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[Koglist] Fluencia Party on 9th February (Friday)

by Dezso Nemeth

Dear Cognitive Folks, The next Fluencia Party will be on 9th February (Friday) starting at 8.00pm in Élesztő (Tűzoltó utca close to Corvin metro station). Info: https://www.facebook.com/events/2013110232260580/ Fluencia is a monthly organized informal "jamboree" for cogsci-, psychology-related students (undergrads, grads), professors, researchers from many different universities in Hungary. The idea and motivation are to facilitate interactions, communication, collaboration among researchers working here, get to know others and others' interests, topics, etc. And, of course, to have some drinks and fun in a friendly environment. Everybody is welcome to attend! If you have any further questions, do not hesitate to ask. All the best, Dezso -------------------------------------- NEMETH, Dezso (PhD) Brain, Memory and Language Lab: http://www.memory-and-language.com Phone: +36-1-4614500/3565, +36-1-4614500/3519

1 year, 8 months

[Koglist] [CEU Cogsci Talks] CDC Seminar: Moritz Köster (University of Regensburg), Wednesday, September 18, 4pm

by Anna Kispal

Dear all, The CEU Department of Cognitive Science invites you to the following talk: Moritz Köster<https://www.uni-regensburg.de/humanwissenschaften/entwicklungs-und-kognitio…> (University of Regensburg) Title: How infants learn about their physical and social world - a dynamic developmental systems approach Abstract: Human flexible adaptation relies on both individual learning mechanisms and the (culture-)specific learning environments we grow up in. With my research I aim to illuminate the ontogenetic foundations of this adaptation process in the infant years. I will report about infants’ neural mechanisms for the acquisition of basic physical concepts (such as object categories and physical events), focusing on the theta rhythm and predictive processing, and how these early developing concepts are shaped by social and cultural learning experiences, beginning in the first year of life. I will then further illustrate the interplay between infants’ cognitive capacities, and cultural influences in the development of early prosocial behavior and cultural learning. In summary, with a dynamic developmental systems approach, I aim to convey the origins of human flexible adaptation in early infancy, laying the ground for human cultural learning and the diversity of human development. Date: Wednesday, September 18, 2024 Time: 4 pm (to 5:30 pm) CET Venue: D001-Tiered* (QS Vienna) and Zoom (meeting ID: 969 2496 5784<https://ceu-edu.zoom.us/j/96924965784?pwd=c2duZ0dDMFdEMUthK2Mwa2wzMllEUT09>, passcode: 471712) Chair: Gergely Csibra *Anyone not affiliated with CEU wishing to attend in-person in Vienna must RSVP here<https://forms.office.com/e/UmqahBYTHg> to get access to the lecture hall. Best, Anna ______________________________________________ Subscribe by sending an empty mail to talks-subscribe(a)cogsci.ceu.edu Unsubscribe by sending an empty mail to talks-unsubscribe(a)cogsci.ceu.edu

1 year, 8 months

[Koglist] [CEU Cogsci Talks] CCC Colloquium - Ruben Coen-Cagli, Tuesday, Sept. 3. Budapest

by Ildiko Zsoka Varga

Dear All, The CEU Department of Cognitive Science and the Center for Cognitive Computation invites you to the following talk: Speaker: Ruben Coen-Cagli (Albert Einstein College of Medicine) Title: Three easy pieces of natural vision Abstract: Breaking down difficult problems into simpler parts and, conversely, composing primitive units to generate rich behavior, are hallmarks of biological intelligence. Principles of reductionism and compositionality may also guide how we process the complex visual environment of our everyday experience—that is, natural visual processing. This talk will be centered on a core element of this strategy, broadly termed grouping and segmentation, by which our visual system organizes complex visual inputs into groups corresponding to distinct perceptual objects. I will present progress made over the years by my lab and collaborators through a tight integration of theory, computational modeling, visual neurophysiology and psychophysics. First, I will present a normative framework that unifies two widespread observations in primary visual cortex (V1): spatial contextual modulation (how the activity of a neuron in response to a target stimulus is modulated by contextual stimuli) and response variability (fluctuations in neural activity across repeated presentations of the same stimulus). Specifically, we hypothesize that the computational goal of V1 is to approximate a probabilistic representation optimized to the statistics of natural visual inputs, and that the structure of V1 activity is best understood in the light of this goal. I will present a concrete computational framework that instantiates this hypothesis and reproduces a wide array of classical observations on contextual modulation and shared variability. Second, building on that foundation, I will argue that a complete understanding of this phenomenology must also account for the non-stationary statistics of natural inputs. The theory makes detailed predictions about the sensitivity of V1 neurons to segmentation and grouping cues, including a surprising flexibility of functional interactions that we have confirmed recently with data recorded by our collaborators using multielectrode arrays in macaque V1. The third piece will focus on perceptual grouping and segmentation in human observers. Extending our computational framework to deep probabilistic algorithms for natural image and video segmentation, leads to a surprising prediction about the time course of perceptual segmentation: processing time to judge if two parts of an image are in the same segment, increases with distance if they are in the same segment, but decreases with distance otherwise. I will provide empirical evidence recorded in a new experimental paradigm we have developed to measure perceptual grouping of natural stimuli with human participants. This effect challenges popular theories of the time-course of perceptual organization based. In our model, it results from the interactions between spatial priors and dynamic Bayesian inference, offering a normative foundation for recent semi-mechanistic models based on artificial RNNs, and a path to better align them with human perception. Chair: Máté Lengyel Time and date: 4 PM, Tuesday, 3 September 2024 Venue: CEU Budapest site (1051 Budapest, Nádor u. 15.) N15. room 101. Quantum Zoom Meeting: https://ceu-edu.zoom.us/j/96322429897?pwd=D61DAQPQKsRIUwXOSMHAD1kBOaToOE.1<https://www.google.com/url?q=https://ceu-edu.zoom.us/j/96322429897?pwd%3DD6…> Meeting ID: 963 2242 9897 Passcode: 770370 Please, be informed that video/photo recording might take place at the event and the edited version of the video material might be published to communicate or promote CEU PU's activities. Please, find our Privacy Notice here<https://www.ceu.edu/privacy>. Best regards, Ildikó Varga Department Coordinator (Budapest) Department of Cognitive Science [cid:aad270eb-7500-4fcb-96e5-a9607efb1cbb] H-1051 Budapest Nádor u. 15. FT room 404. tel: +36-1 327-3000 2941 http://www.ceu.edu<http://www.ceu.edu/> http://cognitivescience.ceu.edu<http://cognitivescience.ceu.edu/> ______________________________________________ Subscribe by sending an empty mail to talks-subscribe(a)cogsci.ceu.edu Unsubscribe by sending an empty mail to talks-unsubscribe(a)cogsci.ceu.edu

1 year, 8 months

[Koglist] [CEU Cogsci Talks] Departmental Colloquium - Tarryn Balsdon, Monday, Sept. 2. Budapest

by Ildiko Zsoka Varga

Dear All, The CEU Department of Cognitive Science and the Center for Cognitive Computation (CCC) invites you to the following talk. Speaker: Tarryn Balsdon (École normale supérieure) Title: Online confidence control of decision-making in dynamic sensory environments Abstract: Perceptual decisions come with a feeling of confidence that reflects decision accuracy. Rather than a post-decision reflection, we show separable EEG representations of confidence online, during decision-making. This online confidence could be used to control decision efficiency by guiding how we commit to decisions. In dynamic sensory environments, where the quality of the evidence changes over time, observers could use their confidence to down-weight low-quality sensory evidence or capitalise on high-quality evidence. We formulated an extension of sequential sampling models of decision-making in which confidence is used online to actively moderate the quality and quantity of evidence accumulated for decisions. The benefit of this model is that it can respond to dynamic changes in sensory evidence quality. We highlighted this feature by designing a dynamic sensory environment where evidence quality can be smoothly adapted within the timeframe of a single decision. Our model with confidence control offers a far superior description of human behaviour in this environment. Using multivariate decoding of electroencephalography (EEG), we uncovered EEG correlates of the model’s latent processes, and show stronger EEG-derived confidence control leads to faster, more accurate decisions. These results support a neurobiologically plausible framework featuring confidence as an active control mechanism for driving efficient behaviour. Chair: József Fiser Time: 4 PM, Monday, September 2, 2024 Venue: CEU Budapest Site (1051 Budapest, Nádor u. 15.) N15. room 101. Quantum Zoom: Meeting ID: 996 6407 5377<https://www.google.com/url?q=https://ceu-edu.zoom.us/j/99664075377?pwd%3Ddd…> Passcode: 511145 Please, be informed that video/photo recording might take place at the event and the edited version of the video material might be published to communicate or promote CEU PU's activities. Please, find our Privacy Notice here<https://www.ceu.edu/privacy>. Best regards, Ildikó Varga Department Coordinator (Budapest) Department of Cognitive Science [cid:58751420-84f1-42ff-9f09-59b22e19da81] H-1051 Budapest Nádor u. 15. FT room 404. tel: +36-1 327-3000 2941 http://www.ceu.edu<http://www.ceu.edu/> http://cognitivescience.ceu.edu<http://cognitivescience.ceu.edu/> ______________________________________________ Subscribe by sending an empty mail to talks-subscribe(a)cogsci.ceu.edu Unsubscribe by sending an empty mail to talks-unsubscribe(a)cogsci.ceu.edu

1 year, 8 months

[Koglist] {Disarmed} Best Approaches in Data Analysis and Statistics

by Zsolt Palatinus

Greetings Cognitive Scientists! We're up and accepting open talks and hands on tutorials for the Best Approaches in Data Analysis and Statistics Symposium! This year, the meeting will be held in Szeged! Details on our website and in the attached flyer. Best approaches in data analysis and statistics symposium (cogstat.org) <https://www.cogstat.org/best_approaches_symposium/> Please come! Please let people know about it! Best, the organizers: Zsolt Palatinus <zsolt.palatinus(a)gmail.com>, András Zsidó <zsido.andras(a)pte.hu> & Attila Krajcsi <krajcsi(a)gmail.com>. -- Zsolt Palatinus, PhD University of Szeged SZTE-BTK, Pszichológiai Intézet HUNGARY <zsolt.palatinus(a)usm.edu>

1 year, 9 months

[Koglist] [CEU Cogsci Talks] CCC Colloquium Monday, July 1, Fahd Yazin and Gargi Majumdar

by Ildiko Zsoka Varga

Dear All, The CEU Department of Cognitive Science and the Center for Cognitive Computation (CCC) invites you to the following two talks, both held on Monday, July 1. 1. Time: Monday, July 1, 10.00 Speaker: Fahd Yazin, University of Edinburgh Location: CEU Budapest site (1051 Budapest, Nádor u. 15.) N15. building, room 104. Zoom: Meeting ID: 941 3729 1638<https://ceu-edu.zoom.us/j/94137291638?pwd=FXMAybMTbPTewr4ZZHhvrAauvGz32l.1> Passcode: 337577 Title: Will to Predict: How models are created which create our world Abstract : Where do predictions come from in the brain? How do these predictions form and shape the models of the world we construct in our mind, driving our subjective experience? Known by various names across fields—mental models, situation models, cognitive maps— I explore the nature of these world models and predictions in sculpting our subjective experience using naturalistic stimuli. Next, I uncover the mechanisms by which these models are formed and deployed for inference using an unsupervised learning task of a probabilistic virtual world. I show how the Default-Mode Network (DMN) and specifically its Prefrontal sectors segment our environment into abstract, specialized domains - Spatial, Referential and Temporal - through a tripartite architecture, assembling top-down predictions tailored for each domain. This fragments subjective experience, which is unified globally through a multithreaded integration between its prefrontal and parietal core nodes. Computationally, the prefrontal cortex constructs these models by simulating internal data, adaptively adjusting it to match the external reality. Once built, humans compare low-dimensional summaries of these internal replicas to the external sensory information, amounting to rapid model selection. Formalizing the origin of top-down predictions as being computationally equivalent to predictive inference through Bayesian sampling, I discuss specifically how the prefrontal cortex discovers models and model parameters jointly from the data using internally synthesized data, and generally how the DMN utilizes these to form our subjective experience. ************************************************************************************* 2. Time: Monday, July 1., 15.00 Speaker: Gargi Majumdar, University of Hamburg Location: CEU Budapest site (1051 Budapest, Nádor u. 15.) N15. building, room 104. Zoom: Meeting ID: 958 1739 2309<https://ceu-edu.zoom.us/j/95817392309?pwd=mRqp5ZpV4vTJlXLLN8a8M9Os3U1BY2.1> Passcode: 454588 Title: Navigating the unknown in emotion dynamics Abstract: An enigmatic phenomenon of the mind that drives almost all our actions and has attracted scientists and sages in its quest for centuries is emotion. Divergent views on the definition of emotion combined with various psychological and computational models have populated the field of emotion research for a long time. Most of the proposed theoretical models are yet to be exploited empirically to robustly explain our affective experiences. Combining the theoretical tenets of the Bayesian Brain hypothesis and predictive coding, I aimed to investigate whether prediction uncertainty can robustly track the temporal dynamics of complex emotions, along with formulating insights into deviations or disruptions of the process. Accordingly, using behavioral and large-scale neuroimaging data, I show how optimal representation of uncertainty can drive the temporal dynamics of our emotions. Crucially, this uncertainty naturally emerges as a continuous, hierarchical inference from the fluctuating valence while watching a movie. Extending this framework further, I explored whether age-associated idiosyncratic changes in emotional processing can stem from misrepresentation and miscomputation uncertainty. Finally, I investigated the dynamic interplay between rest and emotion and how intermittent anticipatory or ruminative resting periods change our emotional experiences. Please, be informed that video/photo recording might take place at the event and the edited version of the video material might be published to communicate or promote CEU PU's activities. Please, find our Privacy Notice here<https://www.ceu.edu/privacy>. Best regards, Ildikó Varga Department Coordinator (Budapest) Department of Cognitive Science [cid:f4adf602-06ae-43f0-9f96-2b79c5cbdf6d] H-1051 Budapest Nádor u. 15. FT room 404. tel: +36-1 327-3000 2941 http://www.ceu.edu<http://www.ceu.edu/> http://cognitivescience.ceu.edu<http://cognitivescience.ceu.edu/> ______________________________________________ Subscribe by sending an empty mail to talks-subscribe(a)cogsci.ceu.edu Unsubscribe by sending an empty mail to talks-unsubscribe(a)cogsci.ceu.edu

1 year, 10 months

[Koglist] [CEU Cogsci Talks] Tobias Donner (Dept. of Neurophysiology & Pathophysiology, University Medical Center Hamburg-Eppendorf): Flexible Behavior through Adaptive Brain Network Dynamics. June 12, 2024, 4 pm, D001

by Gyorgyne Finta

The CEU Department of Cognitive Science and the Center for Cognitive Computation cordially invites you to the following talk by: Tobias H. Donner, Dept. of Neurophysiology & Pathophysiology, University Medical Center Hamburg-Eppendorf Date: Wednesday, June 12, 2024 Time: 4 pm (to 5:30 pm) CET Venue: D001 (QS Vienna) Chair: Jozsef Fiser Flexible Behavior through Adaptive Brain Network Dynamics Cognitive behavior rapidly adapts to changing environmental contexts. This flexibility distinguishes cognitive behavior from reflexes. I propose that this flexibility results from the rapid reconfiguration of distributed cortical networks that implement the transformations required by a given task and context. This reconfiguration is enabled by rapid plasticity mechanisms that are controlled by neuromodulators released from the brainstem. To support these claims, I will present human MEG and fMRI experiments, in which we systematically manipulate context variables, such as task rules or environmental volatility. We quantify the resulting changes in content-specific neural interactions (e.g., selective for sensory evidence or behavioral choice), across a large set of cortical regions. We relate these cortical interactions to the dynamics of (proxies of) brainstem modulatory activity. This approach reveals that the structure of cortical interactions changes in a context-dependent manner. These changes are predicted by brainstem modulatory activity, which, in turn, tracks hidden changes in the environment. Preliminary results indicate that the cognitive recruitment of modulatory brainstem systems is impaired in individuals with a high risk of developing psychosis. Our results open a new window on the dynamic brainstem sculpting of large-scale cortical networks for flexible cognitive behavior. I speculate that this sculpting goes awry in many mental disorders. *Anyone not affiliated with CEU wishing to attend in-person in Vienna must reply here<https://forms.office.com/e/0QfsXE7WHf> to get access to the lecture hall. Let Jozsef know, please, if you would like to schedule a meeting with the speaker. organized by The Department of CogNitive SCience and the CENTER FOR COGNITIVE COMPUTATION Best, Reka ------------------------------------------------------------------------ GyörgyNÉ Finta (Réka) Department Coordinator Department of cognitive SCience --------------------------------------------------------------------------------------- [cid:image001.jpg@01DA64AF.05050380] CEU GmbH - CEU Central European University private university Quellenstrasse 51, A-1100 Wien, Room B502 Office: +43 125230 5138 cognitivescience.ceu.edu<https://cognitivescience.ceu.edu/>| www.ceu.edu<http://www.ceu.edu/> See CEU story: www.youtube.com/ceuhungary<http://www.youtube.com/ceuhungary> --------------------------------------------------------------------------------------- CEU is committed to energy and environmental sustainability www.ceu.hu/sustainability<http://www.ceu.hu/sustainability> [https://ci3.googleusercontent.com/mail-sig/AIorK4wJmntYV9xI46HE4vvhea1QVsjj…] Please, consider your environmental responsibility. Before printing this e-mail message, ask yourself whether you really need a hard copy. ______________________________________________ Subscribe by sending an empty mail to talks-subscribe(a)cogsci.ceu.edu Unsubscribe by sending an empty mail to talks-unsubscribe(a)cogsci.ceu.edu

1 year, 11 months

[Koglist] [CEU Cogsci Talks] CCC Colloquium - Mark Ho - Monday, June 10

by Ildiko Zsoka Varga

Dear All, The CEU Department of Cognitive Science and the Center for Cognitive Computation (CCC) invites you to the following online talk. *Please note that this is an online event only, next Monday, starting from 3 PM.* Speaker: Mark Ho (New York University) Title: How do people see, simplify, and solve problems? Abstract: Everyday life often gives us new problems to solve. For example, imagine flying back from a relaxing vacation and your return trip includes a layover in a new city. You’ve just landed at your connecting destination but learn that the next flight has been canceled. Suddenly, you need to start considering a whole new set of possibilities, constraints, and goals: When is the next flight? Would it be nice to stay a few days and explore? When do I have to be back at work? Could I take a car or train home instead? How long would that take? How much would it cost? Then, you would actually need to do something based on these considerations. Put another way, you need to come up with and then execute a novel plan. Our capacity to flexibly plan and act in new situations (such as deciding what to do when a connecting flight gets canceled) is both quotidian and remarkable. This is because planning is an exceptionally cognitively demanding process, and yet we are able to plan successfully despite having limited attention, memory, and time. No other species and no existing artificial intelligence system can plan as flexibly, generally, and efficiently as we do on a routine basis. What explains our ability to plan? To understand processes like planning, cognitive scientists often develop formal, mathematical models that capture general principles underlying how people think and act (similar to how Newton’s laws capture general principles underlying how physical objects interact). One of the earliest and most influential models of planning, proposed by Newell and Simon (1972), is based on the idea that people have a representation of a task (e.g., for chess, an understanding of how the pieces move and how to win) and then search for good actions to take using that representation (e.g., by simulating and evaluating different sequences of chess moves). Recently, we built on this original distinction between representing tasks and searching for actions by formulating a new theory of planning. Specifically, we propose that people not only search for good actions, but also search for good task representations via a process that we refer to as value-guided construal. Our account of value-guided construal allows us to pose two broad questions—one conceptual and one empirical. First, the conceptual question: What makes a task representation good? We propose that a task representation is good if it is simple and planning with it leads to a successful solution. Put another way, good task representations balance utility and complexity. Our computational model allows us to quantify this tradeoff for a given task. The second question is empirical: Do people form task representations that balance utility and complexity? Answering this question requires data, so we designed a task in which participants needed to plan how to navigate around obstacles in 2D mazes to reach a goal. We wanted to understand how they represented the mazes to plan, and so in a series of experiments, we assessed their memory of task elements after planning using post-trial questions as well as their thought process during planning using mouse tracking. Across these experiments, we found robust support for the idea that people trade off the utility and complexity of a task representation, as predicted by our account of value-guided construal. Our results tell us whether people flexibly form task representations that trade-off utility and complexity, but they also raise intriguing questions about how people might do so. The current work does not provide a definitive answer to such questions, but we explore how it might be done in principle. For example, one could start by solving the simplest construal and only add in new details (such as obstacles) as needed. Background knowledge about a domain could also guide which details to include in a construal—for instance, in chess, knowing that the queen is the strongest piece on the board might bias one to consider construals that include it. The human capacity to plan in novel situations is both familiar and puzzling, and understanding what makes it possible remains an important scientific challenge. The framework of value-guided construal provides a new perspective on this old question by drawing attention to the role that actively simplifying tasks plays in allowing people to more efficiently use limited cognitive resources. Our hope is that this work can serve as a starting point for further examination of the construal process itself, as well as other cognitive mechanisms that interface with planning. Original Article: Ho, M. K., Abel, D., Correa, C. G., Littman, M. L., Cohen, J. D., & Griffiths, T. L. (2022). People construct simplified mental representations to plan. Nature, 606(7912), 129–136. https://doi.org/10.1038/s41586-022-04743-9 Time: 3 PM, Monday, June 10, 2024 Zoom: Meeting ID: 927 6894 9309<https://ceu-edu.zoom.us/j/92768949309?pwd=KbnyxOa7YXxwOpbmIqQkjyi8Sk11ka.1> Passcode: 245150 Please, be informed that video/photo recording might take place at the event and the edited version of the video material might be published to communicate or promote CEU PU's activities. Please, find our Privacy Notice here<https://www.ceu.edu/privacy>. Best regards, Ildikó Varga Department Coordinator (Budapest) Department of Cognitive Science [cid:0d0b70b8-4628-4073-b8f8-374a7ae8abc7] H-1051 Budapest Nádor u. 15. FT room 404. tel: +36-1 327-3000 2941 http://www.ceu.edu<http://www.ceu.edu/> http://cognitivescience.ceu.edu<http://cognitivescience.ceu.edu/> ______________________________________________ Subscribe by sending an empty mail to talks-subscribe(a)cogsci.ceu.edu Unsubscribe by sending an empty mail to talks-unsubscribe(a)cogsci.ceu.edu

1 year, 11 months

[Koglist] Reminder: Meaning, Truth, and Physics – Conference in honour of László E. Szabó

by Gömöri Márton

Dear All, This is just a reminder of the conference on *Meaning, Truth, and Physics*, organized on the occasion of László E. Szabó's 70th birthday. *Time*: 7 June, Friday, 9.30am *Venue*: Institute of Philosophy, HUN-REN Research Centre for the Humanities, Budapest, 1097 Tóth Kálmán u. 4., 7th floor, Trapéz room (B.7.16) For the detailed *program* see: https://eszabo70.blog/ The language of the conference is English. Best regards, Gábor Szabó, Márton Gömöri

1 year, 11 months

[Koglist] Fwd: EU funded PhD (4 years) position at the University of Trento (Italy)

by István Winkler

-------- Forwarded Message -------- Subject: EU funded PhD (4 years) position at the University of Trento (Italy) Date: Sat, 1 Jun 2024 16:12:14 +0200 From: Francesco Pavani <francesco.pavani(a)unitn.it> Dear Colleague, I would be most grateful if you could circulate this PhD opportunity in your Institute or among anyone that you think may be interested. Thank you in advance Francesco Pavani -- * * *PhD Position topic:* *Cochlear implants and spatial hearing: Enabling access to the next dimension of hearing* *Overview:* A 4-year PhD position is open at the Center for Mind/Brain Sciences (CIMeC) <https://www.cimec.unitn.it/en/14/the-center> of the University of Trento, Italy. This PhD project is part of the multidisciplinary MSCA Doctoral Network 'CherISH' (Cochlear Implants and Spatial Hearing) <https://cherish-network.eu>, which integrates approaches from medicine, biomedical engineering, psychology, and neuroscience to enhance hearing restoration in deaf individuals by combining next-generation cochlear implant (CI) technology with innovative rehabilitation methods. *Project Details:* As a PhD candidate at CIMeC, you will investigate how motor actions on sounds can influence perceptual and metacognitive experiences of sound position, such as confidence in sound position and perceived effort in sound localization. The research will also explore how this active listening approach can aid in re-learning or improving sound localization skills, particularly for cochlear implant users. You will gain expertise in human psychophysics, experimental psychology, cognitive neuroscience, and 3D sound technology related to auditory virtual reality. The project includes a *study and research period at Imperial College London (UK) *for at least six months, under the co-supervision of Dr. Lorenzo Picinali <https://profiles.imperial.ac.uk/l.picinali>, and offers extensive training opportunities within the international and interdisciplinary CherISH Doctoral Network. *Working Environment:* You will join the Cognition Across the Senses (CAtS) team at CIMeC <https://r1.unitn.it/cats/en/people/>, an interdisciplinary research and teaching center in the Cognitive Neuroscience field at the University of Trento. CIMeC is located in Rovereto, in the beautiful Trentino region <https://www.visittrentino.info/en/experience/spring-holidays?gad_source=1&_…> of Northern Italy. *Qualifications and Skills: *- A four or five-year Master's degree in Psychology, Behavioral Sciences, Cognitive Neurosciences, Neurobiology, Biomedical Engineering, Computer Science, or Life Sciences. - The applicant will undertake important responsibilities for all aspects of the research project, including data collection, statistical analysis, basic programming, and writing publications. *Contract and Application Process: *- *Duration: *48 months, starting approximately from 1st September 2024. - *EU Requirement:* The doctoral candidate must not have resided or carried out their main activity (work, studies, etc.) in Italy for more than 12 months in the 3 years immediately prior to the date of recruitment. - *Application Deadline:* 28th June 2024 More details on the contract and application procedure here <https://lavoraconnoi.unitn.it/en/research-contracts/center-mind-brain-scien…> If you have *any questions*, please contact me (francesco.pavani(a)unitn.it). Best regards, Francesco Pavani Università di Trento <http://www.unitn.it/> *Francesco Pavani* Professore Ordinario di Psicologia Generale Center for Mind/Brain Sciences - CIMeC Università degli Studi di Trento Corso Bettini 31, 38068 Rovereto (TN), Italy Telefono: + 39 0464 80 8674

1 year, 11 months

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