May 18th, 2012
By Jenn McKee, EncoreMichigan.com
To sell a play about friendship, the actors ultimately have to – if you’ll forgive the cliche – have the right chemistry. Their energy has to build on each other so that not only do we believe in their deep and abiding bond, but we also enjoy our time with them, as though we are a virtual, silent, additional friend.
Tipping Point Theatre’s production of Ivan Menchell’s “The Cemetery Club” features a leading ensemble that has that chemistry down; what they lack is a script that feels like more than an occasionally funny, warmed-over sitcom.
Set in the Queens apartment of a Jewish widow named Ida (Julia Glander), “Cemetery” tells the story of a three-way friendship at a crossroads. Doris (Connie Cowper) is a devoted widow with no interest in finding new love; Lucille (Sandra Birch) is a loud, bargain-loving, man-hungry widow who wants to stop looking back to the past; and Ida is ready, after losing her husband two years before, to venture back into dating.
When Ida runs into Sam (Thomas D. Mahard), a local butcher, they pursue a relationship, but the way is anything but smooth.
Beth Torrey directs the show with an eye toward really anchoring it in the women’s friendship and the complications that arise when that triumvirate is threatened. An extended scene when the women are drunk, after coming home from a wedding, is a highlight.
And spending time with these women is often fun, thanks to the actresses’ unbridled performances. But the play itself feels bloated at two hours; the play’s stakes just don’t feel that high. And too much along the way rings predictable and familiar: The women rib each other about lying about their age, and how, if you don’t like being alone, get a dog, not a man; Lucille repeatedly makes the others guess how much she paid for various clothing items; and sometimes, the schmaltz runs painfully thick (one secret is screamed mid-argument, followed by violent weeping, for instance).
Lucille, being the extroverted vixen of the trio, gets the lion’s share of funny lines and moments, and Birch cashes them in with deliciously playful zest. Cowper, meanwhile, effectively straddles the line between a sanctimonious goody-two-shoes and a well-intentioned, good-hearted angel on Ida’s shoulder. Brenda Lane brings a much-appreciated bolt of new energy to the production when her character makes a surprise arrival (I won’t say more at the risk of ruining the surprise); and Mahard’s Sam is a man we want to like, but come to doubt.
Ultimately, though, the show hinges on Ida and her personal journey, and Glander’s performance is a knockout. From tentatively tiptoeing toward courtship, to drunkenly commiserating with girlfriends – and then being struck speechless in the face of tragedy – Glander makes you root, and ache, for Ida.
Gwen Lindsay designed the set, which features a strip that represents the cemetery upstage, and, on the main area of the stage, Ida’s living room, furnished with Lindsay’s props. Shelby Newport created the show’s costumes (the bridesmaid dresses seemed particularly spot-on). Joel Klein lights the show with sensitivity, and Quintessa Gallinat’s sound design nicely underscores the show’s emotional tones.
Yet sadly, thanks to Menchell’s “meh” script, you’ll likely find yourself merely paying your respects at this “Cemetery.”
For showtimes and ticket information, visit EncoreMichigan.com.
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May 18th, 2012
 Dr. Mihaela C. Stefan is an Assistant Professor in the Department of Chemistry at University of Texas at Dallas. She received a BS in Chemical Engineering, and MS and Ph.D. degrees in Chemistry from Politehnica University Bucharest, Romania. She worked as a Postdoctoral Researcher in Krzysztof Matyjaszewski’s and Richard McCullough’s research groups at Carnegie Mellon University. She joined the Department of Chemistry at the University of Texas at Dallas in August 2007. Since 2007 she has attracted 9 graduate students, 31 undergraduate students, and 3 summer high school student into her research lab. Currently, 6 graduate students and 6 undergraduate students are working in her lab. She has published more than 40 peer-reviewed papers out of which 19 were published after joining UTD.
She received the NS&M Outstanding Teacher Award in 2009 and the Inclusive Teaching Diversity Award in 2012. She is aslo a recipient of the Faculty Early Career Development (CAREER) award from NSF, which is given to junior faculty who exemplify the role of teacher-scholars through outstanding research, excellent education and the integration of education and research. Her research group is developing novel polymeric materials for organic electronics and for drug delivery applications. The common theme on both research directions is the interdisciplinary training of students at the interface between organic/polymer chemistry and materials science.
For more information see here: http://www.utdallas.edu/~mci071000/
What was your inspiration in becoming a chemist?
My parents were chemists and I started to visit their labs when I was only 5-6 years old. At the initial stage I was fascinated with the colors in the lab as my mom used to show me titrations. Sometimes my mom would take me to work on Saturdays because she could not take me to the kindergarten on weekends. Going to work with my mom was so much better than going to kindergarten. When I had to decide for college I choose to study chemical engineering because traditionally back in my home country when you study chemistry you prepare for a teaching career. At that time teaching was something I would have not considered as a career choice. Now teaching is such an important part of my work and I can never imagine my life without going in the classroom to teach.
What was the motivation to write this review? (DOI: 10.1039/C1PY00453K)
I wrote the review as an invited paper for the themed issue on New Methods of Polymer Synthesis. The review describes the synthesis of block copolymers of polythiophene by Grignard metathesis (GRIM) polymerization. My group works on the development of novel semiconducting polymers for organic electronics applications. Whenever possible we use Grignard metathesis method because it is a living polymerization which allows the control of the molecular weights and functional end groups of the semiconducting polymers.
Why did you choose Polymer Chemistry to publish your work?
Polymer Chemistry is one of the leading journals in polymer science. This is my second paper to be published in Polymer Chemistry and both times I enjoyed the fast time to publication and the fair review process.
In which upcoming conferences may our readers meet you?
I will attend the International Conference on Science and Technology of Synthetic Metals ICSM 2012 which will be held on July 8-13 in Atlanta. I will also give an invited talk to the “Young Academic Investigators” Symposia organized by the Organic Division of ACS at the Fall 2012 ACS Meeting in Philadelphia.
How do you spend your spare times?
I do not have much spare time because we are trying to work hard to build a successful research group. However, when I have time to take a break from my work I like to read biographies. I love reading biographies of scientists and I always look to buy books. I also enjoy playing with my cats. In the future I hope to find some spare time to volunteer for a shelter as I love animals, especially cats.
Which profession would you choose if you were not a scientist?
I would probably have pursued a career as a cat veterinarian if I was not a scientist.
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May 15th, 2012
In the past decade, our cell phones have evolved into multi-functional, always online digital assistants and gaming devices. Nate Lewis, Professor of Chemistry at Caltech, is working on technology that may turn your next smartphone into a bomb-sniffing, disease-diagnosing "electronic nose." Like a canary in a coal mine, chemical vapor sensors — or electronic noses — can sniff out chemicals that might be hazardous or undetectable by human noses. These e-noses have potential applications in public safety as bomb or toxin detectors. They could even sense diseases on a patient’s breath, providing faster diagnosis for deadly illnesses like tuberculosis and lung cancer. Caltech grad student Heather McCaig showed us around Nate’s lab to give us the inside scoop on this promising technology. So in the future, don’t be surprised when you step into the doctor’s office for a diagnosis and they tell you, "Did you know there is an app for that?" Video by Kirk Zamieroski Produced by the American Chemical Society
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May 15th, 2012
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May 15th, 2012
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May 15th, 2012
In Canada, Toronto-based Vertichem Corporation announced an agreement to acquire Thesis Chemistry, an Ohio, US headquartered company with operations in Cambridge, Ontario, Canada. Thesis is currently commercializing its technology platform for the production of vanillin (the active component of vanilla flavoring) and aromatic aldehydes from plant lignin.
The company is also developing more advanced biorefining technologies to convert lignin into phenols, cresols, BTX and fuels. Vertichem is currently commercializing its processes to produce a portfolio of green platform chemicals, including high quality lignin, xylose and cellulose from woody biomass, agricultural residues and grasses.
More Biofuels Articles of Interest
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May 12th, 2012
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May 12th, 2012
 Kunal Kohli hopes that Shahid Kapoor and Priyanka Chopra, who created magic with their on-screen chemistry in Kaminey, will deliver another impressive performance in his upcoming romantic film.
The actors will be seen together in Kohli’s Teri Meri Kahaani, which depicts love stories in three time periods – 1910, 1960 and 2012 – spread over three cities. It will hit theatres on 22 June.
According to Kohli, chemistry between two characters has to be first reflected in script, from where it is taken forward on-screen.
‘I feel chemistry has to be on paper first. Two actors cannot have right on-screen chemistry if that chemistry is missing from the script. First, characters have to portray the chemistry and then actors take it forward,’ he said in an interview.
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May 9th, 2012
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May 9th, 2012
1732 : The chemistry of envy. Poverty thinking. It first raised its head in the Garden of Eden : God had given Adam and Eve the fruit of all the trees but one; the serpent turned Eve’s attention to the one thing she was not allowed to have, turning her focus from the abundance that was hers, to the one thing she lacked. King David’s focus was not on the many wives he had, nor even on the many more that he could lawfully have, but on the one woman to whom he was not entitled – a situation that Nathan the prophet likened to the man with many flocks coveting his poor neighbour’s sole ewe lamb – a focus that led to his committing adultery and covering it up with murder. King Ahab was the owner of vast estates, but converted a poor man’s vineyard and had Naboth, the owner, executed on trumped up charges. God answered Abraham’s prayer for Ishmael by endowing the Arab people with a vast expanse of land and enormous oil reserves, but we find them coveting a tiny parcel of land (comparable to New Zealand north of Auckland) which has few natural resources.
The lesson is?
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