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Pennsylvania

A Week With the Scientists at Penn State University

Program No. 14314RJ
Discover the science behind weather forecasting, searching for planets and how to detect black holes — captivating discussions and exciting excursions with Penn State experts.

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itinerary
Please Note:
The itinerary for this program is different on certain dates.
Select your type of room
Price will update based on selection
Prices displayed below are based on per person,doubleoccupancy.
DATES & starting prices
PRICES
May 19 - May 24, 2024
Starting at
1,449
Itinerary Note

Physics: Illusions, Radiation & Gravitational Waves, Electric Circuits.

Jun 2 - Jun 7, 2024
Starting at
1,449
Itinerary Note

Meteorology: Weather Patterns, Predictions and Climate Change.

Filling Fast!
Jun 9 - Jun 14, 2024
Starting at
1,449
Itinerary Note

Astronomy: Planets, Stars, Galaxies and the Universe.

DATES & starting prices
PRICES
May 19 - May 24, 2024
Starting at
1,749
Itinerary Note

Physics: Illusions, Radiation & Gravitational Waves, Electric Circuits.

Jun 2 - Jun 7, 2024
Starting at
1,749
Itinerary Note

Meteorology: Weather Patterns, Predictions and Climate Change.

Filling Fast!
Jun 9 - Jun 14, 2024
Starting at
1,749
Itinerary Note

Astronomy: Planets, Stars, Galaxies and the Universe.

6 days
5 nights
13 meals
5B 4L 4D
View Full Itinerary

At a Glance

The sky is not the limit on this learning adventure! Choose your week to study astronomy, meteorology, or Physics alongside some of the nation’s leading scientists at Penn State University. Behind-the-scenes excursions and expert-led discussions allow for the exploration of weather patterns or asteroid impacts, while using the most cutting-edge technology the university has to offer. Discover how the universe was created and learn about detecting black holes and neutron star and visit a Nuclear Reactor with Penn State experts.
Activity Level
Easy Going
A trolley is available to transport participants from the hotel to the campus.

Best of all, you’ll…

  • Choose the Meteorology date and learn how to read radar, observational networks and understand numerical weather prediction with demonstrations from expert meteorologists.
  • Choose the Astronomy date and learn from knowledgeable astronomers about Mars in 3-D and dark energy while searching for planets and life around other stars.
  • Choose the Physics date and learn about detecting black holes and neutron star, and visit a Nuclear Reactor.
Featured Expert
All Experts
Profile Image
Michael T. Smitka
Michael is an assistant teaching professor of physics at Penn State University. He earned his BS in physics from Shippensburg University, MS in physics from Bowling Green State University and Ph.D. in physics from Texas A&M University. He has researched Type Ia supernovae explosions and variable stars, and developed data analysis procedures for the Swift space telescope. He teaches introductory level physics courses and creates physics- and astronomy-themed artwork.

Please note: This expert may not be available for every date of this program.

Profile Image of Michael Smitka
Michael T. Smitka View biography
Michael is an assistant teaching professor of physics at Penn State University. He earned his BS in physics from Shippensburg University, MS in physics from Bowling Green State University and Ph.D. in physics from Texas A&M University. He has researched Type Ia supernovae explosions and variable stars, and developed data analysis procedures for the Swift space telescope. He teaches introductory level physics courses and creates physics- and astronomy-themed artwork.
Profile Image of Stephen Van Hook
Stephen J. Van Hook View biography
Stephen is an associate teaching professor of physics at Penn State University. He earned his MA in physics from the University of California at Berkeley and his PhD in physics from the University of Texas at Austin. He has done research on gravitational wave detection, pulsar timing, pattern formation in fluids, chaos, K-12 science teacher preparation and effective teaching strategies for physics. He has directed and taught summer science camps on physics and the arts, physics and toys and physics and CAD/3D printing.
Profile Image of Kirstin Purdy Drew
Kirstin Purdy Drew View biography
Kirstin Purdy Drew is an associate teaching professor of physics at Penn State University. She earned her MA and PhD in physics from Brandeis University. Her scientific research interests lie at the interface between biology and physics. Her current interests are developing and applying strategies for teaching the future generation of physical scientists necessary laboratory and research skills. She has directed, designed and taught workshops for summer research programs for both undergraduate students and K-12 science teachers.
Profile Image of Jon Nese
Jon M. Nese View biography
Jon is associate head of undergraduate programs and a teaching professor in the Department of Meteorology and Atmospheric Science at Penn State, where he teaches a variety of undergraduate courses. He was previously chief meteorologist at the Franklin Institute in Philadelphia and on-air storm analyst at The Weather Channel. He has co-authored two books: "The Philadelphia Area Weather Book," which received the 2005 Louis J. Battan Author’s Award from the American Meteorological Society, and a college-level introductory textbook, "A World of Weather: Fundamentals of Meteorology."
Profile Image of Chris Palma
Chris Palma View biography
Chris Palma is the associate dean for undergraduate students in the Eberly College of Science at Penn State University. He earned a B.S. in astronomy and astrophysics from Penn State and a Ph.D. in astronomy from the University of Virginia. For his research, he studies dwarf galaxies near the Milky Way as well as educational practices for introductory astronomy. He is actively involved in the training of K-12 science teachers.
Profile Image of Kevin Luhman
Kevin Luhman View biography
Kevin Luhman is a professor at Penn State University. He earned B.S. degrees in astronomy and physics from the University of Texas and a Ph.D. in astronomy from the University of Arizona. For his research, he studies brown dwarfs and the birth of stars and planets.
Profile Image of Jane Charlton
Jane Charlton View biography
Jane Charlton graduated from Carnegie-Mellon University in 1983 with a B.S. in chemistry and physics. She received her Ph.D. in astronomy and astrophysics from the University of Chicago in 1987. After postdoctoral positions at Cornell University and the University of Arizona, she came to Penn State in 1992. She is now a professor of astronomy and astrophysics, working on a variety of topics including galaxy evolution, interacting galaxies, and quasars. Charlton developed a science fiction story-based online course in Astronomy for Penn State undergraduates.
Visit the Road Scholar Bookshop
You can find many of the books we recommend at the Road Scholar store on bookshop.org, a website that supports local bookstores.
Space: 10 Things You Should Know
by By Dr. Becky Smethurst
This book is for anyone who wants to easily understand the mind-blowing fundamentals of our extraordinary, expanding universe. Written by Oxford astrophysicist Dr Becky Smethurst and composed of ten captivating, simple essays, it guides you swiftly through the galaxies, explaining the mysteries of black holes, dark matter and what existed before the Big Bang, presenting the evidence as to whether we really are alone, illuminating what we still don't know, and much more besides. If you have big questions about Space, this book will provide you with the answers in an engaging and succinct way.
The Stargazer's Sister
by Carrie Brown
Based on the life of Caroline Herschel, sister of famed astronomer William Herschel, who discovered several comets but struggles to be seen as anything more than her brother's sister.
Our Universe: An Astronomer’s Guide
by Jo Dunkley
Dunkley takes her readers on a grand tour of space and time, from our nearest planetary neighbors to the edge of the observable Universe. The book follows a well-trodden path, starting with an overview of the history of astronomy and a description of our Solar System. Stellar evolution is next, followed by galaxies, clusters and the mystery of dark matter. The birth, evolution and future of the Universe are discussed in the final chapters. Explanations are always clear, metaphors are to the point and arguments easy to follow. If you feel like refreshing your background knowledge, or are looking for a present for your curious niece or nephew, this little gem certainly won’t disappoint.
The Martian: A Novel
by Andy Weir
Six days ago, astronaut Mark Watney became one of the first people to walk on Mars. Now, he’s sure he’ll be the first person to die there. After a dust storm nearly kills him and forces his crew to evacuate while thinking him dead, Mark finds himself stranded and completely alone with no way to even signal Earth that he’s alive—and even if he could get word out, his supplies would be gone long before a rescue could arrive. Chances are, though, he won’t have time to starve to death. The damaged machinery, unforgiving environment, or plain-old “human error” are much more likely to kill him first.
The Backyard Astronomer’s Guide – 4th Edition
by Terence Dickenson and Alan Dyer
This classic, groundbreaking guide has been the go-to field guide for both beginning and experienced amateur astronomers for nearly 30 years. The fourth edition brings Terence Dickinson and Alan Dyer's invaluable manual completely up-to-date. Setting a new standard for astronomy guides, it will serve as the touchstone for the next generation of stargazers as well as longtime devotees.
A Brief History of Time
by Stephen Hawking
A landmark volume in science writing by one of the great minds of our time, Stephen Hawking’s book explores such profound questions as: How did the universe begin—and what made its start possible? Does time always flow forward? Is the universe unending—or are there boundaries? Are there other dimensions in space? What will happen when it all ends? Told in language we all can understand, A Brief History of Time plunges into the exotic realms of black holes and quarks, of antimatter and “arrows of time,” of the big bang and a bigger God—where the possibilities are wondrous and unexpected. With exciting images and profound imagination, Stephen Hawking brings us closer to the ultimate secrets at the very heart of creation.
Constellations: The Story of Space Told Through the 88 Known Star Patterns in the Night Sky
by Govert Schilling
This lavishly adorned guide to all 88 constellations in the night sky, complete with an illustrated star map for each one by esteemed stellar cartographer Wil Tirion, provides the exact location of every constellation, the details of its structure, and data on its surrounding astronomical neighbors. Award-winning astronomy writer Govert Schilling takes us on this splendid visual tour, offering a complete history of astronomy via the lens of the constellations themselves. Organized alphabetically by constellation, his stargazing companion profiles each shining formation and includes basic info including size, visibility, and number of stars, as well as information on the discovery and official naming of the constellations and associated legends surrounding them.
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6 days
5 nights
13 meals
5 B 4 L 4 D
DAY
1
Registration, Welcome Dinner, Orientation, Introduction
University Park/State College, PA
D
Hyatt Place State College

Activity note: Inn check in from 4:00 p.m.

Afternoon: Program Registration: 4:30-6:00 p.m. After you have your room assignment, come over to the Road Scholar table in the lobby to register with the program staff and get your welcome packet containing an up-to-date schedule that reflects any last-minute changes, and other important information. If your arrival is delayed, please ask for your packet when you check in.

Dinner: In hotel dining room, choose what you like from the dinner buffet with coffee, tea, and water; other beverages available for purchase.

Evening: Orientation: The Group Leader will greet everyone with a warm welcome and lead introductions. We will review the up-to-date program schedule and any changes, discuss roles and responsibilities, logistics, safety guidelines, emergency procedures, and answer any questions you may have. Three instructors will lead lessons and field trips, each with their own style and areas of expertise. All instructional sessions will take place at Osmond Hall, which is about ½ a mile from the Inn. Transportation will be provided for those who prefer not to walk. Free time is reserved for your personal independent exploration. Please be aware that program activities, schedules, and personnel may need to change due to local circumstances. In the event of changes, we will alert you as quickly as possible. Thank you for your understanding. We’ll wrap up as our presenters provide an overview of what we will be learning including a some fun physic demonstrations!

DAY
2
Lectures: Illusions, Lenses, Light & Art
University Park/State College, PA
B,L,D
Hyatt Place State College

Activity note: Penn Stater to Osmond Hall is approximately 3 miles. Getting on/off a trolley necessitating a few steps. Transportation will be provided.

Breakfast: In hotel dining room, choose what you like from the breakfast buffet.

Morning: We’ll set off on a narrated trolley ride around the Penn State campus. After arriving at Osmond Hall, we’ll get started with an orientation to illusions. We will be learning about how we trick our eyes everyday with various illusions using mirrors and other optical devices. We will investigate specific illusions and explore the ideas of angular size, parallax and virtual images. We will experiment with flat and curved mirrors to see what kind of images they make and then we will learn how to analyze optical systems by drawing the path of light rays through them.

Lunch: At the Hetzel Union Biulding (HUB), participants will be given prepaid debit cards with which to buy lunch included in the program cost. Among many other choices, the most popular option is the Soup & Garden, which offers choices from a diverse salad and hot main dish bar.

Afternoon: After returning to Osmond, we’ll have a specialist lecture given by our knowledgeable and enthusiastic instructors on lenses. This lecture will focus on lenses and we will learn about nearsightedness, farsightedness, astigmatism. Using correcting vision tools like telescopes and magnify glasses, we will discover how lenses allow us to see better through correcting vision.

Dinner: Hotel buffet.

Evening: One of the world’s greatest artists, Leonardo Da Vinci was also a scientist and inventor. We’ll talk about the interplay between physics & the arts and see how physics principles underlie elements of sculpture, painting and music.

DAY
3
Electricity Lectures & Art Museum Field Trip
University Park/State College, PA
B,L
Hyatt Place State College

Activity note: Penn Stater to Osmond Hall is approximately 3 miles. Getting on/off a trolley necessitating a few steps. Transportation will be provided.

Breakfast: Hotel buffet.

Morning: At Osmond Hall with our instructors, this morning's lecture will focus on electric circuits. We’ll learn about how electric circuits work, how our houses are wired and how electric grid operates. As we build circuits, we will learn about the electric current, voltage, power and what the numbers on an electricity bill mean.

Lunch: Hotel buffet.

Afternoon: Our lecture series will continue at Osmond Hall with our instructors to continue our discussion on electricity. We’ll learn how to generate electricity and even generate some of our own electricity. We’ll explore the difference between DC power (e.g., batteries) and AC power (e.g., outlets) and go back in time to the “Battle of Currents” when Edison and Westinghouse & Tesla fought for adoption of their preferred type of electric. Then we’ll talk about how the electric grid operates to transmit electricity generated in a wind farm or power plant to our houses for us to use, and how these standards are different in different countries. We will then depart Osmond Hall for a field trip at the Palmer Art Museum on campus. The strength of the museum’s permanent collection is American art, from 18th and 19th-century landscapes to modern abstract art, but also includes European art from the 16th century onwards, Japanese woodblock prints, Jade sculptures, African sculpture, Peruvian & Asian ceramics, a Chihuly glass sculpture and a Calder mobile. We’ll wrap up our afternoon enjoying the galleries and seeing some physics at play in art.

Dinner: This meal has been excluded from the program cost and is on your own to enjoy what you like. The Group Leader will be happy to offer suggestions.

Evening: At leisure. You may wish to visit other attractions on campus and in town on your own or just relax at the inn.

DAY
4
Lectures: Quantum Mechanics, Radiation & Gravitational Waves
University Park/State College, PA
B,L,D
Hyatt Place State College

Activity note: Penn Stater to Osmond Hall is approximately 3 miles. Getting on/off a trolley necessitating a few steps. Transportation will be provided. At art museum, stand and walk up to 1 hour at a time.

Breakfast: Hotel buffet.

Morning: Lecture at Osmond Hall: At the beginning of the 20th century, some physicists felt that physics was nearly done – that it had come close to solving all the important problems. Within a few years, Einstein, Bohr, de Broglie, Schrödinger, Heisenberg, Planck and others completely revolutionized the world of physics with quantum mechanics. What happened in the early 20th century that revolutionized how we see the fundamental properties of the universe? What is the essence of quantum mechanics and how is it so radically different from what came before it – and how most people think the world works?

Lunch: At the Hertzel Union Building (HUB).

Afternoon: After lunch, we will have two lectures at Osmond Hall. For our first lecture, experts will lecture about radioactivity and radiation. We will discuss both of these topics and how we discovered them in the early 20th century, how we use them in our daily lives and how much we should fear them. Our second lecture will focus on detecting black holes and neutron stars. We often perceive the universe through visible light. For the last 80 years, we have probed the universe using radio waves, infra-red and even X-rays. In the last few years, we have harnessed a new tool for observing the universe- studying waves in fabric of space-time itself (gravitational waves). Penn State faculty are part of the LIGO collaboration that observed gravitational radiation from the collision of two black holes in 2015. We will hear about this discovery and the future of exploration of the universe using gravitational radiation.

Dinner: Hotel buffet.

Evening: Tonight we will see a film "Humanity needs Dreamers: A Visit with Marie Curie". This film is about Marie Curie, a two-time Nobel Prize winner who is best known for her work in the radioactivity field. Then we will have a treat at the Creamery, Penn State's well-known ice cream store.

DAY
5
Lecture:Toys & Nuclear Reactor Field Trip
University Park/State College, PA
B,L,D
Hyatt Place State College

Activity note: Penn Stater to Osmond Hall is approximately 3 miles. Getting on/off a trolley necessitating a few steps. Transportation will be provided. Walking and standing up to 1 hour at the nuclear reactor.

Breakfast: Hotel buffet.

Morning: At Osmond Hall, we’ll spend the morning exploring how toys use various physics principles to operate – and of course play with some of them, too, while we are at it! We’ll see how toy makers create fun using the concepts of levers, cams, gears, center of mass, and elastic potential energy.

Lunch: Hotel buffet.

Afternoon: After lunch, we will have our second lecture of the day focusing on the laws of physics. Newton’s Laws of physics allowed us to predict very precisely the motion of objects on earth and the planets around the sun. These laws are deterministic – in theory, knowing the current state of the world, we should be able to predict the future with them. We’ll discuss how we’ve learned that sometimes the deterministic can be unpredictable and the random predictable. Then, we will depart to the Nuclear Reactor on campus which has been vital to the university's research over the years. We will have a guided exploration of the facility and see a reactor in action.

Dinner: Hotel buffet.

Evening: At leisure.

DAY
6
Review and Wrap Up, Program Concludes
University Park/State College, PA
B

Activity note: Hotel check out 11:00 a.m.

Breakfast: For our final meal of the program together, our professors from throughout the course will join us over the breakfast buffet.

Morning: Our last session will be a lively review at the inn following breakfast with Q&A, and wrap up with the instructors. This concludes our program. We hope you enjoy all your Road Scholar learning adventures and we look forward to having you on rewarding programs in the future. We encourage you to join our Facebook page and share photos of your program. Visit us at www.facebook.com/rsadventures. Best wishes for all your journeys!






Important registration tip:
If you want to attend the live lecture, please do not wait until the last minute to enroll.
If you enroll after a lecture is complete, we’ll send you a recording of the event.