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Daniel Goleman, best known for his worldwide bestseller “Emotional Intelligence,” is most recently co-author of “Altered Traits: Science Reveals How Meditation Changes Your Mind, Brain and Body.” A meditator since his college days, Goleman has spent two years in India, first as a Harvard Predoctoral Traveling Fellow and then again on a Post-Doctoral Fellowship. Dr. Goleman’s first book, “The Meditative Mind: The Varieties of Meditative Experience,” is written on the basis of that research, offering an overview of various meditation paths. Goleman has moderated several Mind and Life dialogues between the Dalai Lama and scientists, ranging from topics such as “Emotions and Health” to “Environment, Ethics and Interdependence.” Goleman’s 2014 book, “A Force for Good: The Dalai Lama's Vision for Our World,” combines the Dalai Lama’s key teachings, empirical evidence, and true accounts of people putting his lessons into practice, offering readers guidance for making the world a better place. Having worked with leaders, teachers, and groups around the globe, Daniel Goleman has transformed the way the world educates children, relates to family and friends, and conducts business.

Francesco Antinucci has been Research Director of the Cognitive Sciences and Technologies Institute of the Italian National Research Council (CNR). He has developed part of his researches in the United States, at the Department of Psychology of the University of California at Berkley, at the School of Information Studies of the same university, and at the Palo Alto Research Center (PARC) by Xerox. He has worked with new technologies from their earliest stages, developing several multimedia and virtual reality applications.

Vittorio Gallese is professor of Psychobiology at the University of Parma, Italy, and was professor in Experimental Aesthetics at the University of London, UK (2016-2018). He is an expert in neurophysiology, cognitive neuroscience, social neuroscience, and philosophy of mind. Gallese is one of the discoverers of mirror neurons. Gallese has been doing research at the University of Lausanne, Switzerland, at the Nihon University, Tokyo, Japan, at the University of California at Berkeley and at the Berlin School of Mind and Brain of the Humboldt University of Berlin. He has been George Miller visiting professor at the University of California at Berkeley. His research attempts to elucidate the functional organization of brain mechanisms underlying social cognition, including action understanding, empathy, language, mindreading and aesthetic experience.

Over the years, we have undertaken research projects in the field of cultural heritage perception, trying to analyze the response of the human cognitive system when immersed in Virtual Reality, Augmented Reality or other multimedia supports. Our goal has been to study how to improve design exhibition, utilizing these technologies in museums and cultural heritage sites and to study alternative ways to promote human development through deeper contact with art.

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A Virtual itinerary for a real experience is an idea based on the virtual reproduction of the fresco of the Procession of the Magi painted by Benozzo Gozzoli in Palazzo Medici in Florence, in its original dimensions and spatial configuration, which was presented at the Digital Heritage International Congress in Granada in 2015. The installation stems from an approach to Cultural Heritage communication, that sets the visitor at the centre of the design process, as both recipient and agent of cultural transmission. In this vision, cognitive science and the concept of affordance play a crucial role in defining a multimedia set that promotes a primary mechanism of cognition embedded in the human beings, the perceptive-motory method to help visitors approach and understand art through a natural form of integrated aesthetic experience. [ABSTRACT FROM AUTHOR]

Background and Objectives: Around 5% of chronic myeloid leukemias (CML) are characterized by complex variant Philadelphia (Ph) translocations involving one or more chromosomal regions in addition to 9 and 22. The BCR/ABL1 fusion gene is usually found on der(22). The additional gene(s) involved in complex variant Ph rearrangements have not been characterized., Design and Methods: We performed fluorescent in situ hybridization (FISH) in three complex variant Ph translocations involving the short arm of chromosome 6 in addition to 9 and 22. The BCR/ABL1 D-FISH probe was applied to localize the BCR/ABL1 fusion gene as well as the 5'ABL1 and the 3'BCR. Locus-specific probes were used to narrow the 6p breakpoint., Results: In all cases the BCR/ABL1 fusion gene was located on the Ph chromosome whereas the reciprocal ABL1/BCR gene was detected only in patient #2. On 6p, breakpoints were narrowed to three different regions: centromeric to the human major histocompatibility complex (MHC), between PAC 524E15 and PAC162J16, in the first patient, and telomeric to the MHC, between PAC 329A5 and PAC 145H9, and between PAC 136B1 and PAC 206F19, in the second and third patients, respectively. In patients #2 and 3 a chromosomal rearrangement different from a true complex variant was discovered. In both cases, a classical t(9;22) was associated with an additional translocation involving the der(9)t(9;22)., Interpretation and Conclusions: Rearrangements at 6p in complex Ph aberrations involve more than one gene/locus. Classical t(9;22), masked by additional chromosomal rearrangements, can resemble complex variant Ph translocations, and can be detected only using appropriate FISH probes.