Science

Alexander Esih Muvrin proposes the conceptual unification and reconciliation of the theory of relativity with quantum theory of gravity and the mathematical concept of continuum with the concept of spacetime.

Part of the Solar Physics and Space Plasma Research Centre at the University of Sheffield. Provides information on the research into solar and space plasma wave physics, the people involved and their publications.

A self-learning course of the Vienna Ab-initio Simulation Package with slides of the talks and the exercises of the sessions.

The materials for the book. Including, Errors Found, Fortran and C codes.

Lectures online on computer science, mathematics, physics.

A journal devoted to the science and technology of synthetic microstructures, microdevices, surfaces and interfaces.

Paper by Zoltán Erdélyi on the diffusional movement of atoms through interfaces and the resulting interface shift. Includes his CV, details of publications and research interests.

Theoretical physics research on strong correlation and quantum effects in condensed matter systems, including magnetism, superconductivity, nanoelectronics in specific structures and general conceptual problems in the field.

Nobel laureate (2001). Research on ultra cold atoms. Contains Ketterle's biography, list of publications, interviews and photos.

Condensed matter physicist and materials scientist, specialist in synchrotron X-ray and neutron diffraction

Provides information about research, publications and teaching. At the Institute of Theoretical Physics, Ulm University.

Researcher in CNRS (Grenoble). Theory and numerical simulation of electronic properties.

Professor at Northwestern University working on theoretical condensed matter physics, including strongly correlated systems, quantum information processing with solid-state devices and theory of quantum transport.

Information about Bose-Einstein Condensation. Includes educational material on BEC and information on current research and publications.

One of Russia's largest institutions for research in physics and technology with a wide variety of operating projects.

led by Joseph N Grima.

Research on nanotechnology and self-assembling techniques for novel materials and devices based on atomic monolayers, quantum wires and quantum dots.

The Rencontres will bring together about 120 active experimentalists and theorists to review the status and the future prospects in elementary particle physics.

Provides information on the 10th Corfu Summer School on Elementary Particle Physics and Gravity, to be held in Corfu, Greece, 29 Aug to 19 Sep 2010.

The biennial International Conferences on Photoacoustic and Photothermal Phenomena (ICPPP) is concerned with the science, applications and technologies of acoustic, thermal, and general diffusion-wave fields.

Information about the activities of its groups, conference information, index and introduction to its newsletter, and related links.

A site introducing the properties of crystals with a cubic unit cell.

Information on method research; PDF files of invited lectures and publications; Free downloads of structure-solving software.

The department is focussed on crystallography with main research lines in protein and chemical crystallography. Personnel, publications, distributed software, map and other information of the campus.

The software package for single crystal X-ray structure refinement and analysis consists of CRYSTALS, Cameron and specially recompiled versions of SIR92 and SHELXS.

A program designed for the solution of crystal structures from powder diffraction data. Its concept implies a combined global optimization of the difference between the calculated and measured diffraction pattern and of the potential energy of the system.

A program for converting between different X-ray powder diffraction file formats. Windows platform.

Software packages designed to match and analyse powder diffraction patterns utilising their full profiles; dSNAP is a new software package to help users automatically classify and visualise the results of database searches using the CSD.

Display molecules and molecular surfaces, optionally representing a field (for example electrostatic) as local colors. Silicon Graphics (IRIX) platform.

Schedule, membership details, events, and officers.

Promotes the use of music in science education.

Various principles and devices, including dynamics, mechanisms, vibration and sound, mechatronics and measurement systems, pool and billiards, and solid mechanics.

Shows the relation between wavelength, emitted power, and peak wavelength for a blackbody (Planck's function).

Offers a series of science lesson plans providing original lessons for 8th grade students. Includes free downloads and interactive lessons that can be purchased online.

A 3D interactive computer graphics system that instructors can use to help teach optics, and that students can use to simulate and visualize optical phenomena to help them learn about optics.

How optical fibers work, and information on reflection, refraction, Snell's Law, total internal reflection and critical angles.

A lesson outline on the topic of fluids. Looks at topics such as viscosity, buoyancy, density, volume and how hydraulics and pneumatics plays an important role.

For students, educators, visitors.

A simulation for Mac and Windows 95/98/NT that allows even beginning students to experience what real particle physics experiments are like. Demo versions available for download.

A report on one of the potentially most important discoveries of the new millennium, along with a summary of the standard model of particle physics.

A chronological record of the nuclear age: links to people, documents and educational units. Explore political and ethical dilemmas of the Nuclear Age.

PER at University of Massachusetts, Amherst. Provides perspectives on pedagogy, educational research results, applications to teaching, and curriculum materials.

A set of online course notes for introductory physics. Includes electromagnetic fields, relativity, and quantum mechanics.

Help with the fundamentals of physics, from basic through university level. Illustrated using Flash demonstrations and experiments.

The Maxwell equations are derived from an antisymmetric space-time metric.

The description, design and construction of a handheld coil gun rifle that is capable of launching a 0.30 caliber metallic projectile at adjustable velocities.

The site provides an applet which calculates the coherent magnetization reversal of an uniformly magnetized particle, also referred to as the Stoner-Wohlfarth model of magnetization reversal.

Information on diamagnetic levitation from the High Field Magnet Laboratory at Radboud Universiteit Nijmegen.

Offers a suite of commercial electromagnetic analysis simulation software.

A producer of software for automotive electromagnetic compatibility (EMC) computations, electromagnetic interference (EMI), cable harness CAD/CAE and antenna design.