Most Physics PhD programs cover all aspects of the subject from Condensed Matter, Atomic and Biological Physics on-campus while Astronomy, Particle Physics and Nuclear Physics are often located on large, shared international facilities due to the expensive equipment required for such research.
SISSA has just launched a new program for faster access to a Ph.D. in condensed matter physics. The best students will be able to attend lectures at SISSA while still att
SISSA welcomes applications for up to 6 positions for a new Fast Track Ph.D. in Condensed Matter Physics starting in October 2016
SISSA has just launched a new program for faster access to a Ph.D. in condensed matter physics. The best students will be able to attend lectures at SISSA while still attending their last year of the Master course in Physics at the University of Trieste.
The Ph.D. course in “Theory and numerical simulation of condensed matter” is a rich and complete post-graduate program of up to 4 years of training and research covering the various aspects of the field. The fast-track program allows students to start their research careers one year earlier, studying and working in a vibrant international environment. Students at SISSA have ongoing close interaction with their supervisors as well as with several scientists and specialists in their field of study....
The Ph.D. program in Geometry and Mathematical Physics focuses on the study of analytic and geometric aspects of physical phenomena that are of fundamental interest in bo
Purpose of the Ph.D. Course
The Ph.D. program in Geometry and Mathematical Physics focuses on the study of analytic and geometric aspects of physical phenomena that are of fundamental interest in both pure and applied sciences and covers a wide spectrum of topics in modern algebraic and differential geometry and their applications.
Integrable systems in relation to differential, algebraic and symplectic geometry, as well as with the theory of random matrices, special functions and nonlinear waves, Frobenius manifolds
Deformation theory and virtual classes moduli spaces of sheaves and of curves, in relation to supersymmetric gauge theories, strings, Gromov-Witten invariants, orbifolds and automorphisms
Quantum groups, noncommutative Riemannian and spin geometry, applications to models in mathematical physics
Mathematical methods of quantum mechanics
Mathematical aspects of Quantum Field Theory and String Theory
Symplectic geometry, sub-Riemannian geometry
Geometry of quantum fields and strings
Seminar on Hodge theory
The PhD curriculum in Theory and Simulation of Condensed Matter is suited to highly motivated students interested in learning how the microscopic constituents of matters
The PhD curriculum in Theory and Simulation of Condensed Matter is suited to highly motivated students interested in learning how the microscopic constituents of matters self- assemble to bring about the whole complexity of the states of matter, from molecules to complex solids, and in learning how to model fascinating macroscopic phenomena, from friction to superconductivity and superfluidity, emerging from the collective behaviour of those microscopic agents.
During the first year of their PhD course, students acquire the most advanced tools for modelling and studying states of matter, from ab-initio simulation of real materials and molecules to quantum simulation of lattice models, from the classical statistical theory of many-body systems to its quantum counterpart, and acquaint themselves with the broad research activity carried out at SISSA through more focused and topical courses. This preliminary stage provides students with a common background and all the information they need to decide on the research topic they intend to pursue in their PhD thesis....
The Ph.D. in Theoretical Particle Physics has always been part of the postgraduate programmes on offer at SISSA. More than a hundred students have obtained a Ph.D. qualif
The Ph.D. in Theoretical Particle Physics has always been part of the postgraduate programmes on offer at SISSA. More than a hundred students have obtained a Ph.D. qualification in Theoretical Particle Physics since SISSA started offering the course.
Every year, five students are selected to attend this 3-year programme (plus an extra year, if needed) of study and research. During the first year, students attend about 450 hours of postgraduate courses covering a wide spectrum of topics, ranging from phenomenology to the more formal aspects of theoretical particle physics. Each student has to select a subset of them and pass the relevant exams within the first year.
The main research lines are Physics at the LHC, Physics Beyond the Standard Model, Neutrino Physics, String Theory, the AdS/CFT correspondence and alternative Quantum Theories of Gravity. Students benefit from the rich environment of scientific institutions of the Trieste area, such as the International Center for Theoretical Physics (ICTP), the Physics Department of the University of Trieste and the Istituto Nazionale di Fisica Nucleare (INFN)....
Statistical Physics, together with Quantum Mechanics, is the pillar of our understanding of many physical phenomena, from the simplest to the most sophisticated. The fiel
Statistical Physics, together with Quantum Mechanics, is the pillar of our understanding of many physical phenomena, from the simplest to the most sophisticated. The field has recently witnessed a significant and impressive outpouring of experimental and theoretical results, which have created an ideal physicist’s playground.
Statistical Physics addresses, for instance, crucial questions about the nature of phase transitions and predicts the possibility to forge new states of matter, such as Bose-Einstein condensation in ultra-cold gases. At the same time, it provides a vital source of fresh ideas and inspiration for those who work in more theoretical directions. Its attraction lies in its ability to produce an array of sophisticated analytical and conceptual tools with far-reaching applications. The remarkable blend of mathematical and physical ideas is at the root of the outstanding scientific elegance and extraordinary efficiency characterizing this scientific area....
Understanding the working principles of living organisms and soft matter systems from the basic equations ruling the dynamics of atoms and molecules was considered scienc
Understanding the working principles of living organisms and soft matter systems from the basic equations ruling the dynamics of atoms and molecules was considered science fiction until a few years ago, and biophysics was almost unanimously considered a battlefield for phenomenologists. Nowadays, applying rigorous physics to biological processes is no longer a dream. What’s more, it is becoming clear that the next few decades will be the golden age for the “theory of life”, which is expected to undergo the same accelerating growth experienced by other physics disciplines in the past century.
Young scientists attracted by the opportunity to develop and apply concepts, models and methods to explore the still uncharted territory of quantitative biology can take up this challenge in our Ph.D. programme in Physics and Chemistry of Biological Systems....
Astroparticle Physics represents one of the preeminent interests of SISSA and has been singled out as one of the areas that SISSA will further strengthen in the near futu
Astroparticle Physics represents one of the preeminent interests of SISSA and has been singled out as one of the areas that SISSA will further strengthen in the near future. It is a young and interdisciplinary field, at the frontier among Astrophysics, Cosmology, and Particle Physics, addressing some of the most pressing and fundamental questions in Science today, such as understanding the nature of gravity, explaining the origin and evolution of the Universe and identifying the nature of its constituents, including dark matter and dark energy.
In recent years the field has witnessed a rapid growth, also in connection to the wealth of new data and the rich experimental programmes in progress. The focus at SISSA is to connect the new insights offered by these exciting phenomenological developments to the forefront of the theoretical research in the field....
The main aim of the curriculum in Astroparticle Physics is to provide the entrance points and the scientific and cultural tools to participate successfully to the researc
The main aim of the curriculum in Astroparticle Physics is to provide the entrance points and the scientific and cultural tools to participate successfully to the researches in particle physics, nuclear physics, and astrophysics, high energy astrophysics, gravitation, and cosmology. A special attention will be given to experimental and phenomenological aspects. Moreover, the PhD student in Astroparticle Physics at GSSI will have a special opportunity to follow and participate to the research conducted at the Gran Sasso National Laboratories (LNGS), with its wide community of scientists from all over the world.
The Astroparticle Physics curriculum consists of 4 years of study and research. The first year a wide choice of courses will cover a large spectrum of topics and the year will be concluded by a final exam. Students will work on a research project under the supervision of one or more teachers and scientists of the GSSI, of the INFN Gran Sasso National Laboratory and/or of the professors of the University of L'Aquila. Interdisciplinary approaches to the studies and research, exchanges of ideas and innovations are strongly encouraged....
The GGNB doctoral program / International Max Planck Research School "Physics of Biological and Complex Systems" is a member of the Göttingen Graduate School for Neurosci
Ph.D. in Physics of Biological and Complex Systems
The GGNB doctoral program / International Max Planck Research School "Physics of Biological and Complex Systems" is a member of the Göttingen Graduate School for Neurosciences and Molecular Biosciences (GGNB). It is conducted jointly by the University of Göttingen, the Max Planck Institute for Biophysical Chemistry, and the Max Planck Institute for Dynamics and Self-Organization.The research-oriented program is taught in English and open to students who hold a Master's degree (or equivalent) in the physics, biophysics, chemistry, life sciences, medicine, or related fields.Building upon the increasingly strong links between physics, chemistry and the life sciences, the program aims at advancing the quantitative and molecular understanding of life processes while at the same time exploring new frontiers of physics. Research topics include biomolecular structure and dynamics, biological membranes, motor proteins and pattern formation in systems of interacting cells, neuronal information processing, and hydrodynamics and pattern formation of complex fluids.The program offers cutting-edge advanced microscopy courses and teaches the basics of new cutting-edge techniques essential for studying life processes in combination with quantitative physical approaches and synthetic strategies. An important aim is to overcome traditional barriers between disciplines and expose graduate students to physics, chemistry, and biology for a deeper understanding of all areas preparing students for increasingly interdisciplinary life sciences....
This Ph.D. Course aims at the advanced training of students in the field of the Earth System Science, through a multidisciplinary approach, where specific skills integrat
This Ph.D. Course aims at the advanced training of students in the field of the Earth System Science, through a multidisciplinary approach, where specific skills integrate with modeling and computational tools that allow to effectively tackle complex problems. Special attention is devoted to the interactions between Mathematics, Scientific Computing, Data Science, Fluid Dynamics, and Earth Sciences.
This course promotes the preparation of students through the investigation of the scientific themes developed by the research groups belonging to the departments and the research institutions directly involved in the program, as well as through international collaborations with qualified foreign structures that provide students with the opportunity to attend training programs abroad....
The most important outcome of their Ph.D. will be the ability to perform independent and innovative research, developing a critical thinking, the capability of working in
Graduates will possess competency in basic principles of physics.
Graduates will possess an advanced and deep knowledge of their own research area of specialization.
Graduates will be highly skilled in using advanced scientific experimental/observational/computational/theoretical methods and/or tools appropriate to their area of specialization.
The most important outcome of their Ph.D. will be the ability to perform independent and innovative research, developing a critical thinking, the capability of working in an advanced and international research environment.
They will be able to carry out an original scientific work at the leading edge of their field, producing a written dissertation....