Chemical Education Literature
The Wolfram|Alpha Chemistry Team
Wolfram technology usage in learning spaces listed in reverse chronological order.
◼
2020s
◼
A Modern Twist on an Old Measurement: Using Laboratory Automation and Data Science to Determine the Solubility Product of Lead Iodide
8/23
◼
Machine
Learning
for
Functional
Group
Identification
in
Vibrational
Spectroscopy
:
A
Pedagogical
Lab
for
Undergraduate
Chemistry
Students
9/21
◼
The
Compute
-
to
-
Learn
Pedagogy
and
Its
Implementation
in
the
Chemistry
Curriculum
7/2021
◼
Learning
Programming
through
Chemistry
in
a
First
-
Year
Scientific
Computing
Course
7/2021
◼
Laboratory
Glassware
Identification
:
Supervised
Machine
Learning
Example
for
Science
Students
1/2021
◼
Remote
Teaching
of
Programming
in
Mathematica
:
Lessons
Learned
8/2020
◼
Counting
Sets
of
Constitutional
and
Chiral
Isomers
:
Another
Use
of
Group
Theory
in
Chemistry
1/2020
◼
2010s
◼
Cheminformatics
OLCC
8/2019
◼
A
Note
on
Detailed
Balance
and
Absolute
Concentration
Robustness
in
the
Teaching
of
Chemical
Kinetics
3/2019
◼
Compute
-
to
-
Learn
:
Authentic
Learning
via
Development
of
Interactive
Computer
Demonstrations
within
a
Peer
-
Led
Studio
Environment
9/2017
◼
A
model
Scientific
Computing
course
for
freshman
students
at
liberal
arts
colleges
4/2017
◼
Using
Probability
and
Mathematica
Software
to
Visualize
the
Ionization
of
Amino
Acids
1/2017
◼
2000s
◼
An
Introduction
to
Turing
Patterns
in
Nonlinear
Chemical
Kinetics
10/2004
◼
1990s
◼
Visualization
of
Wavefunctions
using
Mathematica
4/1998
◼
Using
Mathematica
and
Maple
To
Obtain
Chemical
Equations
11/1997
◼
Chemical
Oscillations
in
Enzyme
Kinetics
8/1996
◼
Schrodinger
.
m
:
A
Mathematica
Package
for
Solving
the
Time
-
Independant
Schrödinger
Equation
6/1996
◼
ORD
through
the
Eyes
of
Mathematica
12/1995
◼
Huckel
Calculations
using
Mathematica
6/1995
◼
Investigating
the
harmonic
oscillator
using
Mathematica
5/1993
O
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t
[
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