Davidson
Fellows are students under the age of 18 who have completed a
significant piece of work in science, mathematics, technology, music,
literature, philosophy or outside the box. The
work of a Davidson Fellow must have the potential to make a positive
contribution to society. Since 2001, 107 Davidson
Fellows have been recognized by the Davidson Institute and each Fellow
has received a $50,000, $25,000 or $10,000 scholarship.
Positive
contributions to society made by the 2007 Davidson Fellows include:
-
Developing
a new biological imaging process using quantum dots and nanorods
to treat tumors at the cellular level
-
Synthesizing
a new weather forecasting mechanism that can be used anywhere on
earth with historical weather data
-
Creating
a unique delivery system for biomolecules and drugs to cancerous
tumors
-
Expanding
quantum algorithms to solve complexity issues in transportation,
scheduling and manufacturing
-
Researching
the effects of residual pesticides on human breast cells and
neurons
-
Examining
wave propagation in fluids and plasmas to predict deadly rogue
waves
-
Pioneering
a method for isolating DNA to detect the early stages of cance
-
Discovering
a process that could revolutionize the plastics recycling industry
-
Developing
a new encryption technique for top-secret communications
-
Engineering
a new process to inhibit bacterial pathogens
-
Performing
advanced musical compositions for piano, cello and violin at
Carnegie Hall and the Kennedy Center
-
Creating
a literary portfolio focused on deepening our understanding of
human responses to grief
Contributions of Davidson Fellows recognized since
2001 include:
-
Research in the field of number theory,
with results that have broad implications in cryptography, specifically to protect against identity theft.
-
Used antimicrobial properties from bees’
honeystomachs to create a preventative measure protecting honeybees
from the fatal American Foulbrood Disease (AFB), which affects the
pollination of billions of dollars in agriculture crops worldwide.
-
Developed
a new drug delivery method to increase the efficiency of
chemotherapy treatments, thereby controlling tumors in areas where surgery is not
an option.
-
Developed
an effective method of treating malignant
glioma, the deadliest
form of brain cancer, combining chemotherapy and gene therapy.
-
Researched
the physics of dust particles to aid in the design of
exploration and support systems for Martian spaceflight missions.
-
Investigated
the relationships of specific proteins in the human immune system in
order to develop more effective treatments for HIV patients.
-
Discovered
new insights in how DNA
“bends” under certain circumstances to form RNA, providing a
foundation for future research in nanotechnology and
biocomputation.
-
Confirmed
the
existence of a super-massive black hole in a neighboring galaxy
found by analyzing NASA data studying the amount of radiation
emitted from Centaurus A.
-
Discovered
a biological
connection as to why people gravitate toward religion.
-
Developed
mathematical modeling of
gasoline sprays to reduce automobile emissions.
-
Utilized the herb
fenugreek as a cost-effective, safe and natural way to preserve
fruits and vegetables, and as a non-toxic water purifier.
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