Garrod, Richard

A beautiful month on Lake Qntario in a very friendly atmosphere. John Coleman, Bob Erdahl, Claude Garrod, Richard Hall, Hans Kummer, J. Lindenberg, R. McWeeny, Yngve Qhrn, David Peat, Mitja Rosina, Mary-Beth Ruskai, Darwin Smith, George Warsket, Antonio Ciampi, Ernest Davidson, and others discussed A-representability, the interpretation of RDMs, and other unsolved problems. 

Others (e.g., Fukashi Sasaki s upper bound on eigenvalues of 2-RDM [2]). Claude Garrod and Jerome Percus [3] formally wrote the necessary and sufficient A -representability conditions. Hans Kummer [4] provided a generalization to infinite spaces and a nice review. Independently, there were some clever practical attempts to reduce the three-body and four-body problems to a reduced two-body problem without realizing that they were actually touching the variational 2-RDM method Fritz Bopp [5] was very successful for three-electron atoms and Richard Hall and H. Post [6] for three-nucleon nuclei (if assuming a fully attractive nucleon-nucleon potential). 

HgJPb (liq.). The values for these amalgams, with n=100, 260, and 1000, are from Richards and Garrod-Thomas1 and Tammann and Ohler.1... 

HgmCdn (c), HgTOCd (liq.). The values for the liquid and solid cadmium amalgams are from Richards and Garrod-Thomas,1 Biji,1 Richards and Forbes,1 Cohen,5 Carhart,1 Richards and Lewis,1,2 Richards, Frevert, and Teeter,1 Hulett,1 Tammann and Ohler,1 Richards and Wilson,1 Getman,1 and Hildebrand, Foster, and Beebe.1... 

Tourism Marketing A Collaborative Approach Alan Fyall and Brian Garrod Music and Tourism On the Road Again Chris Gibson and John Connell Tourism Development Issues for a Vulnerable Industry Julio Aramberri and Richard Butler (eds)... 

Richards, T. W., Williams, J. H. and Garrod-Thomas, R. N. (1909) Electrochemical Investigation of Liquid Amalgams of Thallium, Indium, Tin, Zinc, Cadmium, Lead, Copper and Lithium. Carnegie Institution of Washington, Washington, DC. 

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