Exploring Our Virtual Galaxy
Exploring Our Virtual Galaxy
Instructor: Manpreet Singh
Email: ms9064@nyu.edu
Dates: 1/8, 1/15, 1/22, 1/29, 2/5 (5 Lessons)
Time: 5:00pm - 6:00pm
Course Description
Students will embark on a 5-week journey to explore the Milky Way Galaxy through online simulators. The goal of this course is to give students a better understanding of their home galaxy and to take "virtual field trips” to distant solar systems to learn about their vastness. We will travel to remote locations such as the Crab Nebula and even create our own Galaxy Simulations by the final week.
There will be discussions about the origins of life, extraterrestrial intelligence, astrobiology, astrophysics and gravity. Students will also lead group and solo expeditions to remote locations in the galaxy to discover new stars, planets, and systems.
Course Objectives
Familiarize students with and get them comfortable using online simulators to observe, research and learn about stars and the Milky Way
To discuss and learn about the fundamental concepts/theories behind the origins of life, extraterrestrial intelligence, astrobiology, astrophysics and gravity
To come up with our own approximation of the number of Extraterrestrial Species in our own galaxy
To take virtual field trips and embark on student led expeditions to encourage curiosity and interest
To create our own galaxy by the end of the course and have the opportunity to record and share it with each other
Materials
All readings, videos, and notes will be provided by the instructor. Students are expected to have a computer with Zoom downloaded on it, a functioning web camera, and audio microphone. The two online simulators we will be using are listed below. These are both free and don't require too much technical hardware on any computer to run. They should work fine for practically most computers out there. No downloads necessary.
Course Policies
All students are expected to be in attendance unless the instructor is notified prior to absence
Any students who miss a lesson can email the instructor directly to find out about the assignment for the next lesson
All students are expected to complete all assignments by their respective due date
Students are expected to be respectful of each other during class discussions
Course Schedule
12/11/20
Icebreaker Activity
The Universe In a NutShell
From Quantum to Galactic
The Cosmic Speed Limit
Introduction to Solar System Scope
How to use it
What it can do
Assignment 1 Due June 30th
12/18/20
Intelligent Life
The Kardashev Scale
Dyson Spheres
First Expedition to Rigil Kentaurus
The life of a star
Types of Stars
Assignment 2 Due July 7th
1/8/21
Exoplanets
The Drake Equation
The Fermi Paradox
Methods of Detection
Extraterrestrial Intelligent life
Creating our own approximation for the number of planets out there that harbor intelligent life like that on Earth
Introduction to gravity
Galileo Galilei
Issac Newton
Second Expedition this time led by students
Assignment 3 Due July 14th
1/15/21
Introduction to the Gravity Simulator
How to use it
What it can do
How to prevent your universe from collapsing
Black Holes
The Schwarzschild Radius
Gravity and light
The event horizon
The first picture
Assignment 4: Creating your own galaxy Due July 21st
1/22/21
Present each galaxy to the group and discuss what is happening in terms of physics
Space Exploration
Current Innovations
Commercial and Government Space Organizations
SpaceX
NASA
The future of Astrophysics
Dramatic Writing Workshop: Sitcoms
For Grades: 8, 9, & 10
Dates: Mondays – 12/7, 12/14, 12/21, 14, 1/11
Time: 4 - 5 PM
Price: $265
Everybody is a Body: Anatomy & Physiology
Time: 4 - 6:30 PM EST
Dates: Thursdays – 1/21, 1/28, 2/4, 2/11, 2/18
Instructor: Michael Rothbaum
Course Overview
We are pleased to offer a special enrichment seminar exploring one of the most complex and beautiful systems ever developed—the human body. Together we will take a journey through some of the body’s major organ systems as we dive into the basic principles of human anatomy and physiology. We will also cover important topics in health and medicine, and learn how to perform a physical exam.
Course Objectives
● Explore the cells, tissues, organs, and organ systems that comprise the body
● Learn the physiological principles and homeostatic adaptations that maintain life
● Understand medical principles of health promotion and maintenance
● Practice the components of a well-patient visit physical examination
Course Policies
● Students are requested to watch the supplementary videos in advance of each class
● Students are expected to attend each class with curiosity and positivity
● Students are asked to give advance notice if they cannot attend class
Syllabus
Week 1: Cardiovascular System
● Anatomy of the heart, arteries, and veins
● Principles of the cardiac cycle, blood flow, and capillary exchange
● Cardiovascular System Anatomy
● Conduction System, Ventricular Contraction, and ECG
● Capillary Exchange
Week 2: Respiratory System
● Anatomy of the upper and lower respiratory tracts
● Principles of ventilation and gas exchange
● Respiratory System Overview
● Mechanism of Breathing
● Respiration Gas Exchange
Week 3: Gastrointestinal System
● Anatomy of the GI tract and accessory organs
● Principles of digestion, absorption, and excretion
● Digestive System Anatomy
● Digestive System Physiology
Week 4: Urinary System
● Anatomy of the kidneys and urinary system
● Principles of electrolyte and fluid balance
● Kidney and Nephron Overview
● Kidney Physiology
● Glomerular Filtration
Week 5: Nervous System
● Anatomy of the brain, spinal cord, and peripheral nerves
● Principles neural
● Divisions of the Nervous System
● Neuron Action Potential
Instructor Bio
Michael Rothbaum is a third year medical student at New York Medical College. He first joined the City Smarts team in the summer of 2015 and has a wealth of private tutoring and test prep experience in a broad range of academic subjects. Michael completed his undergraduate education at Cornell University where he majored in Comparative Literature and Spanish. He plans to pursue a career in pediatric neurosurgery.
Myths, ANCIENT & MODERN
Time: 4 - 5 PM
Dates: Thursdays – 1/7, 1/14, 1/21, 1/28, 2/4
Instructor: Kevin McKeown
Course Description:
As people of the modern world, it is easy for us to think about mythology as nothing more than the fantastical attempts by ancient people who lacked science to describe the world, or as stories exaggerating the adventures and deeds of their ancestors. But viewing mythology with this modern, critical lens overlooks the most important part of myths: they are stories, created to entertain, or to teach. Myths and legends are the ancestors of our novels, movies, TV shows, comic books, and even video games.
In this course, we will explore ancient mythology, and analyze it like we would any other piece of literature or media we encounter in our everyday lives. Students will learn how to engage with stories, ancient and modern, through their narrative elements, and build skills to analyze stories from different eras through archetypes and tropes. The ultimate goal will be for each student to find a modern “myth” to analyze and relate to the ancient myths we will read during the course.
Course Objectives:
Familiarize students with the mythological world of Ancient Greece and Rome through reading excerpts from the works of classical authors such as Homer, Hesiod, Aeschylus, and Ovid.
To build a vocabulary of literary elements, archetypes, and tropes through which students can analyze, compare, and contrast the stories of the ancient and modern world.
Teach students how to explore the goals of different myths and stories: Do they entertain? Do they explain? Provide a moral, or lesson?
Explore how the perspective of different authors or treatments of the same story (or type of story) can change our experience as readers or spectators. Are heroes always heroes, and villains always villains?
Materials:
All assigned materials will be provided, including the texts, informational and historical documents, and instructional materials. Students will be expected to read the relevant texts and background documents before each class, where they will then be asked to engage with the readings alongside new materials. Students will receive each week’s readings at the end of the prior week’s class.
Course Readings will be based on the following sources:
Hesiod’s Theogony and Works and Days
Homeric Hymns
Ovid’s Metamorphoses
Apollodorus’ Library and Argonautica
Robert Grave’s The Greek Myths
Course Policies
If a student misses one of the course dates, they can reach out to me directly to catch up on what they missed, and to access the necessary materials.
Students are expected to be respectful of each other during class discussions.
Course Schedule
Week 1: Introductions to the World of Mythology, and to the Basic Literary Elements
MYTHS:
The Later Olympians:
Artemis and Apollo
Hermes
Dionysus
-Introduction to Central Literary Elements:
Character
Plot/Conflict
Setting
Theme
Point of View
Tone
-Introduction to Myth categories, Archetypes, Tropes
Week 2: Myths about the Early Days of Human Civilization
MYTHS:
Prometheus, the Creation of Humans and the Gift of Fire
Pandora and her box
Deucalion and the Flood
The Descendants of Deucalion
LITERARY ELEMENTS OF FOCUS:
Types of Characters
Types of Conflicts
Week 3: Cultural and Foundational Myths
MYTHS:
Demeter, Persephone, and the Eleusinian Mysteries
Apollo and Delphi
Cadmus and Thebes
LITERARY ELEMENTS OF FOCUS:
Setting
Theme
Week 4: Heroics: Monsters, Challenges, and Magical Prizes
MYTHS:
Zeus and Typhon
Hercules
Jason and the Argonauts
Perseus
LITERARY ELEMENTS OF FOCUS:
Point of View
Tone
Week 5: Love and Tragedy
MYTHS:
Echo and Narcissus
Daedalus and Icarus
Orpheus and Eurydice
Jason and Medea
LITERARY COMPARISONS:
Different Treatments of Myths and Tropes