Research Topics:
The central theme of our experimental research program is the study of coherent electron and nuclear dynamics in molecules and nanomaterials. Coherent electron motion and the ensuing quantum dynamics set forth by either optical excitation or nonresonant strong-field ionization with few-cycle laser pulses will be probed with attosecond to femtosecond time resolution. This proposed work builds upon my previous work, in which coherent electron motion in Kr+ ions that accompanies the formation of a spin-orbit wave packet is observed (Nature, 2010).

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Figure 2a.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 2.4 MB - MD5: f230f16d940bc883d7618e925f489140
Figure 2b.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 3.6 MB - MD5: f1614741c4a8ff9dddeff08c38b29a1d
Figure 3.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 24.8 KB - MD5: d98eecb5c77f217edb59cc67799281de
Figure 4a.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 30.0 KB - MD5: eab68b2852080fb1923b9062695d5112
Figure 4b.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 27.1 KB - MD5: 70db9557f047d8b12d018596d974b74c
Figure 4c.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 33.0 KB - MD5: 382675517914c8ee7d76623239849b32
Figure 4d.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 38.2 KB - MD5: 817e14390a4f46f1ef2da5fe78eada99
Figure S1a.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 39.0 KB - MD5: 81cc73091868d64f867ee2b2e2c9f797
Figure S1b.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 20.4 KB - MD5: c5779ce93c5876e43d59c2ebbb7525ca
Figure S2a.opju
Aug 27, 2026 - Replication Data for: Ultrafast Coherent Vibrational Dynamics and Structural Rearrangement Following Photodetachment of the Aqueous Adenine Anion
Unknown - 49.1 KB - MD5: 2308e98226939d79002e1fa776476088
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