Artificial Intelligence & Creativity: A Manifesto for Collaboration

With the advent of artificial intelligence (AI), the field of creativity faces new opportunities and challenges. This manifesto explores several scenarios of human–machine collaboration on creative tasks and proposes “fundamental laws of generative AI” to reinforce the responsible and ethical use of AI in the creativity field. Four scenarios are proposed and discussed: “Co-Cre-AI-tion,” “Organic,” “Plagiarism 3.0,” and “Shut down,” each illustrating different possible futures based on the collaboration between humans and machines. In addition, we have incorporated an AI-generated manifesto that also highlights important themes, ranging from accessibility and ethics to cultural sensitivity. The fundamental laws proposed aim to prevent AIs from generating harmful content and competing directly with humans. Creating labels and laws are also highlighted to ensure responsible use of AIs. The positive future of creativity and AI lies in a harmonious collaboration that can benefit everyone, potentially leading to a new level of creative productivity respecting ethical considerations and human values during the creative process

Corps en mouvement, arts du cirque et langue anglaise

Notre mémoire portera sur les liens qui peuvent être tissés entre le corps en mouvement, les arts circassiens et l’apprentissage des langues vivantes étrangères a l’école primaire à travers l’interdisciplinarité. Pour ce faire, nous aborderons la question des bénéfices qui pourraient apparaître suite à une situation d’énonciation orale mêlant langue anglaise et mouvements corporels en mettant en articulation l’anglais avec les arts du cirque. Après avoir défini les projets que nous avons menés en amont, nous évoquerons l’énaction, les performances circassiennes, la translangageance ainsi que la prosodie. Par la suite, une étude et analyse d’une séquence interdisciplinaire entre l’anglais et le cirque sera présentée

A simple process for the recovery of palladium from wastes of printed circuit boards

International audienc

Pd stabilization into aqueous micellar solutions: impact for metal extraction and catalysis

International audienc

Motor coordination and strategic cooperation in joint action

Naturalistic joint action usually requires both motor coordination and strategic cooperation. However, these two fundamental processes have systematically been studied independently. We devised a novel collaborative task, combining different levels of motor noise with different levels of strategic noise, to determine whether sense of agency (the experience of control over an action) reflects the interplay between these low-level (motor) and high-level (strategic) processes. We also examined how dominance in motor control could influence prosocial behaviours. We found that self-agency was particularly dependent on motor cues while joint agency was particularly dependent on strategic cues. We suggest that the prime importance of strategic cues for joint agency reflects the co-representation of co-agents’ interests during the task. Furthermore, we observed a reduction of prosocial strategies in agents who exerted a dominant motor control over the joint action, showing that the strategic dimension of human interactions is also reliant on low-level motor features

Germline JAK2 L611S mutation in a child with thrombocytosis

IF 9.090 (2017)International audienc

Synthesis, Characterization, and Self-Assembling Properties of New Amphiphilic Dendrons Bearing Branched TRIS-Derived Oligomers as Polar Head Groups

International audienceThe synthesis and characterization of a new familyof dendritic surfactants called DendriTAC are described. Twoseries of single- or double-tailed surfactants containing hydrophobichydrocarbon or fluorocarbon chains grafted onto Tris-(hydroxymethyl)aminomethane (or TRIS)-derived oligomericpolar heads via a copper(I)-mediated click reaction have beenprepared. A total of 13 new dendritic surfactants have beenobtained by grafting linear polyTRIS branches of variable averagedegree of polymerization (DPn) onto a single or double-tailedfluorinated or hydrocarbon chain of variable length, via a dendriticcentral scaffold of generation G1 or G2. Structural parameters of thesurfactant assemblies in solution [radii of gyration (RG), volumeweightedhydrodynamic radii (RH), and aggregation numbers(Nag)] were assessed by small-angle X-ray scattering and dynamic light scattering. Overall, regardless of their tree-like structure (i.e.,generation type), length of the headgroup (DPn), and nature (hydrocarbonated or fluorinated, single or double-tail) or length of thehydrophobic chains, self-assembling properties of H/F-DendriTACs are in agreement with usual trends of surfactant assemblies, e.g.,as a function of chain length or polar head volume. Thus, thanks to their great structural versatility, H/F-DendriTACs can providehighly tunable self-assembly morphologies that can be adapted to specific applications

High HFE mutation incidence in idiopathic erythrocytosis

IF 5.128International audienc