Condensed Matter Physics Experiments

This low-temperature physics experiment platform is designed to support a wide range of advanced condensed matter and material science experiments. The versatile cryogenic system enables students and researchers to investigate the electrical, magnetic, thermal, and superconducting properties of materials under controlled low-temperature conditions. The platform features a spacious cryogenic chamber with integrated wiring, heaters, temperature sensors, and support electronics, providing an ideal environment for advanced physics laboratory experiments. Manufactured by Atico Export India.

• Electrical Transport Measurements, Including Resistivity and Hall Effect Studies in Metals and Semiconductors.
• Magnetic Susceptibility Measurements Using the AC Susceptibility Technique.
• Specific Heat Measurement of Solid Materials Using the Vacuum Heat-Pulse Method.
• Superconductivity Experiments Using Electrical Resistivity, Magnetic Susceptibility, and Persistent Current Measurements.
• Adiabatic Demagnetization Experiments for Demonstrating Magnetic Cooling.

• Versatile cryogenic platform for multiple low-temperature physics experiments.
• Suitable for studies in condensed matter physics and material characterization.
• Supports user-prepared as well as standard material samples.
• Integrated electrical feed-throughs, wiring, heaters, and temperature sensors.
• Spacious cryogenic chamber for flexible experimental configurations.
• Compatible with modular electronic instrumentation for precision measurements.
• Oil-free vacuum system with diaphragm and turbomolecular pumps for clean and efficient operation.
• Quick vacuum generation without the need for cooling water.
• Complete vacuum system supplied with appropriate gauges and fittings.
• Designed for advanced undergraduate, postgraduate, and research laboratory applications.