An optical beam with an e ilϕ phase structure carries an orbital angular momentum of lℏ per
photon. For integer l values, the phase fronts of such beams form perfect helices with a …

An optical beam with an eiIφ phase structure carries an orbital angular momentum of Ihper
photon. For integer I values, the phase fronts of such beams form perfect helices with a …

An optical beam with an eilφ phase structure carries an orbital angular momentum of lh per
photon. For integer l values, the phase fronts of such beams form perfect helices with a …

[en] An optical beam with an e ilφ phase structure carries an orbital angular momentum of lℎ
per photon. For integer l values, the phase fronts of such beams form perfect helices with a …

An optical beam with an e (i/phi) phase structure carries an orbital angular momentum of lh
per photon. For integer l values, the phase fronts of such beams form perfect helices with a …

An optical beam with an e {sup il {phi}} phase structure carries an orbital angular momentum
of l {Dirac_h} per photon. For integer l values, the phase fronts of such beams form perfect …

Observation of the vortex structure of a non-integer vortex beam | CiNii Research CiNii 国立
情報学研究所 学術情報ナビゲータ[サイニィ] 詳細へ移動 検索フォームへ移動 論文・データをさがす …

An optical beam with an e ilphgr phase structure carries an orbital angular momentum of
lplanck per photon. For integer l values, the phase fronts of such beams form perfect helices …

An optical beam with an eilφ phase structure carries an orbital angular momentum of lh per
photon. For integer l values, the phase fronts of such beams form perfect helices with a …

An optical beam with an eiIφ phase structure carries an orbital angular momentum of Ihper
photon. For integer I values, the phase fronts of such beams form perfect helices with a …