The United Kingdom Engineering and Physical Sciences Research Council (EPSRC) supported this work through grants EP/K011987/1 and EP/K011804/1 (Room Temperature, Earth’s Field MASER), and M.O.’s Manufacturing Research Fellowship EP/K037390
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...
The performance of a room temperature, zero-field MASER operating at 1.45 GHz has been examined. Nan...
The performance of a room temperature, zero-field MASER operating at 1.45 GHz has been examined. Nan...
Recently, the world’s first room-temperature maser was demonstrated. The maser consisted of a sapphi...
The maser—the microwave progenitor of the optical laser—has been confined to relative obscurity owin...
Developing quantum technology has inspired scientists and engineers to exploit it in the real- world...
The maser—the microwave progenitor of the optical laser—has been confined to relative obscurity owin...
Recently, the world’s first room-temperature maser was demonstrated. The maser consisted of a sapphi...
While lasers have enjoyed greater popularity, masers—which emit coherent radiation in the microwave ...
A computational molecular design strategy, complemented by UV/vis absorption and time-resolved elect...
The first solid-state masers to operate at room-temperature and ambient air-pressure were recently d...
The first solid-state masers to operate at room-temperature and ambient air-pressure were recently d...
Photoexcited pentacene, upon arriving via intersystem crossing into its lowest triplet state, has be...
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...
The performance of a room temperature, zero-field MASER operating at 1.45 GHz has been examined. Nan...
The performance of a room temperature, zero-field MASER operating at 1.45 GHz has been examined. Nan...
Recently, the world’s first room-temperature maser was demonstrated. The maser consisted of a sapphi...
The maser—the microwave progenitor of the optical laser—has been confined to relative obscurity owin...
Developing quantum technology has inspired scientists and engineers to exploit it in the real- world...
The maser—the microwave progenitor of the optical laser—has been confined to relative obscurity owin...
Recently, the world’s first room-temperature maser was demonstrated. The maser consisted of a sapphi...
While lasers have enjoyed greater popularity, masers—which emit coherent radiation in the microwave ...
A computational molecular design strategy, complemented by UV/vis absorption and time-resolved elect...
The first solid-state masers to operate at room-temperature and ambient air-pressure were recently d...
The first solid-state masers to operate at room-temperature and ambient air-pressure were recently d...
Photoexcited pentacene, upon arriving via intersystem crossing into its lowest triplet state, has be...
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...
Testing and calibrating an experimental setup with standard samples is an essential aspect of scient...