Edison Volta Prize


The Edison Volta Prize is awarded biennially by the European Physical Society to individuals or groups of up to three people in recognition of outstanding achievements in physics. The award consists of a diploma, a medal, and 10,000 euros in prize money. The award has been established in 2012 by the Centro di Cultura Scientifica "Alessandro Volta", Edison S.p.A and the European Physical Society.

2018 Laureates

The 2018 EPS Edison Volta Prize was awarded to :
for "for the development, in their respective countries, of key technologies and innovative experimental solutions, that enabled the advanced interferometric gravitational wave detectors LIGO and Virgo to detect the first gravitational wave signals from mergers of Black Holes and of Neutron Stars"

2016 Laureate

2016 - The 2016 EPS Edison Volta Prize was awarded to
for "seminal contributions to optical science, to the field of single-molecule spectroscopy and imaging and for pioneering investigations into the photoblinking and photobleaching behaviors of individual molecules at the heart of many current optical super-resolution experiments."

2015 Laureates

The 2015 EPS Edison Volta Prize has been awarded to the three principal scientific leaders of the European Space Agency’s Planck Mission:
"for directing the development of the Planck payload and the analysis of its data, resulting in the refinement of our knowledge of the temperature fluctuations in the Cosmic Microwave Background as a vastly improved tool for doing precision cosmology at unprecedented levels of accuracy, and consolidating our understanding of the very early universe. "

2014 Laureate

2014 EPS Edison Volta Prize was awarded to:
"for seminal contribution to physics have paved the way for novel explorations of quantum mechanics and have opened new routes in quantum information processing"

2012 Laureates

2012 EPS Edison Volta Prize was awarded 12 November 2012 to:
"for having led, building on decades of dedicated work by their predecessors, the culminating efforts in the direction, research and operation of the CERN Large Hadron Collider, which resulted in many significant advances in high energy particle physics, in particular, the first evidence of a Higgs-like boson in July 2012".