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Conferences

Second thoughts on the second law

14 April 2014

Elliot Lieb

June 17, 2014 - 3 pm

SISSA, Main Lecture Hall

Via Bonomea, 265 - Trieste

A public lecture at SISSA provides Elliott Lieb, professor of Mathematics and Physics at Princeton University, the opportunity to review the foundations of the second law of thermodynamics.

This is the physical law which introduces the concept of entropy of the Universe and establishes the direction of the flow of time. Lieb will offer the public his innovative point of view on this fundamental principle.

Bats use maps

14 March 2014

Nachum Ulanovsky

March 31, 2014 - 12 am

SISSA, Main Lecture Hall

Via Bonomea, 265 - Trieste

Studying the echolocation mechanisms of bats, scientists have discovered how two- and three-dimensional spatial maps are formed in their brain.

Neanderthal in high definition

03 September 2013

Claudio Tuniz

September 18th, 2013 at 4.00 pm

SISSA, Main Lecture Hall

Paleoanthropology in the last years has been going through an exceptional transformation that has allowed to make amazing discoveries (like, for instance, that Homo sapiens and Homo neanderthalensis in ancient times underwent hybridization), and will enable many more in the future.

The chromosome geographer

16 October 2013

Thomas Cremer

October 23rd 2013, at 2.30 pm

SISSA, Main Lecture Hall

Among the most interesting discoveries in recent decades, the one that cellular DNA does not appear as a shapeless tangle, but rather is arranged into discrete "geographic" territories may be considered truly revolutionary. The first to suggest these chromosome "maps" was Thomas Cremer, a scientist whose studies represent a milestone in the fields of biology and genetics. Cremer gave a public lecture at SISSA, on Wednesday October 23.

A look at the infinitely small

13 December 2013

Stefan Hell

December 19, 2013 - 11 am

SISSA, Main Lecture Hall

Via Bonomea, 265 - Trieste

Until a short time ago scientists thought it was impossible to observe objects smaller than 200 nanometres under an optical microscope. Stefan Hell, a physicist of the Max Plank Institute, found a way to overcome this limit, inventing a method to observe biological tissues down to the molecular scale. The physicist talked about his research at a public conference at SISSA. 

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