Melody of China, founded in 1993, is the premiere Chinese ensemble of the San Francisco Bay Area. Led by Yangqin Zhao, who is named after the instrument she plays (the yangqin or Chinese hammered dulcimer), Melody of China’s repertoire consists of the wide and diverse range of music including folk songs, classical, festival music, opera, popular music from all the different parts of China, including those of ethnic minority groups, as well as contemporary collaborative work with other cultures. The musicians perform on traditional Chinese music instruments which include: yangqin (Chinese dulcimer, guzheng (Chinese table harp), the various huqins (2-stringed fiddles), pipa (Chinese lute), dizi (Chinese bamboo flute) and the sheng (mouth-blown piped organ). Music is a great communicator of Nature and Melody of China's repertoire includes music which paints the picture of Nature’s beauty and splendor. Tonight, not only will you have the marvelous opportunity to feast your eyes on the astronomical wonders of the galaxy, but also to treat your ears to the musical sound of Nature, performed by two Melody of China musicians, Yangqin Zhao and Gangqin Zhao, on the yangqin, guzheng and percussion instruments. If you listen closely, you might hear the pitter patter of falling rain on large banana leaves; splashing waves washing the soft sand on the beach; flowers dancing down to the ground to fade from existence; the moonlight kissing the lake during a warm spring night; the welcome relief of crashing thunder and heavy rain after a season of drought; hissing wind and pounding rain during a typhoon; a soothing cascading waterfall: and maybe even the soft raceful beauty of purple bamboo. Visit www.melodyofchina.org for more information.
Virginia Trimble is a native Californian and graduate of Hollywood High School (w'61), UCLA (BA 1964, physics & astronomy), and Caltech (PhD 1968, astronomy), with honorary degrees from the University of Cambridge UK (MA 1969) and the University of Valencia, Spain (dottora h.c. 2010). She is currently the oldest member of the UC Irvine department of physics and astronomy still on full active duty, though for the first 15 years, she was the only astronomer and the only woman in the department. From 1972 to 2000, she and her late husband, Joseph Weber (the inventor and builder of the first detectors for gravitational waves) shared their appointments between UCI (January to June) and the University of Maryland (July to December), which was a good solution to the two-career problem that never seems to have caught on. Trimble has participated in the governance of the American Astronomical Society, the American Physical Society, the International Astronomical Union, the International Union of Pure and Applied Physics, the Astronomical Society of the Pacific, Phi Beta Kappa, and Sigma Xi, reaching her level of incompetence somewhere around vice president. He research loves have included white dwarfs (particularly their Einstein redshifts and X-ray emission), supernovae and their remnants (especially the Crab Nebula) and binary stars (masses and mass ratios, and are any of the components hefty enough that they must be neutron stars or black holes). More recently, much of her work has been in history of science and scientometrics. The talk planned for Lick Observatory is not the one that she has given more than 200 times (“Cosmology: Man's Place in the Universe”), but something brand new for this occasion. Her publication list topped 850 this year, most single-author, but also many book reviews. If Virginia is remembered by the time of her 100th birthday (1943), it will be for the Life Magazine article (1962), her year as Miss Twilight Zone (1963-64), and posing for Richard Feynman when he was learning to draw (1965-66).
On the lecture: Astronomers use the phrase "historical supernovae" to mean stellar explosions that were seen and recorded by someone before the invention of the telescope. All were, therefore, necessarily within our own Milky Way Galaxy. There are six or eight of them, most seen first by Chinese astronomers, though there are also records from Japan, Korea, Europe and an Arab site. The last two historical supernovae were caught in Asia, but have attached to them the names of Tycho Brahe (1572) and Johannes Kepler (1604). Curiously, there have been no supernovae found within our Galaxy since the 1608 invention of telescopes, and we are definitely overdue for one! In the interim however, many hundreds of events have been discovered and studied in other galaxies, assigned types and ranges of properties, and attributed to different causes of the explosions, some nuclear and some gravitational. The supernovae 1987A (the first one seen that year) was, just barely, a naked eye event, blowing up in a nearby small galaxy, called the Large Magellanic Cloud, because Magellan was the first European to see it. Like Tycho's and Kepler's supernovae, this is an example of European dominance of astronomy from 1400 to 1850 or so. He also saw the Small Magellanic Cloud, which obviously had also been known to millions of residents of Africa, Australia, and South America for thousands of years. Whether 1987 counts as "historical" depends on how old you are. Because they are close to us, the remnants of the historical SNe yield some very impressive images, in visible light, but also in radio and X-ray wavelengths. They are obviously also trying to tell us more about supernovae in general, because, long after the explosions, we have a chance to see how much energy, rotation, and magnetic field had to be involved, whether any of the star's core is left behind, how much stuff was blown out, and what it is made of. Most stars and galaxies in the universe are made mostly of hydrogen. This is definitely not true of supernova progenitors. Indeed some contain no hydrogen at all, but only the products of a long series of nuclear reactions in their parent stars.
Join Friends of Lick Observatory (FoLO) and Get Tickets Early
If you'd like to purchase tickets as early as noon on April 11th, 2018, join our Friends of Lick Observatory (FoLO) program by April 1st, 2018. As a thank you for supporting the observatory, you'll get special access to purchase tickets before they go on sale for the general public on April 18th at noon.
General Admission: $45
Ticket includes concert seating, astronomy lecture, view through the Great Refractor telescope, view through the Nickel Telescope and souvenir wine glass or mug.
Preferred Guest: $90
Ticket includes preferred concert seating, astronomy lecture, preferred viewing through the Great Refractor telescope, preferred viewing through the Nickel Telescope, souvenir wine glass or mug, 20% discount at the gift shop.
Ticket includes private group tour of the Shane Telescope before the concert, catered buffet dinner with wine in our historic Dining Hall, front center concert seating, astronomy lecture, priority viewing through the 36-inch Great Refractor, priority viewing through the 40-inch Nickel Telescope, souvenir wine glass or mug and 20% Discount at our gift shop.
Due to the historic construction of the telescope domes and safety concerns, the 36-inch Great Refractor Telescope and the 40-inch Nickel Telescope are not wheelchair accessible at this time. Those who have difficulty navigating stairs may also find the telescopes inaccessible. Funds are being raised through the Friends of Lick Observatory to repair the elevating floor of the Lick 36-inch telescope to re-enable handicap access.
Tickets are non-refundable. Limit of four tickets per customer. Please be advised that unpredictable weather patterns may restrict telescope viewings, though lectures, concerts and other activities will still take place.
Please note: Due to safety regulations and the nature of the event, children must be at least 12 years of age for admission and accompanied by an adult.
|7:30 p.m.||Doors Open||Brief Telescope Visits|
|8:30 p.m.||Concert, Main Hall|
|9:30 p.m.||Science Talk, Lecture Hall||Telescope Viewings|
|10:30 p.m.||Science Talk (repeated), Lecture Hall||Telescope Viewings|
|1:00 a.m.||Doors Close|
Driving to Lick Observatory
Please allow a one-hour drive from San Jose. The rood is good, but windy. The event typically lasts between 4 and 6 hours; prepare to drive home late in the evening. There are no automative services or gas stations for 20 miles, so please plan ahead. See more information on driving directions and parking here.
Casual, comfortable clothing and walking shoes. A sweater or light coat is recommended.
Please be careful when walking around in the dark outside; bringing a flashlight is recommended. Children under the age of 12 are not allowed at this event.
The large telescopes will be available for viewing as soon as the sky is dark. Telescopes will remain open until every guest has had an opportunity to see through both the 36-inch Great Refractor and the 40-inch Nickel Telescope.
In order to view through the telescopes, guests will receive a numbered pass at the door. Guests with the lowest telescope numbers are admitted to the telescopes first - so we recommend getting to the observatory early! Please note: Due to historic construction of the telescope domes, the 36-inch Refractor and the 40-inch Nickel Telescope are not wheelchair accessible at this time.
Volunteer amateur astronomers also set up ground telescopes in the back parking so guests can view additional cosmic objects.
Lick Observatory souvenirs and astronomy merchandise will be available for purchase between 7:30 to 11:00 p.m. You can also visit our Gift Shop online 24/7.
Snacks and beverages will be available near the Nickel Telescope. Vending machines and fountain water are also available.
We strive to make your visit as complete and meaningful as possible. Please let us know if you will need special assistance (for example, if you will have difficulty climbing stairs), so we can make the necessary arrangements.
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