Originally published in 1982, this book provides rich evidence of the relevance of the temporal aspects of behavior. The generalized areas of learning, memory, operant scheduled behavior, task performance, vigilance, mood and motivation and their rhythmic components are explored in varying detail. The particularized measures range from on-the-job errors, through reading efficiency to milliseconds of change in reaction time in the laboratory. The subjects range from ants to older persons. Across this range of settings, subjects, and behaviors, the message is clear: there is an interaction between time and behavior.

This book studies the effects of repetitive musical rhythm on the brain and nervous system, and in doing so integrates diverse fields including ethnomusicology, psychology, neuroscience, anthropology, religious studies, music therapy, and human health. It presents aspects of musical rhythm and biological rhythms, and in particular rhythmic entrainment, in a way that considers cultural context alongside theoretical research and discussions of potential clinical and therapeutic implications. Considering the effects of drumming and other rhythmic music on mental and bodily functioning, the volume hypothesizes that rhythmic music can have a dramatic impact on mental states, sometimes catalyzing profound changes in arousal, mood, and emotional states via the stimulation of changes in physiological functions like the electrical activity in the brain. The experiments presented here make use of electroencephalography (EEG), galvanic skin response (GSR), and subjective measures to gain insight into how these mental states are evoked, what their relationship is to the music and context of the experience, and demonstrate that they are happening in a consistent and reproducible fashion, suggesting clinical applications. This comprehensive volume will appeal to scholars in cognition, ethnomusicology, and music perception who are interested in the therapeutic potential of music.

The book contains a collection of papers dealing with the question of how rhythm shapes language. Until now, there was no comprehensive theory that addressed these findings adequately. By bringing together researchers from many different fields, this book will make a first attempt to fill this gap.

Volume XXI Special Issue, 2023 Part 1: Phenomenological Perspectives on Aesthetics and Art Part 2: Heidegger and Contemporary French Philosophy Aim and Scope: The New Yearbook for Phenomenology and Phenomenological Philosophy provides an annual international forum for phenomenological research in the spirit of Husserl’s groundbreaking work and the extension of this work by such figures as Reinach, Scheler, Stein, Heidegger, Sartre, Levinas, Merleau-Ponty and Gadamer. Contributors: Liliana Albertazzi, Dimitris Apostolopoulos, Gabriele Baratelli, Anna Irene Baka, Irene Breuer, John Brough, Peer Bundgaard, Justin Clemens, Richard Colledge, Bryan Cooke, Françoise Dastur, Ivo De Gennaro, Natalie Depraz, Helena De Preester, Daniele De Santis, Madalina Diaconu, Arto Haapala, Robyn Horner, Erik Kuravsky, Donald Landes, Elisa Magri, Michelle Maiese, Regina-Nino Mion, Brian O’Connor, Costas Pagondiotis, Knox Peden, Constantinos Picolas, Hans Reiner Sepp, Jack Reynolds, Jon Roffe, Claude Romano, Maxine Sheets-Johnstone, Michela Summa, Panos Theodorou, Fotini Vassiliou, and Sanem Yazicioglu. Submissions: Manuscripts, prepared for blind review, should be submitted to the Editors (burt-crowell.hopkins@univ-lille3.fr and daniele.desantis@ff.cuni.cz) electronically via e-mail attachments.

Neuroscience has made considerable progress in figuring out how the brain works. We know much about the molecular-genetic and biochemical underpinnings of sensory and motor functions. Recent neuroimaging work has opened the door to investigating the neural underpinnings of higher-order cognitive functions, such as memory, attention, and even free will. In these types of investigations, researchers apply specific stimuli to induce neural activity in the brain and look for the function in question. However, there may be more to the brain and its neuronal states than the changes in activity we induce by applying particular external stimuli. In Volume 2 of Unlocking the Brain, Georg Northoff addresses consciousness by hypothesizing about the relationship between particular neuronal mechanisms and the various phenomenal features of consciousness. Northoff puts consciousness in the context of the resting state of the brain thereby delivering a new point of view to the debate that permits very interesting insights into the nature of consciousness. Moreover, he describes and discusses detailed findings from different branches of neuroscience including single cell data, animal data, human imaging data, and psychiatric findings. This yields a unique and novel picture of the brain, and will have a major and lasting impact on neuroscientists working in neuroscience, psychiatry, and related fields.

A modified Linear Estimation Approach was performed to reconstruct current sources within the heart. Based on MRI data sets the Boundary Element Method was used to create tailored multicompartment models of the human thorax which were used to solve the forward problem of magnetocardiography. The ability of the proposed method was demonstrated for the localization of a single current dipole as an example of a focal source. By means of introducing small shiftings to all reconstruction dipoles during linear estimation solution as well as performing a successive focussing strategy ignoring places without significant electrical activity the method could easily be extended to the reconstruction of real 3D sources. Based on a special minimum-norm solution the source volume can be estimated applying a finite element approximation using cube elements. The size of an extended current source can be estimated by superimposing the reconstructed dipoles to an equivalent dipole and comparing the corresponding volume with the sphere which would be related to the equivalent dipole. The deviation of these volumes can be taken as a criterion for non-dipolarity of sources.