149,699 research outputs found
Heritage Society (Houston)
No full textTranscript of Letter from R. L. Mills to William M. Rice & Co. discussing lands proposed to be given in exchange for a removal of William M. Rice's current claims of lands on an estate
Heritage Society (Houston)
No full textTranscript of Letter from R. L. Mills to Mr. Groesbeck & Mr. Rice discussing the claim against David R. Mitchell and a possible settlement proposed by a third party with an even stronger claim
Oral history interview with David L. Mills by Andrew L. Russell
No full textTranscript, 61 pp. Original audio unavailable.Internet pioneer David L. Mills discusses his career working with computers at the intersections of academia, government, and private industry. Mills earned his Ph.D. in Computer and Communication Sciences at the University of Michigan in 1971, and then worked at the University of Maryland (1972-77), COMSAT Corporation (1977-82), and Linkabit Corporation (1982-1986) before joining the faculty of the University of Delaware in 1986. Dr. Mills invented the Network Time Protocol, chaired the Internet Architecture Task Force, and made many other significant contributions to the development of packet-switched networks and the Internet. Major topics and themes of the interview include: the evolution of the Internet standards process, the social and cultural aspects of the ARPANET and Internet research communities, international collaborations and tensions within computer networking communities in the 1970s and 1980s, the Government Open Systems Interconnection Profile (GOSIP), and his interactions with colleagues including Vinton Cerf, David D. Clark, Jon Postel, Peter Kirstein, and David Farber.Mills, David L.. (2004). Oral history interview with David L. Mills by Andrew L. Russell. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/113899
Heritage Society (Houston)
No full textLetter from R. L. Mills to Mr. Groesbeck & Mr. Rice discussing the claim against David R. Mitchell and a possible settlement proposed by a third party with an even stronger claim
Heritage Society (Houston)
No full textLetter from R. L. Mills to William M. Rice & Co. discussing lands proposed to be given in exchange for a removal of William M. Rice's current claims of lands on an estate
Infinite Dimensional Symmetries of Self-Dual Yang-Mills Theories.
No full textWe construct infinite dimensional symmetries of the Chalmers-Siegel action describing the self-dual sector of non-supersymmetric Yang-Mills. The symmetries are derived by virtue of a canonical transformation between the Yang-Mills fields and new fields that map the Chalmers-Siegel action to a free theory which has been used to construct a Lagrangian approach to the MHV rules. We describe the symmetries of the free theory in a quite general way which are an infinite dimensional algebra in the group algebra of isometries.
We dimensionally reduce the symmetries of the action to write down symmetries of the Hitchin system and further, we extend the construction to the supersymmetric, self-dual theory.
We review recent developments in the approach to calculating N=4 Yang-Mills scattering amplitudes using symmetry arguments. Super-conformal symmetry and the recently discovered dual super-conformal symmetry have been shown to be related as a Yangian algebra and moreover, anomalous terms appearing in their action on amplitudes lead to deformations of the generators which gives rise to recursive relationships between amplitudes
Einstein-Yang-Mills black holes in anti de-Sitter space
No full textIn this thesis we consider Einstein-Yang-Mills black holes in asymptotically anti-de Sitter space, in the presence of an su(N) gauge �eld. For a purely magnetic gauge �eld we de�ne a set of charges, namely the mass and N - 1 gauge invariant magnetic charges, and show that they characterize stable black holes.
We then go on to consider dyonic black holes which carry both electric and magnetic charge. We investigate spherically symmetric black holes and solitons, and �nd equations of motion for solutions with su(N) gauge �elds. These equations are solved numerically to �nd black hole and soliton solutions with su(2) and su(3) gauge groups.
We then turn to dyonic black holes with planar event horizons and investigate their suitability as gravitational analogues to high temperature superconductors under the AdS/CFT correspondence. We generalise a previously known ansatz for su(2) gauge groups to su(N), and show that there is a critical temperature above which non-abelian solutions do not exist. Below this critical temperature, we show that they are thermodynamically favoured over equivalent Reissner-Nordstr�om solutions, and have in�nite D.C. conductivity
Randall's Garden subdivision, Marrickville [cartographic material] /
No full textSales plan for land bounded by Marrickville Avenue, Randall Street and Livingstone Road, Marrickville, New South Wales. Includes local sketch.; Oriented with north to right.; "Torrens title".; "L.A. Curtis, licensed surveyor, Sydney Arcade."; "Terms: 10% deposit, 15% in 3 months. Balance in 25 monthly paymts. All credit bearing interest at the rate of 6% from day of sale."; Also available in an electronic version via the internet at: http://nla.gov.au/nla.map-lfsp1495
Interview with Dixie Mills, Emeritus Dean of College of Business
No full textOral history interview with Illinois State University College of Business Dean Dixie L. Mills. The interview was conducted on May 10, 2007, by Elaine Graybill, as part of the Illinois State University Oral History Project. Before assuming the dean role, Mills served as acting dean and director of graduate programs and research in the College of Business. She was a professor of finance in the Department of Finance, Insurance, and Law, where she has served on the faculty since 1980. Dean Mills retired from the University in summer 2007.https://ir.library.illinoisstate.edu/soh/1007/thumbnail.jp
Reynolds Residence, architectural drawings, 1904
No full textThese images are a set of architectural drawings done by George S. Mills, an architect working in Toledo, Commision Number 1140. Mills was commisioned in 1903 to design a residence for Charles L. Reynolds Esquire, and he created these drawings over 1903 and 1904, while the house was built in 1912. The drawings include building floorplans, cross-sectional views, exterior elevations and drawings of details of the woodwork, decorative elements, art windows, and staircases
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