Evidence against atomiclike resonant auger decay in N₂ doubly excited core states by high-resolution experiments

The resonant Auger decay spectra associated with doubly excited core-hole states near the N 1s threshold in the nitrogen molecule was measured. Electron-yield spectrum was obtained by setting a kinetic-energy window at 384 eV and scanning across the threshold region. At ground 410, 414, and 416 eV, photon energy, three dominant structures were observed. The increased signal-to-background ratio, in

Nuclear motion driven by the Renner-Teller effect as observed in the resonant Auger decay to the X̃²Π electronic ground state of N₂O⁺

The nuclear dynamics in the Nt 1s→π* in nitrous oxide was studied using the high resolution resonant Auger spectroscopy and ab initio quantum chemical calculations. For probing the nuclear motion of the system in the core-excited state, the frequency detuning technique was used. The results showed changes in vibrational structure for the Auger decay spectra and a strong influence of nuclear motion

Interference between direct and resonant channels in near-resonance photoemission in argon

The photoelectron spectra of argon was demonstrated during resonant photoemissions. The interference effects of the photoelectron spectra of argon was monitored by following the intensity of final states through resonant and direct channels. The need for a unified one-description of the ionization through a direct and core-excitation mediated channel was described.

Evidence for ultra-fast dissociation of molecular water from resonant Auger spectroscopy

We present direct evidence for ultra-fast dissociation of molecular water in connection photo-excitation of the O1s→4a1 resonance. The core-excited H2O molecules are shown to dissociate into core-excited O*H and neutral H on a time scale comparable to the core hole lifetime, i.e. a few femtoseconds. This conclusion is based on a resonant Auger study, qualitative arguments and ab initio calculation

Humans Perform Social Movements in Response to Social Robot Movements : Motor Intention in Human-Robot Interaction

In an experimental study of humans reactions to social motor intention (SMI) in a humanoid robot, we showed that SMI cause the emergence of social interaction between human and robot. We investigated whether people would respond differently to a humanoid robot depending on the kinematic profile of its movement. A robot placed a block on a table in front of a human subject in three different ways.

Women’s perceptions of female politicians in the UAE: Intersectionality approach.

Intersectionality and transnational feminism: Breaking boundaries with standpoints of women public relations professionals in United Arab Emirates.

Arab women politicians on social media and meaning-making among young Emirati females

The use of digital media and online strategies in public diplomacy networks: Obstacles and features of digital dialogic public diplomacy.

Women’s use of social media in Saudi Arabia: The campaign for the right to drive.

Emerging struggles over definitions: A study of how public diplomacy actors define their field

Global public relations: The role of culture in corporate communication.

Engagement in networked public diplomacy

Relationship management in networked public diplomacy

Magnetic-field-directed Self-assembly of Multifunctional Aerosol Nanoparticles

Away from hierarchical structure: Networks in public diplomacy

Public relations and public diplomacy: A new look at publics, communication, political complexity, and management.

Public Diplomacy at Arab Embassies: Fighting an Uphill Battle

Re-defining and re-structuring public diplomacy

An exploratory study of Internet blogging in Jordan: Does the King read your blog?