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Matter manipulation with extreme terahertz light: Progress in the enabling THz technology

Artikel i vetenskaplig tidskrift
Författare Peter Salén
Martina Basini
Stefano Bonetti
János Hebling
Mikhail Krasilnikov
Alexey Y. Nikitin
Georgii Shamuilov
Zoltán Tibai
Vitali Zhaunerchyk
Vitaliy Goryashko
Publicerad i Physics Reports
ISSN 0370-1573
Publiceringsår 2019
Publicerad vid Institutionen för fysik (GU)
Språk en
Länkar https://doi.org/10.1016/j.physrep.2...
Ämnesord Dynamics of charge carriers, Phonons and spins, Dirac materials and graphene, Alignment of molecules and action spectroscopy, THz acceleration and streaking, THz technology, Optical rectification and THz generation in plasma, Transition and synchrotron radiation, Free-electron lasers and electron beams, Transportation, Focusing and diagnostics of THz light
Ämneskategorier Fysik

Sammanfattning

Terahertz (THz) light has proven to be a fine tool to probe and control quasi-particles and collective excitations in solids, to drive phase transitions and associated changes in material properties, and to study rotations and vibrations in molecular systems. In contrast to visible light, which usually carries excessive photon energy for collective excitations in condensed matter systems, THz light allows for direct coupling to low-energy (meV scale) excitations of interest. The development of light sources of strong-field few-cycle THz pulses in the 2000s opened the door to controlled manipulation of reactions and processes. Such THz pulses can drive new dynamic states of matter, in which materials exhibit properties entirely different from that of the equilibrium. In this review, we first systematically analyze known studies on matter manipulation with strong-field few-cycle THz light and outline some anticipated new results. We focus on how properties of materials can be manipulated by driving the dynamics of different excitations and how molecules and particles can be controlled in useful ways by extreme THz light. Around 200 studies are examined, most of which were done during the last five years. Secondly, we discuss available and proposed sources of strong-field few-cycle THz pulses and their state-of-the-art operation parameters. Finally, we review current approaches to guiding, focusing, reshaping and diagnostics of THz pulses.

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