Williams College Eclipse Study Heads to Siberia

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WILLIAMSTOWN - On Friday, August 1, 2008, the moon will pass in front of the sun, blocking the everyday solar surface. When that happens, it gets a million times darker outside, allowing the faint outer layers of the sun to be seen and studied.

Scientists Jay Pasachoff and Bryce Babcock of Williams College are leading an expedition to Siberia so as to station themselves and their equipment in the path of totality (the phase of an eclipse when it is total), which is only hundreds of miles wide in spite of being thousands of miles long.

Leaving Williamstown on July 21, they flew 1,750 miles east to Novosibirsk, the third largest city in Russia. Their observing site will be in collaboration with Dr. Allya Nestorenko of the State University of Novosibirsk and Dr. Igor Nestorenko of the Budker Institute of Nuclear Physics. The university is in Akademgorodok, a small, academic town about 20 km east of Novosibirsk.

There, scientists from Poland, Australia, and Greece will join them, and their number will swell to 29. During the pre-eclipse week in Akademgorodok, they will be very busy setting up and testing equipment, working in collaboration with Nestorenko.

Their experiments deal with the solar corona, especially how it is heated to millions of degrees. The expedition carries twin telescopes with different filters that pass only light from the hot coronal gas along with high-speed digital cameras of a special type.

The expedition includes Williams College students Katherine Dupree '10 and Marcus Freeman '10 as well as Keck Northeastern Astronomy Consortium Summer Fellow Matthew Baldwin '10. To provide vital Russian-language translation and liaison services, they will be joined by Williams College Russian history professor William Wagner. Dr. Paul Rosenthal is the expedition medical doctor.

Pasachoff is also collaborating with Glenn Schneider of the University of Arizona who will view the eclipse aloft from high above the Arctic. A platform controlled by two gyros will carry several cameras for recording eclipse images.

Pasachoff is chair of the International Astronomical Union's Working Group on Eclipses. He has viewed 46 previous solar eclipses.
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State Fire Marshal: New Tracking Tool Identifies 50 Lithium-Ion Battery Fires

STOW, Mass. — The Massachusetts Department of Fire Services' new tool for tracking lithium-ion battery fires has helped to identify 50 such incidents in the past six months, more than double the annual average detected by a national fire data reporting system, said State Fire Marshal Jon M. Davine.
 
The Department of Fire Services launched its Lithium-Ion Battery Fire Investigative Checklist on Oct. 13, 2023. It immediately went into use by the State Police Fire & Explosion Investigation Unit assigned to the State Fire Marshal's office, and local fire departments were urged to adopt it as well. 
 
Developed by the DFS Fire Safety Division, the checklist can be used by fire investigators to gather basic information about fires in which lithium-ion batteries played a part. That information is then entered into a database to identify patterns and trends.
 
"We knew anecdotally that lithium-ion batteries were involved in more fires than the existing data suggested," said State Fire Marshal Davine. "In just the past six months, investigators using this simple checklist have revealed many more incidents than we've seen in prior years."
 
Prior to the checklist, the state's fire service relied on battery fire data reported to the Massachusetts Fire Incident Reporting System (MFIRS), a state-level tool that mirrors and feeds into the National Fire Incident Reporting System (NFIRS). NFIRS tracks battery fires but does not specifically gather data on the types of batteries involved. Some fields do not require the detailed information that Massachusetts officials were seeking, and some fires may be coded according to the type of device involved rather than the type of battery. Moreover, MFIRS reports sometimes take weeks or months to be completed and uploaded.
 
"Investigators using the Lithium-Ion Battery Fire Checklist are getting us better data faster," said State Fire Marshal Davine. "The tool is helpful, but the people using it are the key to its success."
 
From 2019 to 2023, an average of 19.4 lithium-ion battery fires per year were reported to MFIRS – less than half the number identified by investigators using the checklist over the past six months. The increase since last fall could be due to the growing number of consumer devices powered by these batteries, increased attention by local fire investigators, or other factors, State Fire Marshal Davine said. For example, fires that started with another item but impinged upon a battery-powered device, causing it to go into thermal runaway, might not be categorized as a battery fire in MFIRS or NFIRS.
 
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