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Dive into the research topics where Richard H. Squire is active.

Publication


Featured researches published by Richard H. Squire.


Process Safety Progress | 2014

Cyber‐physical systems opportunities in the chemical industry: A security and emergency management example

Richard H. Squire; Houbing Song

The manuscript defines and discusses the products of a successful cyber‐physical system in the chemical industry using two examples. The first is the ability to make the correct decision quickly regarding an unforecasted large sale of a product. The second is the automatic availability of critically needed information, accessible anywhere in the world which provides endless possibilities for the chemical industry. Concerns and some resolutions are also discussed.


Molecular Physics | 2015

Can Cooper pairs in benzene lead to Efimov states

Richard H. Squire; N. H. March; Angel Rubio

Cooper pairs have been experimentally verified in benzene at 38.3 eV. We have proposed previously that the six most loosely bound electrons in benzene form three equivalent Cooper pairs. We further propose in this manuscript that these three weakly interacting bosons (Cooper pairs) should form an infinite number of Efimov states (possibly Booromean rings) which is what a photon of high energy will then encounter.


International Journal of Quantum Chemistry | 2014

Are there really cooper pairs and persistent currents in aromatic molecules

Richard H. Squire; N. H. March; Angel Rubio


International Journal of Quantum Chemistry | 2005

Quantum phase transitions and superconductivity: Proposal for the phase diagram of alkali-doped fullerides and by universality HTSC including Wigner solids

Richard H. Squire; N. H. March


International Journal of Quantum Chemistry | 2007

Aspects of BCS to BEC "crossover" as illustrated by fulleride superconductivity

Richard H. Squire; N. H. March


International Journal of Quantum Chemistry | 2008

Preformed pair induced quantum phase transition in fulleride superconductivity

Richard H. Squire; N. H. March


International Journal of Quantum Chemistry | 2006

Changing an insulating state with Wigner‐like correlations into a superconductor with applications to doped fullerides

Richard H. Squire; N. H. March


International Journal of Quantum Chemistry | 2009

HTSC cuprate phase diagram using a modified Boson–Fermion–Gossamer model describing competing orders, a quantum critical point and possible resonance complex

Richard H. Squire; N. H. March; Michael L. Booth


International Journal of Quantum Chemistry | 2010

Microscopic model of cuprate superconductivity

Richard H. Squire; N. H. March


International Journal of Quantum Chemistry | 2005

Can the Fulleride superconducting model (FSM) be extended

Richard H. Squire

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Michael L. Booth

West Virginia University Institute of Technology

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N.H. March

Donostia International Physics Center

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