The Nobel Prize in Physics 2025 was awarded to John Clarke, Michel H. Devoret and John M. Martinis "for the discovery of macroscopic quantum mechanical tunnelling and energy quantisation in an electric circuit."*
This year’s Nobel Laureates didn’t achieve their breakthroughs overnight. Below you can read, share, and download a selection of their research that’s published across ºÚÁϳԹÏÍø’s journals and books. Read the story of this year’s Laureates in Physics.
| Published in: Nature Communications | Published in: Nature | Published in: Nature Physics |
Published in: Journal of Fusion Energy | Published in: Journal of Fusion Energy | Published in: Journal of Fusion Energy |
Published in: Journal of Fusion Energy | Published in: Journal of Fusion Energy | Published in: Journal of Fusion Energy |
Published in: Journal of Fusion Energy | Published in: Journal of Fusion Energy | Published in: Journal of Low Temperature Physics |
Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics |
Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics |
Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics |
Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics |
Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics |
In: Air Pollution Modeling and Its Application XI |
| Published in: Nature | Published in: Nature Communications | Published in: Nature |
Published in: Nature | Published in: NPJ Quantum Information | Published in: NPJ Quantum Information |
Published in: Nature Physics | Published in: Nature Physics | Published in: NPJ Quantum Information |
Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics |
Published in: Journal of Low Temperature Physics |
In: Microwave Cavities and Detectors for Axion Research | In: Quantum Computing and Quantum Bits in Mesoscopic Systems | |
In: Microwave Superconductivity | In: Applications of Superconductivity | In: Experimental Aspects of Quantum Computing |
In: Quantum Computing in Solid State Systems |
Published in: Nature Physics |
Published in: Nature Communications | Published in: NPJ Quantum Information |
Published in: NPJ Quantum Information | Published in: NPJ Quantum Information | Published in: NPJ Quantum Information |
Published in: Nature Physics | Published in: NPJ Quantum Information | Published in: Nature Physics |
Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics | Published in: Journal of Low Temperature Physics |
Published in: Journal of Low Temperature Physics |
