... of this article (for both commercial and non-commercial purposes), subject to full attribution to the original publication and authors. The full terms of this licence may be seen at Link to the terms of the CC BY 4.0 licence. nanoscale nanotechnology quantum quantum dots thermodynamics...

...Zhang Shuai In this paper, the size-dependent model of the shape factor λ is established and the melting point T _m(D, λ) of quantum dots with tetrahedral, decahedral, octahedral, cuboctahedral and icosahedral atomic structures is further introduced...

... 25 Connolly   MR , Chiu   KL , Giblin   SP , et al   2013   Gigahertz quantized charge pumping in graphene quantum dots   Nature Nanotechnology   8   6   417   420 Figure 2 Left: schematic diagram of the graphene layer with possible sites...

...Syed Umira R Qadri, MSc, MEd, MPhil; Zubair A Bangi, BEd, MSc, MPhil; Mohammad Tariq Banday, MSc, MPhil, PhD; Ghulam Mohiuddin Bhat, MSc, MTech, PhD Quantum dot cellular automata are a unique technology that helps investigators develop different digital circuits. However, there is a lack of general...

...Tamoghna Purkayastha, MTech; Tanay Chattopadhyay, PhD; Debashis De, PhD In ‘More-than-Moore’ technological trends, designing new devices with quantum dot nanostructure has become an emerging domain of research. Quantum dot cellular automata are one of the major paradigm shifts in the field...

...Jadav Chandra Das, MTech; Debashis De, PhD Quantum dot cellular automata (QCA) are a rising paradigm at the nanotechnology level that seems to be an alternative solution to complementary metal–oxide–semiconductor circuits. QCA have high device density, high switching speed and extremely low power...

...Jadav Chandra Das, MTech; Bikash Debnath, MTech; Debashis De, MTech, PhD In reversible computing, quantum dot cellular automata (QCA) have been established as an emerging research domain for designing cost-effective nanocircuits. In secure nanocommunication, at the cryptographic hardware level, QCA...

...Bikash Debnath, MTech; Jadav Chandra Das, MTech; Debashis De, PhD Quantum-dot cellular automata (QCA) are an optimistic alternative to complementary metal–oxide–semiconductor technology (CMOS). QCA provide not only a dominant platform but also a well-organised computing platform for image...

...Jadav Chandra Das, MTech; Tamoghna Purkayastha, MTech; Debashis De, PhD In reversible nanocomputing, an emerging area of research is quantum dot cellular automata (QCA)-based design of cost-effective reversible nanocircuits. In a digital nanocommunication system, the router is the heart of data...

...Jadav Chandra Das, MTech; Debashis De, PhD Quantum dot-cellular automata (QCA) achieved their fame in designing low-power nanodevices for logic computation. Shannon’s expansion theorem helps to achieve a design for digital logic circuits that has three or more levels of logic with minimum...

...Tamoghna Purkayastha, MTech, JRF; Debashis De, PhD; Kunal Das, PhD; Sayantan Ghatak, MTech Nanomaterial-based ultra-low-energy device design is one of the prime research areas in nanoscale computation. In ‘more-than-Moore’ technological trends, new device designs with quantum dot nanostructure have...

...N. Srinatha, MSc; B. Angadi, PhD; K. G. M. Nair, PhD; D. I. Son, PhD; W. K. Choi, PhD Thin films of zinc oxide–carbon 60 (ZnO–C₆₀) core–shell quantum dots (QDs) prepared by a simple chemical method were deposited on to a cleaned glass substrate using the spin-coating method...