Pasquale Calabrese, record-breaking quantum physicist receives third Erc grant
The professor from Sissa in Trieste is among the 0.2% of the world's most influential scientists. With the latest EU funding of 2.4 million euros he will study fundamental quantum phenomena and their implications in various fields: from black holes to the computers of the future
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Key points
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Pasquale Calabrese, a scientist from the International School for Advanced Studies (SISSA), has received the third grant from the European Research Council (Erc), the EU body that funds frontier research.
Professor Calabrese's group will receive EUR 2.4 million for studies that will explore fundamental quantum phenomena - such as quantum entanglement - and their potential implications in different areas: from black holes to the computers of the future. Calabrese will continue his research around the deepest mysteries of matter and quantum physics with his new project 'MOSE-Monitoring symmetries with Entanglement'.
Third Erc in 15 years
.The one just received is the third Erc grant won by Professor Calabrese in less than 15 years, a rather rare achievement given the very high level of competition. The Erc is in fact the most important and selective European research grant. In total, the contributions received by Professor Calabrese with his three Ercs amount to over 5 million euros, again a significant achievement in the field of theoretical physics and beyond.
What is quantum entanglement
Quantum entanglement is the physical phenomenon in which two or more particles that have been interacting with each other for some time remain inextricably linked. Thus, what happens to one of them instantaneously affects the other regardless of the distance between them.
Symmetries and entanglement are two fundamental concepts in modern quantum physics and have revolutionised the way we understand quantum systems composed of many particles. Their relationship is becoming a central theme of current research, with implications in many different fields, such as quantum computing, condensed matter physics and high energy physics.


