Swimming pool detail plans. Estate of Mr. Wm. V. Kelley. Lake Forest, Illinois.

Ink on linen; details of rail, ladder, spring, falls, steps, drainage; plans, caross-sections; signed. 96 x 64 cm. Scales vary [from photographic copy by Lance Burgharrdt]

Big Rapids, Mich. travelers

verso: Mr. Truax in hat on way to Mud Lake to fish for bullheads-would live in wagon while there.

University of Michigan Football Team, 1915

Back Row: Fred Hendershot, Hepburn Ingham, Walter Nieman, Fred Rehor, James Whalen, Egmont Hildner, Cecil "Pat" Smith, Alan Boyd, James Catlett, Jarold Zeiger, James Sharpe, George Washington Bixler, Otto Pobanz,

Middle Row (seated on wall): Otto Eberwein, ? Johnson, Maurice Dunne, Harry Calvin (on steps), Karl Staatz, Hoyne Howe, Clyde Bastian

Front Row: Alvin Loucks (standing), Robert Watson (on rail), John Norton, Leland Benton, captain William Cochran, Lawrence Roehm, John Maulbetsch, ? Warner (standing)

Detail plan of swimming pool. Estate of Mr. Hugh VanDeventer

Yellow, black ink on linen; plan of pool, of rockwork, of spring; details of ladder, rail, drains, pool wall and floor; section thru pool and spring; [from photographic copy by Lance Burgharrdt]

University of Michigan Football Team, 1915 (postcard)

Back Row: Fred Hendershot, Hepburn Ingham, Walter Nieman, Fred Rehor, James Whalen, Egmont Hildner, Cecil "Pat" Smith, Alan Boyd, James Catlett, Harold Zeiger, James Sharpe, George Washington Bixler, Otto Pobanz,

Middle Row (seated on wall): Otto Eberwein, ? Johnson, Maurice Dunne, Harry Calvin (on steps), Karl Staatz, Hoyne Howe, Clyde Bastian

Front Row: Alvin Loucks (standing), Robert Watson (on rail), John Norton, Leland Benton, captain William Cochran, Lawrence Roehm, John Maulbetsch, ? Warner (standing)

Hardtack and coffee, or, The unwritten story of Army life /

Reprint. Originally published: Boston : G.M. Smith, 1887.

Annual report

Mode of access: Internet.

L'Europe et la révolution française /

LC copy of v. 3 has Bulletin de la librarie Plon, no. 11, Feb. 1905, and 2 other publisher's advertisements, laid in; v. 4 has 2 publisher's advertisements and 1 rail folder, laid in; v. 5 has Bulletin de la librarie Plon, no. 11, Feb. 1905 and a [2] p. publisher's advertisement, laid in; v. 6 has a [4] p. publisher's advertisement, laid in.

A communication by the directors to the stockholders of the Boston & Worcester railroad corporation, in relation to the late award of commissioners and the strictures of the president of the Western railroad corporation thereon.

Other issues, with same imprint, have 68, [4] and 72 pages, respectively.

Annual report of the directors of the Western Railroad Corporation, to the stockholders ...

Mode of access: Internet.

Annual report of the directors

#1895-1901# report year ends June 30

Annual statements of the railroad and canal companies of the state of New Jersey.

Vols. for 1867-1915 include report of the state director of the United New Jersey Railroad and Canal Company issued through 1878 under its earlier names: 1867-71, Delaware and Raritan Canal and Camden and Amboy Railroad and Transportation Companies (which continues the reports of the State Directors); 1873-78, United Rail Road and Canal Company of New Jersey.

Bulletin [English Ed] [New Series]

Title Varies: 1919-1924, Bulletin of the International Railway Association; 1925- Bulletin of the International Railway Congress Association

PLACE AND URBAN EXPERIENCE IN THE SUBURBS: MICROSOFT’S CAMPUS LOCATION AND ITS LONG-TERM COMPETITIVENESS

Thesis (Master's)--University of Washington, 2016-06

Adaptive phase measurements in linear optical quantum computation

Photon counting induces an effective non-linear optical phase shift in certain states derived by linear optics from single photons. Although this non-linearity is non-deterministic, it is sufficient in principle to allow scalable linear optics quantum computation (LOQC). The most obvious way to encode a qubit optically is as a superposition of the vacuum and a single photon in one mode-so-called 'single-rail' logic. Until now this approach was thought to be prohibitively expensive (in resources) compared to 'dual-rail' logic where a qubit is stored by a photon across two modes. Here we attack this problem with real-time feedback control, which can realize a quantum-limited phase measurement on a single mode, as has been recently demonstrated experimentally. We show that with this added measurement resource, the resource requirements for single-rail LOQC are not substantially different from those of dual-rail LOQC. In particular, with adaptive phase measurements an arbitrary qubit state a alpha/0 > + beta/1 > can be prepared deterministically.