Center for Relativistic Laser ScienceExplore the interaction between ultra-intense light and matter

Polarization of amplified spontaneous emission in a plasma active medium

C.M. Kim;H. Stiel ;B.Matous;M.Nishikino;N.Hasegawa;T.Kawachi;K.A.Tran;K.A. Janulewicz [PHYSICAL REVIEW A 92, 043807-(2015)]

Time-dependent density functional theory of high-intensity short-pulse laser irradiation on insulators

Sato, SA;Yabana, K;Shinohara, Y;Otobe, T;Kyung Min Lee;Bertsch, GF [PHYSICAL REVIEW B 92, 205413-(2015)]

Relativistic approach to the tunneling-time problem

I. A. Ivanov;Kyung Taec Kim [Physical Review A 92, 053418-(2015)]

Origin of the cusp in the transverse momentum distribution for the process of strong-field ionization

I. A. Ivanov [Physical Review A 92, 063417-(2015)]

Fast scaling of energetic protons generated in the interaction of linearly polarized femtosecond petawatt laser pulses with ultrathin targets

I Jong Kim;Ki Hong Pae;Chul Min Kim;Hyung Taek Kim;Il Woo Choi;Chang-Lyoul Lee; Himanshu Singhal;Jae Hee Sung;Seong Ku Lee;Hwang Woon Lee;Peter V. Nickles;Tae Moon Jeong;Chang Hee Nam [High Energy Density Physics 17, 203-207(2015)]

A broadband gamma-ray spectrometry using novel unfolding algorithms for characterization of laser wakefield-generated betatron radiation

Jong Ho Jeon;Kazuhisa Nakajima;Hyung Taek Kim;Yong Joo Rhee;Vishwa Bandhu Pathak;Myung Hoon Cho;Jung Hun Shin;Byung Ju Yoo;Calin Hojbota;Jo, SH;Kang Woo Shin;Jae Hee Sung;Seung Ku Lee;Byeoung Ick Cho;Il Woo Choi;Chang Hee Nam [Review of Scientific Instruments 86, 123116-(2015)]

Table-top femtosecond soft X-ray laser by collisional ionization gating

Depresseux, A;Oliva, E;Gautier, J;Tissandier, F;Nejdl, J;Kozlova, M;Maynard, G;Goddet, JP;Tafzi, A;Lifschitz, A;H. T. Kim;Jacquemot, S;Malka, V;Phuoc, KT;Thaury, C;Rousseau, P;Iaquaniello, G;Lefrou, T;Flacco, A;Vodungbo, B;Lambert, G;Rousse, A;Zeitoun, P;Sebban, S [Nature Photonics 9, 817-821(2015)]

Conceptual designs of a laser plasma accelerator-based EUV-FEL and an all-optical Gamma-beam source

Kazuhisa Nakajima [High Power Laser Science and Engineering 2, e31-(2014)]