The author lyrically celebrates the inspirational beauty of her home state of Maine from Baxter State Park to the Atlantic Ocean.

An equation is derived that approximately describes pressure response in a long constant-diameter tube which is closed at one of its extremities. Numerical solutions are presented for several types of forcing functions.

Suppose your life sucks. Your husband has done a vanishing act, your stepson is being bullied and your daughter has a once in a lifetime opportunity - that you can't afford to pay for. So imagine you found and kept some money that didn't belong to you, knowing it would pay for your daughter's happiness. But how do you cope with the shame? Especially when the man you've lied to decides to help you out in your hour of need. Jess is in hell - Ed has saved her family - but is their happiness worth a lifetime's soul-searching? 2014.

An office worker who has no one to eat lunch with enrolls in a course that builds confidence about eating alone. A man with a pathological fear of bedbugs offers up his body to save his building from infestation. A time capsule in Seoul is dug up hundreds of years before it was intended to be unearthed. A vending machine repairman finds himself trapped in a shrinking motel during a never-ending snowstorm. In these and other indelible short stories, contemporary South Korean author Yun Ko-eun conjures up slightly off-kilter worlds tucked away in the corners of everyday life. Her fiction is bursting with images that toe the line between realism and the fantastic. Throughout Table for One, comedy and an element of the surreal are interwoven with the hopelessness and loneliness that pervades the protagonists’ decidedly mundane lives. Yun’s stories focus on solitary city dwellers, and her eccentric, often dreamlike humor highlights their sense of isolation. Mixing quirky and melancholy commentary on densely packed urban life, she calls attention to the toll of rapid industrialization and the displacement of traditional culture. Acquainting the English-speaking audience with one of South Korea’s breakout young writers, Table for One presents a parade of misfortunes that speak to all readers in their unconventional universality.

A discourse on time, gravity, and the universe that takes the reader through the subtleties of time, the origin of the universe, and physical evolution in Einstein's theory and its extensions. Can time and causality remain fundamental when the classical ideal of spacetime becomes a concept of limited applicability in quantum gravity? A thorough exposition on the canonical framework of Einstein's theory and its extensions reveals the synergy between gravitation and the cosmic clock of our expanding universe that renders time concrete, physical, and comprehensible. In conjunction with a paradigm shift from four-covariance to just spatial diffeomorphism invariance, causal time-ordering of the quantum state of the universe and its evolution in cosmic time become meaningful. The quantum state of the universe is the embodiment of our shared past, present, and future. The advocated framework prompts natural extensions and improvements to Einstein's theory. A salient feature is the addition of a Cotton-York term to the physical Hamiltonian. Besides bringing improved ultraviolet convergence, this radically changes the solution to the initial data problem and the quantum origin of the universe. It lends support to the quantum beginning of the universe as an exact Chern-Simons Hartle-Hawking state that features Euclidean-Lorentzian instanton tunneling. A signature of this state is that it manifests, at the lowest order approximation, scale-invariant two-point correlation function for transverse-traceless quantum metric fluctuations. This initial quantum state also implies, at the level of expectation values, a low-entropy hot smooth Robertson-Walker beginning that is in accord with Penrose's Weyl Curvature Hypothesis. Consequently, the gravitational arrow of time of increasing spatial volume and the thermodynamic second law arrow of time of increasing entropy concur as our universe expands and ages.