Planetarium

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Programming Menu

Planetarium programs are scheduled group events and traditionally target K-12 educational space science curriculums and astronomy for all ages.

These events may be scheduled at PARI or at your school i.e our mobile planetarium.

Planetarium Programs

Suggested for Grades 1, 3, 4 (NC) 4 (SC), Pre-K, special groups
Does everyone see the same sky at night? This program looks at the evening’s sky, noting the classical constellations, the Moon and planets that might be visible. Using the planetarium projector, we note how stars appear to move as the night progresses. We’ll also discuss why starry skies are a vanishing treasure due to light pollution diluting our view of the cosmos.

Suggested for Grades 1, 3, 4, 6 (NC) 1, 4, 8 (SC)
In this program, we will observe the motions of the Earth and the Moon by first using a model and then observing constellations in the evening sky using our planetarium. We’ll also use hands-on activities to model the changing phases of the Moon and observe how stars move in the sky as the Earth rotates.

Suggested for Grades 1, 2, 5, HS (NC) 2, 4 (SC)
In studying the universe, we typically familiarize ourselves with the classical sky of the ancient Greeks. In this presentation, we will discuss other cultures’ traditions and views of the sky, and the legends they tell.

Suggested for Grades 1, 3, 6 (NC) 4, HS (SC)
In this program, we look at the current locations of the planets in their orbits and then move to the evening’s sky, noting where they appear among the constellations of the zodiac. The apparent motion of the Sun around the ecliptic will lead to a discussion of the equinoxes and solstices.

Starting with a model we talk about the tilt of the Earth on its axis as the reason for the seasons. We use the planetarium to observe the evening’s constellations, then move to a daytime view to observe how the height of the noontime Sun, the length of the day, and the sunset points change with the seasons, and how this leads to equinoxes and solstices.
*Pairs well with Heliophysics

200+ years ago, Meriwether Lewis and William Clark returned from their exploration of the Louisiana Purchase. In the days before GPS, how did they know where they were? Using the Sun, the Moon, and nine navigational stars, they could determine their latitude and longitude as they compiled a map of their journey.

DESCRIPTION NEEDED

Planetarium Movies

Suggested for all ages and grades
“Two Small Pieces of Glass – The Amazing Telescope”
follows two students as they interact with a female astronomer at a local star party. Along the way, the students learn the history of the telescope from Galileo’s modifications to a child’s spyglass—using two small pieces of glass—to the launch of the NASA/ESA Hubble Space Telescope and the future of astronomy. Aiming to engage and appeal to audiences of all ages, the show explores the wonder and discovery made by astronomers throughout the last 400 years.

Suggested for Grades 6, 7, HS (NC) 8, HS (SC)
“Dark”
is a full-dome movie using the planetarium that explains and explores the nature of Dark Matter, the missing 80% of the mass of the Universe. The movie is presented by Dr. Alan Duffy, a brilliant young astronomer from the International Centre for Radio Astronomy Research (ICRAR) at the University of Western Australia, who creates simulations of Dark Matter evolution inside supercomputers. Alan introduces us to the idea of Dark Matter, why astronomers think it exists and why Radio Astronomy is so well-suited to its discovery.

“Totality” is a fascinating look at all the wonders of eclipses, especially total solar eclipses. An eclipse is described simply as when one celestial object blocks another from our view. This program, produced by Bays Mountain Planetarium, examines what eclipses are, how and when they occur, and what wonderful sights they create. We also look back to a fascinating period in scientific discovery when general relativity was proven with the photographic recording of a total solar eclipse. The show is followed with an update on the latest eclipse.

Astronomy Education Programs

Suggested for Grades K, 1, 3, 6 (NC) 4, 8, HS (SC) Science
The Galaxy Walk is a scale model of our solar system and nearby galaxies. Visitors and school groups can stroll the PARI campus while receiving an unusual perspective on the positioning of the planets, plus a better understanding of the immense distances separating the planets from the Sun and each other.
*Pairs well with Size and Scale in the Solar System.

Suggested for Grades 1, 3, 6 (NC) 4, HS (SC)
It’s hard to imagine just how big the planet Jupiter is, much less the Sun itself. Understanding the sizes and distances between the planets is a challenge, so we’ll use a variety of models and scales to demonstrate the concepts. Each participant will make a model that they can take home with them.
*Pairs well with Galaxy Walk

Suggested for all grades
In collaboration with NASA, the NISE Network has assembled a new set of engaging, hands-on Earth and space science experiences with connection to science, technology and society. Topics include shadows, topographic maps, cloud observations from Earth and space, scale of the solar system, potential habitats for life in space and gravity.

Suggested for Grade HS (NC, SC)
A star’s color can help us understand its size, mass and temperature. Astronomers use these characteristics to put stars into categories, or classifications, based upon the lines found in the spectra of these stars. In this program we will explore this sophisticated means of studying stars. What is the difference between a red supergiant star and a red dwarf star? Students can explore these questions and others by using actual spectra of stars.
*Pairs well with Spectroscopy or APDA tour.

Activities will explain how the Sun and Earth system works. Their movement will be modeled. The impact of solar activity like Sun spots and solar flares and their impact on Earth and its magnetic field and human technology and communications will be discussed.
*Pairs well with The Reason for the Seasons

200+ years ago, Meriwether Lewis and William Clark returned from their exploration of the Louisiana Purchase. In the days before GPS, how did they know where they were? Using the Sun, the Moon, and nine navigational stars, they could determine their latitude and longitude as they compiled a map of their journey.

Astronomers study radio waves to learn about the composition, energy, and movement of objects in space. This program will show students how radio telescopes work, and use them to collect data and calculate Doppler shift to determine how objects like Nebula and SuperNova Remnants are moving in space. They will see how this data can be used to produce maps and images of things that cannot be seen or investigated with an optical telescope.
*Pairs well with Spectroscopy

Spectroscopy is the study of light as a function of length of the wave that has been emitted, reflected or shone through a solid, liquid, or gas. Spectroscopy allows scientists to investigate and explore things that are too small to be seen through a microscope, such as molecules, and the even smaller subatomic particles like protons, neutrons and electrons. Students will participate in hands-on, light wave activities and use refraction glasses to see the ‘rainbows’ associated with different elements. This is how stars are classified.
*This all ages lesson is an excellent introduction to the high school level, Stellar Classification workshop.

Astrobiology is the study of life in outer space. The field of astrobiology looks for conditions necessary for life, like liquid water, a good temperature, or the presence of oxygen.

Astrobiology makes use of physics, chemistry, astronomy, biology, molecular biology, ecology, planetary science, geography and geology to investigate the possibility of life on other worlds and help recognize biospheres that might be different from the Earth’s. Students learn astrobiology basics and then create their own extremophile and design its habitat.
*Need a version of this for younger learners? Look for Extremophiles and Exoplanets.

Robotic explorers are essential for the study of hard to reach places on Earth, the Moon, Mars, and beyond. The ability to navigate different terrains, and use sensors to collect information both play a role in their effectiveness. We’ll use PARI’s rovers to explore real and simulated terrains and collect data about them using methods similar to how rovers on other planets are controlled. This activity is best for smaller groups so each participant will be able to control the rovers.
*Pairs well with Bristle Bots.

The Astronomical Photographic Data Archive (APDA) is one of the world’s largest repositories of historical astronomical data. Beginning over 100 years ago, astronomers collected their data on glass plates or plastic films, similarly to taking an image with a camera. These plates can hold many thousands of stars, recording how they changed over decades, many of which have never been investigated. APDA helps researchers use the universe as their laboratory and study phenomena that can take a lifetime to unfold.
*Pairs well with Spectroscopy and Stellar Classification.

Did you know that we have begun a new Space Race? This time around we are aiming for Mars! Learn about how we prepare for this incredible journey. From how we adapt old technology to the creation of new, through the effects on the human mind and body, to the goals and rewards of reaching a new planet, this program will help you investigate humanity’s next great adventure. By the way, did you know that kids in school today will be just the right age to go on this epic journey as they complete college?
*Pairs well with ROVERS Exploration and Lunar & Martian Geography.

PARI’s history as a base that once spied on the messages of others makes it an inspiring backdrop to learn just how we protect secret communications and decipher those sent by others. This program inspired by CryptoClub, developed at the University of Chicago, strengthens math and language skills to explore the worlds of codes and ciphers.
*This material is available in a more in depth version as a multi-day program.

Is there life in outer space? The best way we have today to investigate this question is to look at the strangest forms of life here on Earth. From creatures that live deep in the ocean around volcanic vents to tiny acid loving bacteria, to penguins who love the cold, our planet is host to organisms that thrive in conditions far beyond what a human could survive. Once we understand the extremes in which life can exist, we know what to look for in space. Almost every star we search for planets around seems to have them, and some of them have conditions that might be just right for some of the strangest life.
*Best for younger audiences, preschool through elementary grades.

Did you know that the first computers were humans? It’s true, the machines we use today are named after a special way of thinking and solving problems that humans do, and you can learn to think like a computer too. We’ll show you how a computer breaks down problems and uses data and logic to conquer complex tasks. Hold Boolean birthday parties and act out algorithms in this interactive look at how we can make mundane tasks faster and bring the impossible within reach.

(Additional Materials Fees Apply)
A Bristle Bot is a simple and fun robot made with parts of a toothbrush, some pipe cleaners, and a battery and motor. Oh, and don’t forget googly eyes! Build your own hand made robot to take home that can wiggle and race across a table top in patterns you’ll need some experimentation to control.

(Additional Materials Fees Apply)
How much fuel should you mix to get the most boom for your buck? Do fins and nose cones help or hinder your design? Can your lander module keep your astronauts safe, or will it launch them into the vacuum of space? Only the best spacecraft will win in this activity that combines managing budgets and the scientific method with foamy explosions and sacrificial marshmallow dummies.

Would you like to help climate scientists understand the changing world around us? This series of activities teaches how to participate in collecting data on cloud cover, temperature, rain and humidity, even tree growth, while helping further our understanding of the world and verify the data collected by satellites. The skills learned in this program can be used to add to studies on these topics for years to come.

(Additional Materials Fees Apply)
Have you ever looked up at the Moon and wondered why some parts are dark and some light, or where the Apollo missions landed? Do you know where the largest craters, valleys, and volcanoes ever found are located? Can you tell the difference between a rift formed by an earthquake and one carved by water? Do you know what a yardang is? Explore these topics with explorations of other planets and hands-on activities (some of which are edible) to learn about the formation and exploration of our closest neighbors.

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