Saint Mary’s Anthropology department expands its technological toolkit

Dr. Jonathan Fowler (l); Greg Baker (behind), Instrument Technician with the Maritime Provinces Spatial Analysis Research Centre, part of the Saint Mary's Geography department; Sara Beanlands (senior archaeologist at Boreas Heritage Consulting and an adjunct professor in the Anthropology department).

This past semester, the Department of Anthropology at Saint Mary’s added a new device to its archaeological arsenal: the Noggin 500, a ground-penetrating radar (GPR) that will help students and faculty literally see beneath the soil as they explore some of Nova Scotia’s most important historic sites. The instrument is designed and built by Sensors & Software of Mississauga, Ontario.

“GPRs are used commonly in research and archaeological consulting internationally,” says Anthropology Professor Dr. Jonathan Fowler, “but less often in our region. We hope to change that.”

The purchase was a joint partnership between Boreas Heritage Consulting and Northeast Archaeological Research, two Halifax-based archaeological consulting companies. Sara Beanlands is an archaeologist with Boreas, a graduate of Saint Mary’s History program, and an adjunct professor in the Anthropology Department. She says it’s critical for students to have access to this kind of technology: “It’s already a standard part of archaeological practice in many parts of the world, and will become so here as well.”

Saint Mary’s students already have access to the Geonics EM38B, a device which measures soil magnetism and can put together a limited picture of what lies underneath. It’s especially good at seeing places where buildings have been burned and no visible traces remain—after burning, the soil’s magnetism is enhanced. This is especially helpful at sites such as the burned Acadian village at Grand-Pré.

The addition of the Noggin—with a different set of strengths—complements the EM38’s abilities and puts a whole other underground world within reach. Whereas the EM38 sees best in the top 50 centimetres of soil, the Noggin can see as much as two metres down, and can map the subterranean environment in three dimensions. The Noggin GPR is especially good at spotting “discontinuities” in soil texture and type, such as those caused by unmarked graves.

The result of this expanding technological toolkit is a more accurate sense of what lies where, especially valuable when making the most of time in the field.

“It’s important for students to learn the traditional approaches to mapping and examining sites,” says Beanlands, “but these absolutely help us focus where to dig and figure out where there’s better potential to find a site of interest.”

So far, Dr. Fowler has run a series of test surveys at archaeological sites in Nova Scotia. In collaboration with Parks Canada, the GPR is also being used at national historic sites, including Grand-Pré in the Annapolis Valley and Citadel Hill in Halifax. To call the early results promising would be an understatement.

“We’re seeing archaeological features we’ve never seen before,” says Dr. Fowler, “and it’s honestly totally changing my interpretation of certain things. The complementary principle is really playing out…and it’s giving students access to skills and training that are very rare, maybe unique, in Canada right now. This will be extremely important to their future careers.”

Saint Mary’s researcher receives Human Rights Award for contributions to Accessibility Act

Dr. Linda Campbell

Environmental Science professor Dr. Linda Campbell and fellow members of the Bill 59 Community Alliance recently received a 2017 Nova Scotia Human Rights Award in recognition of their contributions to Bill 59, otherwise known as the Accessibility Act.

“I was and still am honoured to be a part of this process, working with a truly impressive group of advocates and lawyers,” said Dr. Campbell. “I am really glad that the Alliance's work is getting recognized publicly.  I also want to thank Saint Mary’s Faculty of Science for their support as I worked on this important legislation.”

Presented annually by the Nova Scotia Human Rights Commission, Human Rights Awards acknowledge the work of Nova Scotians who advance human rights at the community level. The Bill 49 Community Alliance helped ensure Bill 59 adequately addressed the needs of Nova Scotians with disabilities through collaboration with the Province.

Earlier this year, their work was recognized with a Mel Hebb Hourglass Action Award from the Partnership for Access Awareness.

SMU Chemist Wins 2017 Professional of Distinction Award

 Dr. Jason Clyburne

Dr. Jason Clyburne, Professor in the Departments of Chemistry and Environmental Science at Saint Mary’s University, was named the winner of the 2017 Professional of Distinction Award at the Discovery Centre’s 15th Annual Discovery Awards for Science and Technology on November 23.

The Professional of Distinction Award honours world-class scientists who demonstrate ingenious thinking in the creation of unique ideas, concepts, and perspectives within their field. Previous recipients of this award have gone on to receive the highest science recognitions in both Canada and the world, including the Nobel Prize.

Dr. Clyburne is the first recipient in this category from Saint Mary’s University.

“Dr. Clyburne is internationally recognized as a leader in the study of green chemistry,” says Dr. Steven Smith, Dean of the Faculty of Science. “He has established a tremendous reputation for creative, elegant chemistry in pursuit of environmental solutions.”

A second Saint Mary’s faculty member was honoured at this year’s Discovery Awards Gala. Dr. Sam Veres, Associate Professor in Engineering, was one of three finalists in the Emerging Professional category. Less than five years into his professorship, Dr. Veres’ research has shown great promise to help reduce chronic pain related to soft-tissue damage.

Dr. Jason Clyburne – 2016 Professional of Distinction Winner

Dr. Jason Clyburne is widely recognized as a leader in the study of green chemistry, particularly in the field of ionic liquids and nucleophilic carbenes. His pioneering research, which involves the application of designer chemicals and materials to the removal of environmentally hazardous substances from industrial processes, is widely recognized for its potential to mitigate a wide range of environmental issues. In his young but robust career, Dr. Clyburne has built a reputation for excellence and creative innovation, and his colleagues repeatedly describe his work as “novel,” “creative,” and “original.” Most recently, Dr. Clyburne’s discovery of the elusive CO2 compound cyanoformate (published in Science) received significant scientific and media attention, particularly due to its promising implications for the future and direction of carbon capture technology.

Watch Dr. Jason Clyburne’s Discovery Award Finalist video

Read more about Dr. Jason Clyburne’s cyanoformate discovery

Dr. Samuel Veres – Emerging Professional Award Finalist

Dr. Samuel Veres

In fewer than ten years, biomedical engineer Dr. Sam Veres has made rapid progress through the scientific/engineering education cycle, and his work has provided fundamental insights into the structural changes that occur in mechanically overloaded soft tissues. By exploring mechanical damage to connective tissues in a novel way—with focus on the basic biomechanics of failure rather than the inflammation/healing responses that have occupied clinical medicine—Dr. Veres is working to develop new therapies for the treatment of tendons, ligaments, and the intervertebral discs of the lower back.  

Greg Campbell, BSc '76, shares lessons with Science Dean’s List students

2016-2017 Dean’s List students

The Faculty of Science and the Alumni Office recently celebrated the outstanding academic achievements of 2016-2017 Dean’s List students at a reception in McNally Theatre Auditorium.

This year’s guest speaker was Saint Mary’s University alumnus Greg Campbell, who completed his Bachelor of Science in Biology in 1976. Greg shared lessons he learned as a science student and through his career in corporate finance. He stressed the importance of building strong written communication skills, noting that “mastery of the written word is what will separate a good technical specialist from a great one.” 

To qualify for the Dean’s List, science students must have achieved a grade point average of at least 3.67 in the previous academic year. 

Greg Campbell, BSc in Biology ’76

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Dr. Elizabeth McLeod: Dedication in pursuit of a goal

“Balance is key,” says Elizabeth McLeod, about managing her life while earning her Doctor of Philosophy in Business Administration (Management) after 10 years of study and research.

Pursuing her latest degree and holding a full-time job kept Dr. McLeod juggling school, work, and home life, and “keeping all the balls in the air at once” was a challenge. A PhD typically takes four to five years to complete, and even longer on a part-time basis. The first two years consist of classes, followed by comprehensive exams, and then an extensive research project. During those years, vacations from her job were spent studying for exams, conducting research, and writing.

The epitome of a committed Santamarian, Dr. McLeod not only completed her Bachelor of Science in Chemistry and Master of Business Administration at Saint Mary’s, she has worked in the Faculty of Science for 27 years. Recent students will know her as a Lab Technician in Chemistry, but Dr. McLeod has also been a Neutron Activation Technician, a WHMIS Instructor, and has held roles in the Dean of Science Office and Co-operative Education.

Her PhD dissertation, which she successfully defended in June, is titled “The Role of Privacy Management in Brand Protection and Brand Value.” Her work focused on researching privacy issues and concerns with the use of a growing number of invasive technologies, and how these concerns can affect a brand’s value. Her research confirms that privacy management plays a significant role in brand protection and brand value.

Dr. McLeod is excited about completing her doctorate and she is grateful for the support she received throughout her degree from her supervisor Dr. Dawn Jutla, her PhD Director Dr. Albert Mills, and from her family, friends, and colleagues.

“Dr. McLeod’s dissertation provides a seminal publication empirically connecting organizational privacy behaviors, brand protection, and brand value,” says her supervisor Dr. Dawn Jutla.

For her research Dr. McLeod used a preliminary survey of privacy and security experts to discover what their top concerns are about privacy. The findings informed a formal survey instrument, which included both new and existing scales for the constructs that were later validated. This work contributes a new model that connects privacy practices, experienced harms, privacy concerns, brand protection, and brand value to management, management information systems, marketing and risk literatures. “Empirical testing of the hypotheses has confirmed that privacy management plays a significant role in brand protection and brand value,” writes Dr. McLeod in her abstract.

Saint Mary’s is a family affair for the McLeods. Elizabeth’s husband Ron is a Saint Mary’s part-time professor, and their two children have spent time on campus as well. Their son Connor received the Gold Medal when graduating with his Diploma of Engineering at Saint Mary’s, and their daughter Kaleigh started a Bachelor of Science this fall.

“Elizabeth has been on life’s journey, holding down a full-time job, raising teenage children, surviving car accidents, burying loved ones, supporting a creative entrepreneur-husband, and celebrating 10 birthdays while doing her dissertation,” said Dr. Jutla.

“Her story is one of perseverance producing great work with support from her village—the good people at Saint Mary’s University, especially Albert Mills, PhD Director, who believed in her too, and fellow PhD graduates like Anthony Yue. We are all so very proud of her!”

Ray MacNeil joins Saint Mary's as new CLARI Network Manager

Ray MacNeil

Saint Mary’s University is pleased to announce that Ray MacNeil has joined the university as our new CLARI Network Manager.  Ray is now finishing his second-week on campus and is a welcome addition to Saint Mary’s and the CLARI network.   

“The CLARI facility here at Saint Mary’s is the heart of the province-wide network,” Dr. Adam J. Sarty, Associate Vice-President, Research and Dean of the Faculty of Graduate Studies and Research.  “Ray brings decades of experience working in highly productive and collaborative environments to CLARI, and is the right person at the helm as we expand the reach of our change lab.”

A twenty-six-year veteran of the Nova Scotia public service, Ray has spent the last ten years of his career exploring advances in the complexity sciences and their application to improved public services. His work in this area has resulted in consulting requests with a number of other governments and institutions.

In 2016, Ray was honored with the Nova Scotia Public Servant of the Year Award by the Springtide Collective.  In that same year, he retired from the public service and created Organizational Dynamics, a consulting firm dedicated to complexity informed management practices. Ray has remained a regular presenter on issues related to the management and measurement of public services.

CLARI is a cross-province, multi-post-secondary education partnership offering academic and research expertise, designated spaces and communications technology to support Nova Scotia communities in applying stakeholder collaboration techniques and action research toward addressing social and economic challenges.

CLARI’s hub-and-spoke style network spans the province, combining the talents and resources of its six founding partner universities and the Nova Scotia Community College’s 13 campuses. Through CLARI, partners can assist communities in all parts of the province in developing social and economic improvement projects while providing enhanced learning opportunities for students.

Master of Science student Corwin Trottier recognized by Mineralogical Association

CorwinTrottier

Congratulations to Master of Science in Applied Science candidate Corwin Trottier, recipient of a prestigious $5000 Mineralogical Association of Canada (MAC) Foundation Scholarship.

Corwin Trottier is currently pursuing a Master of Science in Applied Science under the supervision of geology professor Dr. Jacob Hanley. He holds not one, but two undergraduate degrees from Saint Mary’s University: a Bachelor of Science in Physics and a BSc in Geology.  

Trottier’s MSc thesis builds on his summer research with Dr. Hanley and Dr. Georgia Pe-Piper, where he studied samples from the Great Bear magmatic zone (GBMZ) in the Northwest Territories. These samples contain polymetallic “five-element” (Ni-Co-As-Ag-Bi) mineralization, which occur as structurally controlled veins within lightly metamorphosed volcanic and sedimentary host rocks. 

“Noteworthy recent research on five-element veins have focused on several European deposits, but GBMZ deposits remain untouched by modern analytical techniques,” writes Trottier in his thesis rationale.

Trottier’s research examines 60 rock samples that had been collected in the 1960s from the Eldorado Mine, which operated from 1933 to 1982, and stored at the Department of Natural Resources (DNR) division of the Geological Survey of Canada (GSC) in Ottawa. His objective is to advance the understanding of the ores at Eldorado Mine and similar five-element veins using modern analytical tools.

“Mr. Trottier is laying new ground in our understanding of uranium-silver deposits in Canada and abroad,” said Dr. Hanley. “I have been greatly impressed by his worth ethic and care in conducting this important research.”

Previous studies in the GBMZ have not quantified the metals in ore fluids, nor have they captured trace element and stable isotope chemistry at the scale of individual vein stages. As a result, current models have not been able to explain the source of uranium and other metals at Eldorado from a geochemical perspective.

“Final results will be compared to those of previous studies in the GBMZ and other five-element occurrences around the East Arm of Great Slave Lake, NWT,” writes Trottier. “This comparison will provide insight into the potential genetic relationship between similar deposit styles of variable ore grade at local and regional scales. The expected outcome will bring a better understanding of how ore metals are distributed in similarly complex vein deposits.”

About the Scholarship

The Mineralogical Association of Canada awards two $5000 scholarships yearly, one to a student enrolled in an MSc program and one to a student in a Ph.D. program. The applicable fields of study are: Mineralogy, Crystallography, Geochemistry, Mineral deposits and Petrology.

Dr. Rowland Marshall Prize in the Science of New Energy awarded to Taylor Lynk

Dr. Rowland Marshall and Taylor Lynk

Saint Mary’s University is pleased to announce that Taylor Lynk, a fourth year Bachelor of Science student, is the winner of the inaugural Dr. Rowland Marshall Prize in the Science of New Energy.

Lynk, from Marion Bridge in Cape Breton, will complete her B.Sc. with Honours in Chemistry degree with a Diploma in Forensic Science this year. She is working on her honours project with the supervision of Dr. Christa Brosseau.

The prize will be presented annually to a full-time student enrolled in the Faculty of Science at Saint Mary’s University, for a paper on something new and innovative related to the study of new energy – with particular interest in renewable resources and energy. The award is given for a completed paper or it can be used as seed funding for a thesis. The concept must be explained in fewer than 500 words, supported by images or diagrams as appropriate. When selecting a recipient, the judges consider three variables:

• Recognition of the student’s existing work on new energy sources
• Incubation opportunity for research in new energy
• Incentive for an innovative approach to new energy sources

“Congratulations to Taylor Lynk on receiving the 2017 Prize in the Science of New Energy for her research and paper. Taylor's attainment is specially significant in that this is the first award of this particular new prize in the Science Faculty here at Saint Mary's. Well done, Taylor,” said Dr. Marshall.

The winning paper explores a way to use green materials to synthesize nanomaterials in an environmentally benign way to allow for continued growth of the nanotechnology field.

Working with fellow students in Dr. Brosseau’s lab, she tested using avocado pit extract as an alternative to harsh chemical reducing and capping agents commonly used in noble metal nanoparticle synthesis.

Lynk explained that using avocado pits was an idea conceived by herself and fellow researcher, Osai Clarke, when they were inspired to make use of the waste from a fellow student's lunch. “The avocado pit is a byproduct of avocado processing, so this project could potentially be a good solution for diverting some of the waste generated from avocado consumption,” she said.

She found that this renewable waste product demonstrated superior performance over traditional counterparts, which is a key step in implementing the replacement of chemical feedstocks with sustainable options. This method could be valuable for future large-scale plasmonic applications such as in plasmon-enhanced solar cell technology.

Along with the Dr. Rowland Marshall prize, Lynk has maintained a renewable entrance scholarship with academic achievement increases over two years. She won “Best Undergraduate Oral Presentation in Analytical Chemistry” at the 2017 Science Atlantic Chemistry Conference (ChemCon), two Department awards for “Scholarly Achievements and Academic Excellence in Chemistry,” and has been on the Dean’s List since her first year at Saint Mary’s.

Dr. Rowland Marshall’s connection to Saint Mary’s University spans 55 years. Along with his late wife Margó Takacs Marshall, the former philosophy professor has established a variety of student awards. In 2017, on Canada’s 150th anniversary, he is happy to be still involved in the university’s evolution and success.

Saint Mary’s astronomer part of Canadian collaboration exploring how galaxies form and evolve

Canadian astronomers will soon build the Gemini InfraRed Multi-Object Spectrograph (GIRMOS), a sensitive infrared spectrograph capable of producing images of the sky in unprecedented detail, thanks to a $13 million Canada Foundation for Innovation grant announced today, Oct. 12.

GIRMOS will help shed light on how galaxies form and evolve over cosmic time and is designed for use on the 8-metre telescopes of the Gemini Observatory, which are among the largest telescopes currently in existence. With it, researchers will be able to study some of the faintest, oldest, and most distant objects in the universe; probe the formation of stellar and planetary systems; and investigate galaxies in the early universe.

Dr. Marcin Sawicki

Saint Mary’s University’s contribution to the GIRMOS project is to develop the data-processing pipeline and instrument simulator. The instrument simulator will allow astronomers to plan their observations, while the pipeline is essential for taking the raw observations from the instrument and turning them into data suitable for scientific analysis.

“Developing these elements of GIRMOS taps directly into the expertise in observational astronomy and computational astrophysics that are research strengths at Saint Mary’s,” said Dr. Marcin Sawicki, Canada Research Chair in Astronomy at Saint Mary’s. “Our researchers and students will get a chance to participate in the construction of GIRMOS and then use it to study distant galaxies.”

Dr. Sawicki and researchers from other Canadian institutions are developing the ground-breaking technology under the direction of project lead Dr. Suresh Sivanadam from the University of Toronto’s Dunlap Institute for Astronomy & Physics. GIRMOS will also serve as a precursor to a spectrograph for the $1.5 billion Thirty Meter Telescope, which is now under construction in Hawaii.

Other GIRMOS partners include the National Research Council, University of British Columbia, University of Victoria, Laval University, Dalhousie University, York University, and the University of Manitoba.

Saint Mary's team presents Hackathon concept to five Federal ministers in Ottawa

(L-R)Mandy Hoyt, Senior Policy Analyst with Data Strategies & Development at ESDC; Chelsea-Leigh Robinson-Sharman, Junior Policy Analyst with Strategic and Service Policy/Open Data & Open Government at ESDC; Sandy Kyriaki, Chief Data Officer for Employment and Social Development Canada (ESDC); Doug Woodworth, Senior Director of Data Strategies & Development at Employment and Social Development Canada (ESDC); Sunil Udhayakumar, CDA student; Keith Bain, Graduate Program Manager; Raj Sonani, CDA student; Matt Triff, CDA student; Patrick Charette, Manager of Strategic and Service Policy/Open Data & Open Government at ESDC

Saint Mary’s Master of Science in Computing and Data Analytics (CDA) students Matt Triff, Sunil Udhayakumar, and Raj Sonani, along with Graduate Program Manager Keith Bain, were invited by Employment and Social Development Canada to participate in a National Poverty Conference in Ottawa recently.

As guest speakers at the “Working Towards a Canadian Poverty Reduction Strategy” event, the CDA students shared their experiences developing, organizing, and participating in Hackathon events.

Using real-life examples, the team discussed how data from multiple sources could be used to find innovative solutions to social challenges we face in Canada, and shared their experiences in using advanced computing and data analytics techniques and tools to lead to creative solutions for the government and private sector.

Federal ministers attending the event included: 

• The Honourable Jean-Yves Duclos, Minister of Families, Children and Social Development;
• Louise Levonian, Deputy Minister, Employment and Social Development Canada (ESDC);
• The Honourable Lawrence MacAulay, Minister of Agriculture;
• The Honourable Jody Wilson-Raybould, Minister of Justice and Attorney General of Canada; and
• Adam Vaughan, Parliamentary Secretary to the Minister of Families, Children and Social Development.

“The longer-term goal is to organize a hackathon focused on poverty issues through the MSc CDA program, analysing huge data sets to generate new ideas and innovations that could potentially help improve service delivery in key areas,” said Mr. Bain.

“At Saint Mary’s we are always fostering a creative environment where our students can use Data science in every day to day situations to improve the way we live,” wrote the team after their presentation.

Saint Mary’s launches new Innovative, Creative and Entrepreneurial Mindsets Fund, calls for proposals

Saint Mary’s University invites faculty, students and staff to develop activities, events, research and teaching to enhance creative, innovative and entrepreneurial thinking.

Successful proposals will be supported through the new Innovative, Creative and Entrepreneurial Mindsets Fund.

The learning outcomes that we aspire to have all students graduate with and that this fund will help develop are:

1. Development of critical thinking skills and good judgement/discernment
2. Ability to identify problems and seek opportunities through discovery and design thinking
3. Capacity to cultivate new ideas and solve problems
4. Courage to take a risk and resilience to deal with failure
5. Aptitude to move to action and take advantage of opportunities/create social and economic value
6. Self-reflection and ability to learn from both mistakes and successes
7. Understanding of alternative ways of organizing (e.g. cooperatives, collectives, nonprofits, social enterprises, for-profits, start-ups)

Call for Proposals

Proposals are invited from individual Saint Mary's faculty, students and staff as well as from Departments, Programs, Societies and groups of individuals. The primary applicant must be a member of the Saint Mary’s University community. Applicants will provide a detailed plan including a budget (normally expected to be in the range of $1,000 to $5,000 to a maximum of $10,000/per application) with expected outcomes and agree to share what they learned in a seminar, published article and/or workshop. Applicants are encouraged to be creative in their approach and to wisely use the money they apply for. The budget is not to be used for course releases or for curriculum development activities that are a normal part of faculty teaching responsibilities.

Possible projects include everything from design thinking workshops for staff and students across the university to pitch competitions for IP that can be commercialized or a community of practice using critical thinking to address wicked problems. Note that this not funding for a start-up.

Submission of Applications for Funding and Deadline

Applications for funding are to be submitted electronically to donna.filek@smu.ca and must be received by 4 p.m. on October 31, 2017.

More information and application form (PDF)

Saint Mary's Astrophysics student publishes star-gazing book for kids

John Read, a Saint Mary's Astrophysics student and author. 

John Read, a full-time Astrophysics student at Saint Mary’s, knows how to manage his time wisely. This summer he has published three (yes three) new books and republished another book. Along with his second novel (Callisto Deception) and 50 Targets for the Mid-Sized Telescope, he has written a children’s book: 50 Things to See with a Telescope – Kids.

Read, a self-described nerd, has long been interested in astronomy. He loved reading astronomy articles in National Geographic magazines as a child but it wasn’t until he got his first $14 telescope at Walgreens drugstore in his early 20s that it became a passion. He started photographing the sky, buying increasingly better sky-gazing equipment. He also joined a local astronomy club in California, and was awarded the Joe Disch award for volunteering at almost 50 star parties in a single year. 

He wrote his first book, 50 Things to See with a Small Telescope, upon discovering that many students who owned telescopes didn’t know how to use them. Self-published in 2013, it quickly became successful, often leading Amazon’s stargazing and astronomy best-seller lists. It has been translated into 10 languages.

“For me, it’s not enough to see the wonders of the universe with my own eyes: I have this unquenchable desire to share my experience with the world,” he wrote in a piece published this year in Popular Astronomy. 

About the book

Read says that his book was created in response to other astronomy books that either have too much detail for beginners, or too few pictures.

In 50 Things to See with a Telescope – Kids, each colourful page contains a telescope view feature, showing young stargazers how to view galaxies, nebulae and star clusters with a small telescope or binoculars.

Read says it would be appropriate for ages eight and up, and is a great way for kids and parents to understand the night sky and foster a love of astronomy.

 Quitting Your Day Job

Now in the second year of his BSc in Astrophysics at Saint Mary’s, Read, 34, has more life experience than most of his fellow students. He first graduated from Saint Mary’s in 2005 with a Bachelor of Commerce and started climbing the corporate ladder, taking on roles with increasing responsibility at a Fortune 500 company in California before retiring to pursue his passion.

He returned home to Nova Scotia with his wife and two toddlers, and he has some big post-graduation plans. He can envision working in academia, as well as working on large scale projects as a research scientist.

Saint Mary’s is home to one of the world’s few Twitter-controlled observatories, the Burke-Gaffney Observatory. Read envisions that similar technology could someday be leveraged, so that he can study from Halifax using shared equipment in the U.S. and around the world.

Hobbyists

For anyone interested in astronomy, Read recommends joining the Halifax chapter of the Royal Astronomical Society of Canada. The group of over 200 amateur and professional astronomers hosts events such as Keji Dark Sky Weekends and the Nova East Star Party.