Jim
Disbrow has been a Science Judge with the Junior
Academy at the Washington
Academy of Sciences for almost as many years as he has been a
presenter at the Professional Development Institute (PDI) hosted
annually by the Virginia Association of Science Teachers
(www.VAST.org
). Props he lent were from his collection of PDI discrepant event
props. He is currently WAS Vice President for Administration.
Montgomery
Blair High School (MBHS) has one of the country’s top magnet high
school science programs. The MBHS Magnet Program had the 2012 Senior
Research Project’s Convention and Program’s Poster Exhibit in
Silver Spring, Maryland, on Thursday afternoon and evening, February
22nd. Students made presentations of their individual research
projects. On display were the results of 90 research projects
covering the physical sciences of astronomy, biology, chemistry,
earth/geospace and physics, as well as the behavioral, computer, and
social sciences.
The
Junior
Academy
of the Washington
Academy of Sciences
provided 16 volunteer judges to evaluate the projects of these young
scientists - and to decide which special recognitions were deserved
by each. The judges spoke directly with the students, inquiring on
the research and study behind their presentations. Many of the judges
commented on the enthusiasm and excitement the students brought to
their work.
The
students presented their research as the judges moved about the room
in small groups, each group evaluating posters addressing a specific
field. The judges engaged the students in a free flowing discussion
of ideas and lessons learned, including how much fun they have had
during their project’s unfolding process.
When
the judges heard the initial presentation by a student presenting a
poster on Astronomy, one judge offered the student an opportunity to
review and display some additional props that had bearing on his
research subject:
Complete
facsimile of Einstein’s 1912 Manuscript on the Special Theory of
Relativity (in German - with a complete robust set of equations -
and with an English translation);
Lexicon
sharing knowledge on the current status of the Millennium Prize
Problems, posed in 2000. Of seven of the world’s greatest unsolved
mathematical puzzles, six apply to his topic: Poincare Conjecture,
Hodge Conjecture, Birch and Swinnerton-Dyer Conjecture, Yang-Mills
existence and mass gap, Navier-Stokes existence and smoothness,
Riemann hypothesis); and
A
prop that demonstrates field theory via Maxwell’s Equations
(rare-earth magnets that drop through a foot-long plumber’s copper
pipe).
When
the student came on stage to receive his recognition as the 1st Prize
Winner in Astronomy, this offer was pointed out to the audience,
including where to see the props.
Over
50 individual special recognition awards were made at that evening’s
ceremony. Jim Disbrow, Washington Academy Vice President of
Administration, made these individual awards on behalf of the
Washington Academy of Sciences.
After
the awards ceremony, the young scientist kept running the prop
through its paces in front of a gaggle of people, using both a cow
magnet and the rare-earth magnets - drawing spontaneous laughter from
the amazed parents, teachers and students as he explained and they
realized why it worked so far differently than they might have ever
imagined. With event props demonstrating different physical
realities, the student was engaged and drank from each of these three
fire hoses, understanding what topologies he had in hand - and
responding appropriately.
The
students’ hard work was demonstrated in their presentations and
response to inquiries. The judges were continually amazed at the
ingenious ideas and approaches the students took, often under the
guidance of professional scientists associated with local
Universities, Government Laboratories, and private corporations.
Those mentors present were introduced and honored by their
student-proteges.
One
aspect that struck every judge was each student’s personal
involvement in their projects. Many students had received
scholarships and internships that led directly to the hypotheses and
results reported on the posters. The posters were made by the
students in school facilities that supported making wonderful
professional-quality posters - and they made good use of them.
The
judges evaluated the research on scientific thought, creative
ability, project thoroughness and clarity, and exhibit presentation.
Judging the presentation on the accuracy of the science, the merit of
science, and the challenges of the research along with the enthusiasm
of the student made it a difficult task for all. In line with the
non-competitiveness of science poster exhibits, each participant
received an award suitable for inclusion in their college
applications. However, after much deliberation and reevaluation by
the judges, 50 projects received special recognition.
It
was good to see that science and technology exploration is in the
hands of qualified and enthusiastic young scientists. At the awards
ceremony, the keynote speaker was an MBHS graduate (a participant of
this same poster presentation event 6 years prior) told his story
about what he had experienced in higher learning since he had
graduated from high school, where he was now in his career, and,
based on the lessons he has learned, encouraged the students on
making the most of their futures. He gave some very insightful
comments to these students whose paths are still open.
The
Washington Academy of Science provided formal certificates to each
student in appreciation of allowing us to be a part of their
experience, with the hope that each of the students will continue
with their enthusiasm and interests in Science, Technology, Reading,
Engineering, Art and Mathematics (STREAM) - wherever the currents
take them.
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