The non-linear optics laboratory work towards development and applications of novel organic and inorganic materials for optical telecommunication, optical information processing and optical data... read more
This laboratory is designed for the Physics undergraduate students and researchers who have new ideas and wish to pursue them further. This lab facilitates to design, develop and test those new... read more
In this laboratory, various materials that have been prepared by different synthetic routes are characterized for use in making devices. Mainly nanostructured materials are considered for... read more
Do the top surface layer of any solid material and the underneath layers behave in similar way? The subject become more challenging when one solid surface is grown on top of other and form... read more
Understanding the structure of any material is highly important for any kind of device application. This is especially crucial at the interfaces of heterostructures, which become further... read more
Quantum optics laboratory aims to conduct research on the quantum Physics of nano-optical devices to understand fundamental physics. Such devices have innovative applications in the area of bio-... read more
In this laboratory, physics meets chemistry meets biology. In one hand, we explore soft materials to understand their physical behavior, which is governed by the underlying mesophasic structures.... read more
The Computational Physics Teaching Laboratory (CPTL) is an advanced physics computer lab intended for Physics undergraduate as well as graduate level students. The CPTL is equipped with several... read more
Computational Physics Research Laboratory (CPRL) is being used by students working in the area of computational and theoretical physics. In addition to Magus, SNU's 64-node (1008 cores) IBM HPC... read more
Electronics teaching laboratory provides a hands-on experience in electronics to Physics undergraduate students. In this laboratory,... read more
Advanced Physics Laboratory provides the second and third-year undergraduate students a platform to learn some of the basic laws of physics by doing experiments. Here we cover experiments based on... read more
The General Physics Laboratory offer students, experiential learning by doing experiments on ideas that are taught in the First year of introductory courses in Physics. The experiments are mainly... read more
This laboratory is equipped with chemical hoods in which researcher synthesize new materials in various sizes and shapes by chemical and hydrothermal routes. It is equipped with necessary... read more
When research samples are synthesized by physical or chemical methods, they generally contain various kinds of internal as well as surface defects. These intrinsic defects influence the... read more
Materials are required to process at high temperatures in different gaseous environments in order to change their physical and chemical properties. Also, the thermal processes help in removing... read more
A cleanroom is a controlled contamination (e.g. dust, aerosol particles, chemical vapors, airborne microbes, etc.) free environment used in scientific research for making electronic chips, devices... read more
Being an extremely corrosive, hydrofluoric (HF) acid requires special attention in semiconductor industries as it is commonly used for cleaning Si surfaces via dissolving natural oxide layer in a... read more
How do electrons behave in semiconductor materials? What are the physical mechanisms governing electricity-to-light OR light-to-electricity conversion in semiconductor-based devices? Our research... read more
In this laboratory, varieties of nanostructured materials (such as carbon nanotubes, graphene, metal oxide nanoparticles) using chemical vapor deposition, chemical exfoliation, and physical vapor... read more
Dielectrics are the attractive class of materials which find enormous applications in our daily life. Starting from the electric circuit breaker to more advanced technological applications such as... read more
Nanotechnology deals with the precise control and manipulation of atoms and molecules to create novel materials and device structures with unique properties. The emerging new device concepts and... read more
XRD laboratory X-ray machine is essential to characterize the structure of materials, primarily the crystalline structure. In the x-ray diffraction laboratory, both thin film and powder samples... read more
The structure of a material at micron scale is related to optical, electrical, mechanical, chemical and thermal properties. Optical microscopy, an important investigative technique, is used to... read more
The Low-temperature laboratory consists of a closed cycle cryocooler (with an electromagnet) from Advanced Research Systems, Inc. The closed cycle cryocooler is a precision machine carefully... read more
SHIMAZU’s spectrophotometer (UV-Vis 3700) can be used to measure the optical properties (such as absorption and transmission coefficients) of thin films, powder samples, and liquids. This... read more
The surface profilometer from Bruker is used for determining a thickness of the deposited thin films and also for determining layer uniformity. It can be used for measuring the surface topography... read more
Scanning Probe Microscopy (SPM) is a powerful tool for imaging a specimen surface by scanning with a physical probe. It operates in two basic ways: (i) contact and (ii) non-contact of the probe... read more
