Videos
Classical vs quantum traps module's video
Type
Techniques
Developed by
Jan A. Iglesias
Date
Language
EN
Duration
4:23
Area
Atomic-Nuclear
Video of the clavsqua.py module which solves the evolution of a gaussian wave packet on a configurable external trap in one dimension.
Developed in the QuantumlabUB, a project build by undergraduate students in Physics from the University of Barcelona.
The project has been initiated by Daniel Allepuz and Jan Albert Iglesias in Feb 2018 under the supervision of Prof. Muntsa Guilleumas and Bruno Julia Diaz from the department of Quantum Physics and Astrophysics of the University of Barcelona. It is work done under the subject Practicas de Empresa.
Related News & Activities
Simulations of Quantum Mechanics at YOMO 2019
The "Simulations of Quantum Mechanics" workshop will participate in YOMO 2019 from 26th February to 1st March.
By
Several
Time
Workshops & fairs
Open to all
Atomic-Nuclear
Premiere of the Science Section "Secció" by J. I. Latorre on SER Radio, with A. Cervera
Premiere of the science section Amb Q de Quàntic by J. I. Latorre in the program Aquí, amb Josep Cuní from SER Radio. In his first program J.I.
Interview to
Several
Source
Programme
Aquí, amb Josep Cuní
Time
Radio & TV
Atomic-Nuclear
Particle Physics
Projecte
ADMIRA Project: Activities with Medipix Detectors to Research Radiation in the Classroom
The ADMIRA Project (Activities with Medipix Detectors to Investigate Radiation in the classroom) aims to create a network of schools around the use of Timepix Detectors designed at CERN. The objective is to bring the Institutes closer to the research done in Universities and Research Centers. A group of schools that have participated in a selection process will use these devices in their classrooms. Teacher training activities will be open to any institute teacher who is interested (with the aim of expanding the network in future editions).
On this website you can consult the objectives of the ADMIRA project, the ways of participating and the activities offered for teachers and students. You can also find the didactic orientations, skills and key contents that are intended to work.
Projecte
Simulations of Quantum Mechanics
Simulations of Quantum Mechanics starts as a collaborative project involving undergraduate students, professors and researchers. It is based on the development of computer programs, created by students under the supervision of professors, which allow introducing basic concepts of quantum mechanics and the physics of ultracold gases to the students of baccalaureate and degree. The programs carried out aim to be rigorous from the scientific point of view, solving the relevant equations in a precise manner, combined with a graphical interface that allows users to interact with them in a pleasant way.
OBJECTIVES:
Encourage cooperation among seniors of degree
Bring seniors in the research that takes place in our department
Produce a useful tool for the dissemination of science at the high school level
CONTACT:
This is an open project. If you are interested in collaborating, please contact Bruno Julia Diaz, brunojulia@ub.edu