The Antennae Galaxies, NGC4038 & 4039 as imaged by MOSFIRE, image credit Keck ObservatoryJoin the W. M. Keck Observatory for an evening of astronomy presented at the Kahilu Theater.
MOSFIRE is the newest and the most advanced astronomical instrument available today. Dr. Ian McLean from UCLA will describe some of the technical challenges developing and commissioning this multi-year, multi-million dollar instrument. He will also share early science results ranging from the discovery of ultra-cool, nearby substellar mass objects, to the detection of oxygen in young galaxies only 2 billion years after the Big Bang.
Wednesday, May 22, 2013
Show starts at 7 p.m.
Free and Open to the Public
Günther Hasinger
University of Hawai’i Black Holes and the Fate of the Universe
The character and distribution of stellar and supermassive black holes is a fascinating and rapidly changing area of astronomy research. Recently, the W. M. Keck Observatory has confirmed supermassive black holes are in the centers of most nearby galaxies, including our own Milky Way. A tight relationship exists between black hole mass and the properties of their host galaxies. New instrument capabilities, like those planned at Keck, will reveal even more about the nature of black holes and how they play a role in the ongoing evolution of the universe and everything in it.
Looking into the optics of the Keck 2 telescopeTuesday, November 20, 2012
7:00 PM
Gates Performing Arts Center Auditorium
Hawaii Preparatory Academy
65-1692 Kohala Mtn. Rd., Waimea
Seating is limited to first come, first served.
Doors Open at 6:30 PM
Free and Open to the Public
Günther Hasinger
University of Hawai’i Black Holes and the Fate of the Universe
The character and distribution of stellar and supermassive black holes is a fascinating and rapidly changing area of astronomy research. Recently, the W. M. Keck Observatory has confirmed supermassive black holes are in the centers of most nearby galaxies, including our own Milky Way. A tight relationship exists between black hole mass and the properties of their host galaxies. New instrument capabilities, like those planned at Keck, will reveal even more about the nature of black holes and how they play a role in the ongoing evolution of the universe and everything in it.
Looking into the optics of the Keck 2 telescopeTuesday, November 20, 2012
7:00 PM
Gates Performing Arts Center Auditorium
Hawaii Preparatory Academy
65-1692 Kohala Mtn. Rd., Waimea
Seating is limited to first come, first served.
Doors Open at 6:30 PM
Free and Open to the Public
Dr. Ben Zuckerman
University of California at Los Angeles Violent Events in Rocky Planetary Systems: Implications for the fate of technological civilizations
Looking into the optics of the Keck 2 telescopeThursday, October 25, 2012
7:00 PM
Gates Performing Arts Center Auditorium
Hawaii Preparatory Academy
65-1692 Kohala Mtn. Rd., Waimea
This evening, Dr. Ben Zuckerman of UCLA, will take us on a journey describing Earth’s formation 4.6 billion years ago to its possible demise 4-5 billion years from now. Along the way, we will consider a few tumultuous eras suffered by Earth’s biosphere, including the present. Such eras, from origins to final resting places, can be explored by understanding astronomical studies of other planetary systems. These systems also provide clues for the long-term fate of our technological civilization and the likelihood, or lack thereof, of civilizations beyond our own.
Seating is limited to first come, first served.
Doors Open at 6:30 PM
Free and Open to the Public
Dr. Ben Zuckerman
University of California at Los Angeles Violent Events in Rocky Planetary Systems: Implications for the fate of technological civilizations
Looking into the optics of the Keck 2 telescopeThursday, October 25, 2012
7:00 PM
Gates Performing Arts Center Auditorium
Hawaii Preparatory Academy
65-1692 Kohala Mtn. Rd., Waimea
This evening, Dr. Ben Zuckerman of UCLA, will take us on a journey describing Earth’s formation 4.6 billion years ago to its possible demise 4-5 billion years from now. Along the way, we will consider a few tumultuous eras suffered by Earth’s biosphere, including the present. Such eras, from origins to final resting places, can be explored by understanding astronomical studies of other planetary systems. These systems also provide clues for the long-term fate of our technological civilization and the likelihood, or lack thereof, of civilizations beyond our own.
Seating is limited to first come, first served.
Doors Open at 6:30 PM
Free and Open to the Public
On Thursday, May 10, 2012, Keck Observatory hosted a live webcast of an astronomy talk by Dr. Brian Siana of the University of California at Riverside. Below is the recording of that talk, which was delivered to a live audience at the Kahilu Theatre in Kamuela-Waimea, Hawaii.
The first galaxies had an extraordinary impact on the young universe. Their ultraviolet light destroyed nearly all of the atoms in the cosmos. This process, called reionization, had severe consequences for galaxies trying to form thereafter. Unfortunately, we have no idea how it happened. In galaxies today ultraviolet light cannot escape, so the first galaxies must have been very different from those we see today. Dr. Siana will describe the quest to detect these first galaxies and their impact on the early universe.
Tonight’s Keck lecture looks to be an interesting one, discussing the very early ages of the universe in the few million years immediately after the Big Bang. I will be there, I hope you can be there as well.
Dr. Brian Siana
How Stars Destroyed Most of the Atoms in the Universe
The first galaxies had an extraordinary impact on the young universe. Their ultraviolet light destroyed nearly all of the atoms in the cosmos. This process, called reionization, had severe consequences for galaxies trying to form thereafter. Unfortunately, we have no idea how it happened. In galaxies today ultraviolet light cannot escape, so the first galaxies must have been very different from those we see today. Dr. Siana will describe the quest to detect these first galaxies and their impact on the early universe.
There is no charge for admission to any events in the Makana series.
Presented by W.M. Keck Observatory. This event will also be streamed live on the Keck Observatory website.
I have not had a bad cold in quite a while. Wednesday last week I felt the first symptoms, a sore throat beginning. I expected it, Deb had been suffering for a couple days by then. Thursday morning it was inescapable, I called in sick to work. I hoped it would be over by the weekend, I had promised to help out with Astroday and present a lecture on behalf of Keck at the Mauna Kea VIS. This would be the second run across island to Hilo in as many weeks, after almost a year without visiting Hilo, funny how that works.
By Saturday morning things were better, but not great. So off to Hilo I went, a good dose of decongestant improving the situation. I may not have been at 100%, but I had commitments to keep.
David Lynn manning the Keck table at Astroday 2012Astroday is always fun, everyone from the astronomy community setting up tables and educational exhibits throughout the Prince Kuhio Plaza Mall in Hilo. At this point I know so many of the folks there, even the guys from Hilo I only meet a few times each year. The event is really designed for kids, with plenty of activites and a little education mixed in.
I manned the Keck table for a couple hours until David relived me. We did the Astro Haiku contest again. Not bad, but it was a repeat of last year. We really need to get some science experiment bling for our table next year. I have some ideas for that.
Here is the stream for tonight’s Keck lecture. Nothing to see if you stop by early (or late). Come by at 7:00pm HST to see Dr. Richard Wainscoat of the University of Hawai’i Institute for Astronomy, “City Dark: Search for Night on a Sleepless Planet.”
Better yet… drop by the Kahilu Theater in Waimea to see the talk in person.
