Re: State Of Decay 720p Movies
Ania Cozzolino
The Remington Model 870 Entry Gun with a shortened barrel appears in the game as the "C1-A Ursus" and "CM1-A Breacher". Its description states that it is a Canadian model which was imported into the US (which is interesting as 870s are manufactured in the United States) while its designation implies it is a Canadian military weapon as service weapons are appended with "C" designations similar to US "M" weapons.
A custom variant of the Colt M4A1 Carbine appears in the game as the "GSG-W". It is based on high-end competion grade AR-15 type rifles popular in the United States; as such it sports an M-LOK handguard, desert tan ergonomic pistol grip and collapsible stock and EOTech holographic sight. In an homage to the TV series Better Off Ted, it is stated to be manufactured by the fictional conglomerate Veridian Dynamics.
In the original state of decay, there many references to movies and TV shows about zeds like Shaun of The Dead, Zombieland, Dawn of the Dead, 28 Days Later and The Walking Dead... I'm wonder if the sequel contains easter eggs and references to these movies TV series or more other zed ones...
Film preservation, or film restoration, describes a series of ongoing efforts among film historians, archivists, museums, cinematheques, and non-profit organizations to rescue decaying film stock and preserve the images they contain. In the widest sense, preservation assures that a movie will continue to exist in as close to its original form as possible.[1]
By the 1980s, it was becoming apparent that the collections of motion picture heritage were at risk of becoming lost. Not only was the preservation of nitrate film an ongoing problem, but it was then discovered that safety film, used as a replacement for the more volatile nitrate stock, was beginning to be affected by a unique form of decay known as "vinegar syndrome", and color film manufactured, in particular, by Eastman Kodak, was found to be at risk of fading. At that time, the best-known solution was to duplicate the original film onto a more secure medium.[5]
Because of the fragility of film stock, proper preservation of film usually involves storing the original negatives (if they have survived) and prints in climate-controlled facilities. The vast majority of films were not stored in this manner, which resulted in the widespread decay of film stocks.[14]
The problem of film decay is not limited to films made on cellulose nitrate. Film industry researchers and specialists have found that color films (made using processes for Technicolor and its successors) are also decaying at an increasingly rapid rate. A number of well-known films only exist as copies of original film productions or exhibition elements because the originals have decomposed beyond use. Cellulose acetate film, which was the initial replacement for nitrate, has been found to suffer from "vinegar syndrome".[14] Polyester film base, which replaced acetate, also suffers from fading colors.[5]
In 2002, filmmaker Bill Morrison produced Decasia, a film solely based on fragments of old unrestored nitrate-based films in various states of decay and disrepair, providing a somewhat eerie aesthetic to the film. The film was created to accompany a symphony of the same name, composed by Michael Gordon and performed by his orchestra. The footage used was from old newsreel and archive film and was obtained by Morrison from several sources, such as the George Eastman House, the archives of the Museum of Modern Art,[16] and the Fox Movietone News film archives at the University of South Carolina.[17]
Cost is another obstacle.[14] As of 2020, Martin Scorsese's non-profit The Film Foundation, dedicated to film preservation, estimates the average cost of photochemical restoration of a color feature with sound to be $80,000 to $450,000 dollars, with digital 2K or 4K restoration being "several hundred thousand dollars".[49] The degrees of physical and chemical damage of film influence the incentive to preserve, i.e., as the business perspective states that once a film is no longer "commercially" viable, it stops generating profit and becomes a financial liability. While few films would not benefit from digital restoration, the high cost of digitally restoring films still prevents the method from being as broadly applied as it might be.[5]
Femtosecond time-resolved two-photon photoemission spectroscopy is utilized to determine the electronically excited states dynamics at the α-sexithiophene (6T)/Au(111) interface and within the 6T film. We found that a photoinduced transition between the highest occupied molecular orbital and lowest unoccupied molecular orbital is essential in order to observe exciton population, which occurs within 100 fs. In thin 6T films, the exciton exhibits a lifetime of 650 fs. On a time scale of 400 fs, an energetic stabilization is observed leading to the formation of a polaron or electron trapping at defect states. The lifetime of this state is 6.3 ps. Coverage-dependent measurements show that apart from the excited state decay within the film, a substrate-mediated relaxation channel is operative. The present study demonstrates that two-photon photoemission spectroscopy is a powerful tool to investigate the whole life cycle from creation to decay of excitons in an organic semiconductor.
Metallic surfaces can have unusual effects on fluorophores such as increasing or decreasing the rates of radiative decay and the rates of resonance energy transfer (RET). In the present article we describe the effects of metallic silver island films on the emission spectra, lifetimes, and energy transfer for several fluorophores. The fluorophores are not covalently coupled to the silver islands so that there are a range of fluorophore-to-metal distances. We show that proximity of fluorophores to the silver islands results in increased fluorescence intensity, with the largest enhancement for the lowest-quantum-yield fluorophores. Importantly, the metal-induced increases in intensity are accompanied by decreased lifetimes and increased photostability. These effects demonstrate that the silver islands have increased the radiative decay rates of the fluorophore. For solvent-sensitive fluorophores the emission spectra shifted to shorted wavelengths in the presence of the silver islands, which is consistent with a decrease of the apparent lifetime for fluorophores near the metal islands. We also observed an increased intensity and blue spectral shift for the protein human glyoxalase, which displays a low quantum yield for its intrinsic tryptophan emission. In this case the blue shift is thought to be due to increased emission from a buried low-quantum-yield tryptophan residue. Increased intensities were also observed for the intrinsic emission of the nucleic acid bases adenine and thymine and for single-stranded 15-mers poly(T) and poly(C). And finally, we observed increased RET for donors and acceptors in solution and when bound to double-helical DNA. These results demonstrate that metallic particles can be used to modify the emission from intrinsic and extrinsic fluorophores in biochemical systems.
During the Great Depression, casting gangsters as heroes created a new film genre that symbolized the decay of American society, as well as the fear that traditional values would not survive the economic crisis. These new crime films were different from the morality tales of the silent era's crime genre. Their ethnic characters, pulling themselves up by the bootstraps, were the new archetypal Americans.
The first film in this new genre, Little Caesar, depicted the rise of a small-town mobster to the upper echelons of organized crime. Appearing in 1930, it starred Edward G. Robinson as Caesar Enrico Bandello. Unlike earlier gangsters, Bandello lives and dies unrepentant of his crimes. The movie was so successful that Hollywood made more than 50 gangster movies the following year.
In 1933 the National Committee for the Study of Social Values published a study on crime. One of the findings claimed that gangster movies had given convicted criminals their early education. Roman Catholic bishops, a Catholic lay organization called the Legion of Decency, and the International Association of Chiefs of Police all pressured Hollywood to end movie violence. To prevent government censorship, the Motion Picture Producers and Directors Association agreed to enforce its own Production Code. The Code had existed since 1930, but the studios usually ignored it.
The Code's preamble stated, "crime will be shown to be wrong and that the criminal life will be loathed and that the law will at all times prevail." Villains could not be protagonists, and at the end, they had to be dead or in jail. Because gangster films were Hollywood's most profitable movies, the studios were faced with a dilemma.
Hollywood followed the success of G-Men with six more FBI pictures. In September 1935, the studios were forced to stop when the British Board of Censors complained that the new FBI films were just as violent as the gangster films. Not wishing to lose its British market, Hollywood entirely deleted gangster characters from its movies for the next several years.
They can still be found in many American towns; majestic shrines to film, constructed during the golden age of the entertainment. But these cinemas now stand in various states of decades-long abandonment, empty, derelict, or reborn as something else entirely. Movie Theaters, published by Prestel, is an ode to these iconic American structures, or what remains of them.
WASHINGTON, D.C. -- Americans watched an average 1.4 movies in a movie theater over the past 12 months. This includes a historically high 61% who did not visit a movie theater at all, 31% who saw between one and four movies, and 9% who attended five or more.
Gallup has tracked U.S. adults' movie attendance using this question periodically between 1988 and 1995 and then more regularly from 2001 through 2007. The latest reading is from a Dec. 1-16 Gallup poll, the first since 2007, and it shows a much higher share of Americans who have stayed home from movie theaters altogether. Between 2001 and 2007, U.S. adults watched an average 4.8 movies in a theater, including 32% who saw zero.
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