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FMR 62 Mini-feature - Land and conflict: taking steps towards peace

Series
Return (Forced Migration Review 62)
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Thousands of displaced Yazidis in Iraq have been assisted in making a safe, sustainable return through a project that addressed the complexity of issues around land tenure.

Episode Information

Series
Return (Forced Migration Review 62)
People
Oumar Sylla
Ombretta Tempra
Filiep Decorte
Clarissa Augustinus
Ismael
Keywords
fmr
forced migration review
refugee
forced migrant
forced migration
displacement
asylum seeker
asylum
yazidis in iraq
root causes of displacement
Department: Refugee Studies Centre
Date Added: 14/10/2019
Duration: 00:15:30

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FMR 62 - Mini-feature - Community-level conflict prevention and peace building in DRC and Somalia

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Return (Forced Migration Review 62)
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There is growing recognition of the need to address the root causes of displacement through the perspective of the humanitarian-development-peace ‘triple nexus’. A locally led programme in DRC and Somalia reflects this approach and offers useful lessons.

Episode Information

Series
Return (Forced Migration Review 62)
People
Wale Osofisan
Shuna Keen
Keywords
fmr
forced migration review
refugee
forced migrant
forced migration
displacement
asylum seeker
asylum
triple nexus
root causes of displacement
Department: Refugee Studies Centre
Date Added: 14/10/2019
Duration: 00:16:45

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FMR 62 - Mini-feature - Gang violence, GBV and hate crime in Central America: State response versus State responsibility

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Return (Forced Migration Review 62)
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Significant displacement is caused in Central America by gang violence, gender-based violence and hate crimes against LGBT+ people but State responses have failed to address their root causes.

Episode Information

Series
Return (Forced Migration Review 62)
People
Vickie Knox
Keywords
fmr
forced migration review
refugee
forced migrant
forced migration
displacement
asylum seeker
asylum
LGBT+ refugees
root causes of displacement
Department: Refugee Studies Centre
Date Added: 14/10/2019
Duration: 00:15:09

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FMR 62 - Mini-feature - The Palestinian refugee question: root causes and breaking the impasse

Series
Return (Forced Migration Review 62)
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Acknowledging the root causes of Palestinian displacement and objectively applying international law will be key to any solution to the Palestinian refugee question.

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Series
Return (Forced Migration Review 62)
People
Francesca P Albanese
Damian Lilly
Keywords
fmr
forced migration review
refugee
forced migrant
forced migration
displacement
asylum seeker
asylum
palestinian refugees
root causes of displacement
Department: Refugee Studies Centre
Date Added: 14/10/2019
Duration: 00:16:29

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FMR 62 - Mini-feature - Resilience spaces: rethinking protection

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Return (Forced Migration Review 62)
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Collaborative approaches to building capacities of urban IDPs and host communities are emerging as a more effective way of confronting the root causes of protracted and secondary displacement in informal settlements in Colombia.

Episode Information

Series
Return (Forced Migration Review 62)
People
Pablo Cortés Ferrández
Keywords
fmr
forced migration review
refugee
forced migrant
forced migration
displacement
asylum seeker
asylum
IDPs
internally displaced persons
urban IDPs
colombia
root causes of displacement
Department: Refugee Studies Centre
Date Added: 14/10/2019
Duration: 00:12:01

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Return (Forced Migration Review 62)

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Return (Forced Migration Review 62)
Voluntary return in safety and with dignity as a durable solution to displacement has long been a core tenet of the international refugee regime. In the 23 articles on Return in this issue of FMR, authors explore various obstacles to achieving sustainable return, some of which are common to diverse situations of displacement while others are specific to certain contexts. Many of the authors discuss the need to guard against premature or forced return, and the risks that such return may entail. They also debate the assumptions and perceptions that influence policy and practice. The examples of good practice and the reflections on research findings presented in this issue are drawn from around the world.

The issue also contains a mini-feature on Towards understanding and addressing the root causes of displacement which has been prepared to inform discussions at the first Global Refugee Forum in December 2019. With a collection of articles written by authors from the UN, NGOs and academia, the mini-feature aims to enhance collective understanding of some of the root causes of displacement.

The full print issue can be found online at: www.fmreview.org/return

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John Barnden - Consciousness, metacausation and metadynamism

Series
Models of Consciousness
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One in a series of talks from the 2019 Models of Consciousness conference.
John Barnden
School of Computer Science, University of Birmingham, UK

I assume that [phenomenal] consciousness is a property physical processes can have, and that it involves pre-reflective auto-sensitivity (PRAS), which is related to the much-discussed pre-reflective self-consciousness [3,4]. I then argue that PRAS requires conscious processes to be directly and causally sensitive to their own inner causation as such, and not merely to their own trajectories of physical states as ordinarily understood. That causal sensitivity is therefore metacausation. Metacausation here is where instances of causation are themselves, directly and in their own right, causes or effects. Metacausation (aka higher-order causation) is rarely discussed at all, and has apparently not previously been linked to consciousness. But the proposal is yet more radical as I merely use "causation" to mean microphysical dynamism. I assume (anti-Humeanly) that the universe's law-governed unfolding is a dynamism irreducible to sheer regular patterning over spacetime of familiar physical quantities (masses, charges, fields, curvatures, etc.). Furthermore, I strongly reify dynamism: spatiotemporally specific instances of it are a ``new'' realm of fundamental physical quantities, themselves dynamically interacting in their own right with other quantities (familiar or new). That dynamic interaction is a new level of dynamism, namely metadynamism, with its own laws explicitly mentioning dynamism instances. As causation is just dynamism, metacausation is metadynamism. The poster summarizes the arguments (revising earlier versions [1,2]) and sketches initial formalization steps for metadynamism. It also indicates how metadynamism might be co-opted to enrich other consciousness theories, notably IIT and Orch-OR.

References:
[1] Barnden, J.A. (2014). Running into consciousness. J. Consciousness Studies, 21 (5-6), pp.33-56.
[2] Barnden, J.A. (2018). Phenomenal consciousness, meta-causation and developments concerning casual powers and time passage. Poster presented at 22nd Conference for the Association for the Scientific
Study of Consciousness, 26-29 June 2018, Krakow.
[3] Gallagher, S. & Zahavi, D. (2015). Phenomenological approaches to self-consciousness. In Edward N. Zalta (Ed.), The Stanford Encyclopedia of Philosophy (Spring 2015 Edition).
[4] Sebastian, M.A. (2012). Experiential awareness: Do you prefer ``it''
to ``me''? Philosophical Topics, 40(2), pp.155-177."

Filmed at the Models of Consciousness conference, University of Oxford, September 2019.
Creative Commons Licence
Creative Commons Attribution-Non-Commercial-Share Alike 2.0 UK (BY-NC-SA): England & Wales; https://creativecommons.org/licenses/by-nc-sa/2.0/uk/

Episode Information

Series
Models of Consciousness
People
John Barnden
Keywords
oxford
computer science
consciousness
neuroscience
mathematics
Department: Department of Computer Science
Date Added: 13/10/2019
Duration: 00:21:18

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Pedro Mediano - Moving beyond integration and differentiation in measures of neural dynamics

Series
Models of Consciousness
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One in a series of talks from the 2019 Models of Consciousness conference.
Pedro Mediano
Department of Computing, Imperial College London

In a seminal series of papers, Tononi, Sporns, and Edelman (TSE) introduced the idea that the neural dynamics underlying conscious states are characterised by a balance of integration and differentiation between system components. This idea remains prevalent in consciousness research today, influencing theoretical and experimental work.

Such work has faced a number of challenges. For example, distinct measures designed to measure such a balance behave very differently in practice,
making it hard to choose which is the "right one", and dynamics of conscious and unconscious brains defy some of the predictions of this framework. We argue that these problems arise, at least in part, from the non-specific nature of the concepts of integration and differentiation.

Here, we present a revised mathematical theory of neural complexity: we introduce a new measure, called O-information, that quantifies the balance between redundancy and synergy within a system, and is more effective than TSE’s original measure at describing phenomena where large-scale correlation and short-scale independence coexist; and develop a formalism to decompose different "modes" of information dynamics, providing an exhaustive taxonomy of redundant and synergistic effects. These developments allow us to place previous measures within a common framework and explain their their similarities and differences.

Filmed at the Models of Consciousness conference, University of Oxford, September 2019.
Creative Commons Licence
Creative Commons Attribution-Non-Commercial-Share Alike 2.0 UK (BY-NC-SA): England & Wales; https://creativecommons.org/licenses/by-nc-sa/2.0/uk/

Episode Information

Series
Models of Consciousness
People
Pedro Mediano
Keywords
oxford
computer science
consciousness
neuroscience
mathematics
Department: Department of Computer Science
Date Added: 13/10/2019
Duration: 00:23:52

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Inês Hipólito - Generative models of the mind: neural connections and cognitive integration

Series
Models of Consciousness
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One in a series of talks from the 2019 Models of Consciousness conference.
Inês Hipólito
University of Wollongong

Building on the modular architecture of mind (Fodor 1983), Modularity Networks is claimed as a theory well equipped to explain neural connectivity and reuse (Stanley et al.; 2019, Zerrili 2019). This paper takes the case of the oculomotor system to show that even if Modularity Network’s tools are useful to describe brain’s functional connectivity, they are limited in explaining why such connections are formed and dynamic. To show this, section 1 starts by laying down the reasons for adopting Modularity Networks as well suited for explaining neural connectivity. Section 2 introduces the oculomotor system as a dynamic integration of action and vision. Section 3 argues that however valuable in describing the functional connectivity of the oculomotor system, Modularity Networks fails to explain why such connections are formed and dynamic (dependent on activity). This failure is made evident by acknowledging a fundamental distinction in the metaphysics of inference. The nature of inference is taken differently in functional connectivity as a description of inference as opposed to effective connectivity as an explanation of inference (Friston 2011). Section 4 introduces Dynamic Causal Modelling (DCM) as a better resource to capture effective connectivity. It allows explaining how and why brain connections, as generative models of cognitive integration, are dependent on the dynamic activity within the environment. This conclusion speaks against modular arguments for encapsulation, innateness and specificity of cognitive organisation.

Filmed at the Models of Consciousness conference, University of Oxford, September 2019.
Creative Commons Licence
Creative Commons Attribution-Non-Commercial-Share Alike 2.0 UK (BY-NC-SA): England & Wales; https://creativecommons.org/licenses/by-nc-sa/2.0/uk/

Episode Information

Series
Models of Consciousness
People
Inês Hipólito
Keywords
oxford
computer science
consciousness
neuroscience
mathematics
Department: Department of Computer Science
Date Added: 13/10/2019
Duration: 00:17:54

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Gustav Bernroider - Neural sense relations and consciousness: a diagrammatic approach

Series
Models of Consciousness
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One in a series of talks from the 2019 Models of Consciousness conference.
Gustav Bernroider
University of Salzburg, Dept. of Biosciences, Austria

Are there knowable criteria for subjective entities such as conscious experience? I think there are, even physical ones. I advocate the view that the basic dualism between subject and object or mind and matter can be figured by an intuitively simple version of an inside out or inversion relation between two opposing physical domains. I propose a particular topology for subject-object relations and argue that we can find a physical realisation in the brain of living organism that provides a conformal transformation between both domains. The transformation combines two physical domains related by inversion or parity symmetry or simply by mirror reflections. This view puts topological aspects behind inversion and the associated hidden symmetries in physics into the foreground.

I introduce the model along three steps: i) evidence and motivation for the role of mirror symmetries from psychobiology based on previous studies (Senso- motory invariance in animal feelings [Bernroider G, Panksepp J. (2011), Neurosci & Biobehav. Rev., 35, 2009-2016.] and mirror-writing in (my grand-) children), ii) an intuitive diagrammatic demonstrating subject-object together with cause and effect relations mapped onto an inversive plane geometry and iii) a more formal outline and extension into the algebraic topology of non- orientable surfaces, the real and complex projective plane.

The concept suggested here offers several testable predictions for the relation of ionic brain function to inversion symmetries realised by the molecular architecture of excitable membranes. For example, this aspect seems to be evidenced by enantio-selective electronic transitions during ion conduction in the brain [Bernroider G. (2017) JIN 16, 105-113]. Going beyond these technical aspects, the present view on modelling subjectivity shifts the role of canonical coordinates together with their static dimensional geometry into the background. It favours ideas behind general covariance. A parity transformation, if purely defined at the level of Cartesian coordinates with changing signs, is discrete, the transient itself only inferential, non-physical, with no known conserved quantity associated with this transformation in the sense of Emmy Noether’s theorem. However, if the same transformation is laid out continuously on the geometry of non-orientable surfaces (e.g. on a Möbius band), the transients gain some physics and offer a conserved quantity. I will discuss this conserved quantity with respect to subjectivity and consciousness.

Filmed at the Models of Consciousness conference, University of Oxford, September 2019.
Creative Commons Licence
Creative Commons Attribution-Non-Commercial-Share Alike 2.0 UK (BY-NC-SA): England & Wales; https://creativecommons.org/licenses/by-nc-sa/2.0/uk/

Episode Information

Series
Models of Consciousness
People
Gustav Bernroider
Keywords
oxford
computer science
consciousness
neuroscience
mathematics
Department: Department of Computer Science
Date Added: 13/10/2019
Duration: 00:22:54

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