the position to compare predictions of models of binary black hole formation to gravitational wave data and in this talk I will attempt to provide an overview of the current state of affairs. I will focus in particular on the model in which binary black holes form in gravitational interactions in dense stellar clusters.
The ICREA colloquia are a great way to learn about remote fields of research from our best experts. We usually have two speakers, who offer their opinions on the same subject from very different angles. They are open to all ICREAs and their guests.
WEBINAR 95th ICREA COLLOQUIUM ‘For more and Better Science. Big and Small Data Governance, Management & Sharing'
Speakers: ICREA Research Professors Arcadi Navarro (UPF) and Fernando Vidal (URV)
When: 15th of Juny 2021, 18:00h
Modern science requires data sharing in order to make accelerate progress. The COVID-19 crisis has painfully demonstrated the critical value of open data and open science for scientific discovery, particularly when time is of the utmost importance.
To ensure that open science and data sharing become standard, the scientific community, and society at large, need to find delicate balances between at least two human rights: the right to participate in science (Article 27 of the Universal Declaration of Human Rights) and the right to privacy (Article 12). So we have to work hard to remove barriers that restrain effective data sharing, ensuring that this is done according to extant legislation (for instance, GDPR in the EU) and bearing all human rights in mind.
We will discuss several on-going initiatives that are trying to take as much data as possible out of institutional or jurisdiction silos and store it into an open, connected and FAIR (Findable, Accessible, Interoperable and Reusable) environments, illustrating this world-wide effort with examples from genomics, anthropology and healthcare.
WEBINAR 94th ICREA COLLOQUIUM 'Disrupting Technologies for Future Mobile Communications Systems'
Speakers: ICREA Research Professors Xavier Costa (i2CAT) and Valerio Pruneri (ICFO)
When: 11th of May 2021, 18:00h
In this talk we will review emerging disruptive technologies expected to shape future 6G networks. Several topics will be covered comprising, AI-driven automation for industry verticals, O-RAN network disaggregation, smart surfaces and wireless sensing. Early research results will be presented on these topics along with major joint academia-industry efforts in large-scale projects.
Modern communication relies on display and secure information. I will show some examples of projects for the industry leveraging fundamental principles of optical surfaces and quantum physics.