27/01/2020 - 13:00 - 12:00
Add To Calendar
2020-01-27 12:00:00
2020-01-27 13:00:00
Seminar: Nanoscale magnetic resonance using quantum sensors
S E M I N A R
Monday, 27/01/2020, 12:00 am
Building 211, seminar room
SPEAKER:
Prof. Amit Finkler
Weizmann Institute
TOPIC:
Nanoscale magnetic resonance using quantum sensors
Abstract:
With the emergence of quantum science and technologies as a driving force in pushing the limits of sensitivity and resolution, new aspects of relatively traditional techniques have consequently appeared in the form of quantum sensors. In this talk I will introduce one such quantum sensor, which is our lab's working horse — the nitrogen-vacancy center in diamond. After explaining the working principle of the sensor and how it can be used to detect small oscillating magnetic fields with high spectral resolution, I will present two of the sensor's modes of operations, which we are using to study magnetic fields of molecules. Finally, I will share with you our vision of how we can use the nitrogen-vacancy center in diamond to perform magnetic resonance studies on nanometer length scales as well as magnetometry of a single-digit number of molecules.
Abstract (PDF)
Department of Chemistry
chemistry.office@biu.ac.il
Asia/Jerusalem
public
S E M I N A R
Monday, 27/01/2020, 12:00 am
Building 211, seminar room
SPEAKER:
Prof. Amit Finkler
Weizmann Institute
TOPIC:
Nanoscale magnetic resonance using quantum sensors
Abstract:
With the emergence of quantum science and technologies as a driving force in pushing the limits of sensitivity and resolution, new aspects of relatively traditional techniques have consequently appeared in the form of quantum sensors. In this talk I will introduce one such quantum sensor, which is our lab's working horse — the nitrogen-vacancy center in diamond. After explaining the working principle of the sensor and how it can be used to detect small oscillating magnetic fields with high spectral resolution, I will present two of the sensor's modes of operations, which we are using to study magnetic fields of molecules. Finally, I will share with you our vision of how we can use the nitrogen-vacancy center in diamond to perform magnetic resonance studies on nanometer length scales as well as magnetometry of a single-digit number of molecules.
Abstract (PDF)
