New York Times The Metropolitan Opera said on Wednesday that it would redouble its efforts to attract new audiences to the opera next season with six new productions, a star-filled roster and new initiatives, including one that will offer half-priced tickets to children during the holidays and another to court young professionals with later curtain […]Read more...
New York Times
The Metropolitan Opera said on Wednesday that it would redouble its efforts to attract new audiences to the opera next season with six new productions, a star-filled roster and new initiatives, including one that will offer half-priced tickets to children during the holidays and another to court young professionals with later curtain times, discounts and social events.
“The future of opera relies upon bringing new audiences in, as we all know,” Peter Gelb, the Met’s general manager, said in an interview. “Ultimately, no matter what the economics are, how daunting they are, or how successful we are in fund-raising, at the end of the day it’s all about having an audience.”
While the initiatives are aimed at newcomers, the season should offer plenty to interest regular operagoers. Nina Stemme, the acclaimed Swedish dramatic soprano whose New York appearances have been few and far between, will return to the Met next season to sing the title roles in a new production of Strauss’s “Elektra” and a revival of Puccini’s “Turandot.”
The star tenor Jonas Kaufmann and the soprano Kristine Opolais will perform in a new production of Puccini’s “Manon Lescaut” directed by Richard Eyre. James Levine, the Met’s music director, will conduct a new production of Berg’s “Lulu,” which he described in an interview as “an inspired work, from beginning to end.” The production will be staged by the South African artist William Kentridge, who did the Met’s innovative production of “The Nose.”
And, reprising a feat that Beverly Sills was famous for, Sondra Radvanovsky will sing all three queens in Donizetti’s so-called Tudor trilogy next season. She will sing the title roles in revivals of “Anna Bolena” and “Maria Stuarda” and then, when the Met brings “Roberto Devereux” to its stage for the first time in a new David McVicar production, she will perform the role of Elizabeth I, who, unlike the other two queens, manages to keep her head.
Two more new productions will round out the season: The Met will stage its first production of Bizet’s “Les Pêcheurs de Perles” (The Pearl Fishers) since 1916. It will be directed by Penny Woolcock; conducted by Gianandrea Noseda; and star Diana Damrau, Matthew Polenzani and Mariusz Kwiecien. (Mr. Gelb noted that the last tenor to sing the role Mr. Polenzani is singing was Enrico Caruso. “Hopefully there’s been enough time in between,” he said.)
And the Met will open its season with a new production of Verdi’s “Otello” directed by Bartlett Sher; conducted by Yannick Nézet-Séguin; and starring Sonya Yoncheva, who had several star-making turns this season, as Desdemona, and Aleksandrs Antonenko in the title role.
Some of the big moments of the season will be in revivals: Anna Netrebko, who made a splash this year in Verdi’s “Macbeth,” will sing Leonora in Verdi’s “Il Trovatore” for the first time at the Met. She will make her New York recital debut with a solo concert on Feb. 28, 2016.
The Met, which has been struggling financially and at the box office in recent seasons — it ran a $22 million deficit last year — announced a series of steps to court new audiences.
Children under 18 will be able to receive half-price tickets in any section of the house between Thanksgiving and New Year’s Eve, when purchased with a full-priced ticket.
A new program called “Fridays Under Forty” will offer tickets on selected Friday nights to people under 40 for $60 and $100 and move the curtain time back to 8 p.m., from its usual 7:30 p.m., to accommodate young professionals who work long hours.
And the Met plans to build on its popular holiday presentations aimed at families by adding one for grown-ups. So in addition to reviving an abridged, English-language revival of Rossini’s “The Barber of Seville” aimed at children, starring Isabel Leonard as Rosina, the Met will add one for adults: a streamlined revival of Johann Strauss’s “Die Fledermaus,” conducted, for his first time, by Mr. Levine.
The average ticket price will increase by 1 percent to $160, the Met said. Tickets will range in price from $25 to $480, with 36 percent of the roughly 900,000 tickets available next season for under $100, and more than half available for under $150.
Mr. Levine is to conduct five operas next season. In addition to “Lulu” and “Die Fledermaus,” he will conduct Verdi’s “Simon Boccanegra” with Plácido Domingo in the title role; Mozart’s “Die Entführung aus dem Serail”; and Wagner’s “Tannhäuser” starring Johan Botha, Peter Mattei, Eva-Maria Westbroek and Michelle DeYoung.
There are no contemporary works next season, but the Met, which has made a greater priority of new works in recent years, announced that it had commissioned a new opera by Nico Muhly, the composer of “Two Boys.” Mr. Muhly will write “Marnie,” based on the 1961 Winston Graham novel that was adapted for the screen by Alfred Hitchcock, and which is scheduled to come to the Met’s stage, in a production directed by Michael Mayer, in the 2019-20 season.
“It does everything that you want an opera to do, really,” Mr. Muhly said of the book. “It’s really, really dark.”
Carbon is the fourth-most-abundant element in the universe and takes on a wide variety of forms, called allotropes, including diamond and graphite. Scientists at Carnegie’s Geophysical Laboratory are part of a team that has discovered a new form of carbon, which is capable of withstanding extreme pressure stresses that were previously observed only in diamond. […]Read more...
Carbon is the fourth-most-abundant element in the universe and takes on a wide variety of forms, called allotropes, including diamond and graphite. Scientists at Carnegie’s Geophysical Laboratory are part of a team that has discovered a new form of carbon, which is capable of withstanding extreme pressure stresses that were previously observed only in diamond. This breakthrough discovery is published by Physical Review Letters.
The team was led by Stanford’s Wendy L. Mao and her graduate student Yu Lin and includes Carnegie’s Ho-kwang (Dave) Mao, Li Zhang, Paul Chow, Yuming Xiao, Maria Baldini, and Jinfu Shu. The experiment started with a form of carbon called glassy carbon, which was first synthesized in the 1950s, and was found to combine desirable properties of glasses and ceramics with those of graphite. The team created the new carbon allotrope by compressing glassy carbon to above 400,000 times normal atmospheric pressure.
This new carbon form was capable of withstanding 1.3 million times normal atmospheric pressure in one direction while confined under a pressure of 600,000 times atmospheric levels in other directions. No substance other than diamond has been observed to withstand this type of pressure stress, indicating that the new carbon allotrope must indeed be very strong.
However, unlike diamond and other crystalline forms of carbon, the structure of this new material is not organized in repeating atomic units. It is an amorphous material, meaning that its structure lacks the long-range order of crystals. This amorphous, superhard carbon allotrope would have a potential advantage over diamond if its hardness turns out to be isotropic—that is, having hardness that is equally strong in all directions. In contrast, diamond’s hardness is highly dependent upon the direction in which the crystal is oriented.
“These findings open up possibilities for potential applications, including super hard anvils for high-pressure research and could lead to new classes of ultradense and strong materials,” said Russell Hemley, director of Carnegie’s Geophysical Laboratory.
This research was funded, in part, by the Department of Energy’s Office of Basic Energy Sciences Division of Materials Sciences and Engineering, EFree, HPCAT, where some of the experiments were performed, is funded by DOE-BES, DOE-NNSA, NSF, and the W.M. Keck Foundation. APS, where some of the experiments were performed, is supported by DOE-BES.