A global leader in computational neuroscience, the Center boasts one of the widest, most diverse academic programs in the field. Our five-year Ph.D. program provides the most promising graduate students with the theoretical and experimental tools required to achieve true interdisciplinary research capabilities. This wide, solid base will allow you to understand how the nervous system efficiently performs a wide variety of functions, including perception and action, learning and memory, thought, and creativity.

The structure of the PhD in Clinical Neurosciences of the Medical Faculty is similar to those of most European and American universities. The doctoral (PhD) degree, as the highest qualification attainable at university, is confer- red by the University of Pécs on those who have given evidence of having acquired sufficient practical skills and theoretical knowledge to conduct scientific research independently.

The MBHT PhD program offers advanced, interdisciplinary research training on the nature and evolution of human thought, mind, and behavior. By integrating neuroscience, psychology, philosophy of science, and the history of philosophy, the program aims to provide a comprehensive understanding of the human mind in its cognitive, affective, social, and cultural dimensions. MBHT embraces two complementary perspectives. On one hand, it promotes the study of human neurophysiology and psychology, exploring the mechanisms underlying mental functions and behaviors. On the other, it examines the historical and epistemological foundations of scientific knowledge and human thought, tracing their historical development from an intercultural perspective. MBHT trains researchers to conduct innovative analyses of human thought, behavior, and the brain, addressing both their biological and cultural foundations through advanced interdisciplinary methodologies. Graduates will be prepared to tackle complex scientific and societal challenges, contributing to advancements in fields such as mental health, intercultural understanding, and the ethics of technology. The program aims to shape a new generation of scholars who combine scientific rigor with a historical-philosophical perspective, fostering a non-reductionist approach to the complexity of the human mind.

Longevity Studies enables a better understanding of the interfaces and challenges of prolongation of human life (longevity). It fosters further understanding and finding of appropriate answers and solutions of theoretical, applied, and ethical contexts of longevity. It reflects not only current demographic changes of population (such as gerontology), but also reflects the fact that nowadays people with severe disabilities, chronic illnesses and impairment live longer than ever before, and also that some other specific groups of our population have needs related to longevity. Longevity Studies offers an integrated study on the boarder of humanities, social, biomedical, and other mainly applied sciences. The course responds to needs of specialist analyses and solutions to problems related to longevity and demographic changes in society and in various fields of human life and activity. The PhD Longevity studies produces highly skilled and knowledgeable specialists in research, expertise, and transference of knowledge into practice. On the scientific level they are able to tackle problems related to the longevity of human life. They are aware, and able to use relevant scientific methods, to coordinate interdisciplinary teams. And furthermore, able to publish both scientific publications and materials for decision making at all levels and problems related to longevity.

The PhD in Neuroleadership and Business Administration at ALSS is a neuroleadership graduate program of study designed to develop skills for effective neuroleadership in business organizations in a rapidly changing, business domain. Designed in full accordance with the needs of the targeted learners, this program provides individuals currently in or seeking neuroleadership positions with the conceptual and analytical skills necessary for successful neuroleadership.

The Human Mind and Its Explanations: Language, Brain and Reasoning doctoral programme offers a theoretical-analytical and technical-methodological preparation rooted in an excellent tradition of international research on empirical sociology. It aims to train researchers in the analysis of current processes of cultural and social change based on the close integration of theory and empirical research. The programme aims to provide a solid theoretical-conceptual preparation along with mastery of the most up-to-date research methodologies and techniques, both quantitative and qualitative.

A PhD student must:

The Ph.D. in Cognitive Neuroscience at SISSA aims at providing students with the fundamental knowledge and skills for conducting cutting-edge research in the field, covering topics as diverse as perception, language, memory, action, and social behavior.

CIIS’ Philosophy, Cosmology, and Consciousness Ph.D. program is dedicated to reimagining the human species as a mutually enhancing member of the Earth community. The heart of the program is its focus on knowledge that is transformative—of ourselves and of our civilization. Our program attracts intellectually engaged individuals who are to varying degrees dismayed by what they see happening in modern societies and who are striving to find meaningful ways to develop their gifts to serve the future of the world. Our students pursue a unique interdisciplinary curriculum which prepares them for professional careers in academia, writing and research, consulting, counseling and coaching, and entrepreneurship. Our faculty have established international reputations and a wide range of research interests in fields such as: evolutionary and archetypal cosmology, philosophy, religious studies, Jungian and transpersonal psychology, ecology, and the evolution of consciousness.

The National PhD program in "Theoretical and Applied Neuroscience" aims to provide doctoral students with the scientific methodologies necessary for the integrated study of neuroscience in areas ranging from molecular and cellular neurobiology, to computational neuroscience, cognitive, preclinical, clinical, diagnostic, rehabilitative neurorobotics up to the investigation of the mind-body-brain relationship.

Focus on the study of the brain and addresses the challenge of developing an integrative understanding of cognition and higher brain function. In response to this challenge, the rapidly developing field of neuroscience has produced an exponential increase in the amount of data available to investigators as they develop new theories of brain function and new hypotheses to test. The main objective of the program is to prepare students to participate at the cutting edge of this exciting field in academia, industry, and government. The program provides students with a rich interdisciplinary intellectual environment that fosters the development of the skills they will need to successfully pursue research careers.

Cooperation with excellent neurobiologists, molecular biologists, and biochemists. Scholarships for all doctoral students. Trips to conferences abroad. Emphasis on ambitious experiments, with lectures limited as much as possible. In short, this is how the path to the Ph.D. title at the Nencki Institute of Experimental Biology at the Polish Academy of Sciences looks like.

The Ph.D. program in cognition and neuroscience offers advanced study and research training for students seeking to become leading scientists and scholars in the field. Research in cognition and neuroscience encompasses all aspects of cognition, including studies of perception, memory, reasoning, decision-making, neuroplasticity, and neuro-engineering.

The International Max Planck Research School (IMPRS) for Neural Circuits was established in 2011 and offers around ten fully-funded doctoral fellowships every year for talented students holding a relevant Master´s or Bachelor´s degree as their highest degree. The program is taught in English.

The study of Neuroscience is viewed by many as the ultimate frontier of science. It comprises a diverse set of approaches, from the study of genes to the study of neurons, synapses, circuits, behavior, and cognition. Neuroscience in the Weizmann Institute embraces research in all of these aspects.