CORDIS Project
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This project focuses on creating a new sample-holder insert to study quantum gas conductance in helium atoms at low temperatures. By utilizing graphene nanochannels, it aims to explore quantum effects on gas flow, enhancing our understanding of transport properties and potential applications in various technologies.
We propose to design a new insert with a sample-holder and investigate quantum aspects of flow (gas) conductance as a function of temperature (T) down to 4K by exploiting de Broglie wavelength for neutral helium (He) atoms through an atomically-flat rectangular graphene nanochannel in a molecular flow regime.
By confining the vertical length of the transport channel and tuning the associated de Broglie wavelength (with T), the realization of the quantum limited conductance for He gas flow, simil…
THE UNIVERSITY OF MANCHESTER
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