THIS PHOTO SHOWS WHAT I OBSERVED UNDER THE MICROSCOPE WHILE LOOKING AT THE END OF A HUMAN HAIR. SPLITTING IS VISIBLE.
BIOE 80 – Flower Bud from Suites Field
BIOE 80 - Flower Bud from Suites Field
PHY 112 foldedcope
I was eating a chocolate chip cookie at the library. I took a crumb and placed it on a microscope slide. The image was taken April 27th 2:50 pm.
Leaf: BioE 80 Portfolio
Bottom of leaf (fuzzy side) Top of leaf (waxy side)
Water Sample
Microcosmos of a puddle in the Arizona Cactus Garden at Stanford University – thanks Foldscope for opening my eyes to a whole new world!
Onion cells
I saw onion cells and this is amazing
PHY112 Foldscope Assignment: Aditya Kuchibhotla
The stem of a flower in front of the Social Sciences building. I cut the stem in half and flattened it onto the clear sticky before placing it onto the plastic microscope slide. The image was taken on April 27th at 2:40pm.
PHY 112 Foldscope: Gerber Daisy
What: Petal of Gerber PlantWhen: April 27th, 5:48 PMWhere: Bouquet from Trader Joe's on University AvenueBy: Maria Kowal
PHY 112 Extra Credit
What: Fake plant moss When: April 27th, 2022 Where: Apartment lobby How: picked up from ground
PHY 112 Extra Credit // Skin // Gabbie Wilmot
What: Boyfriend’s Skin When: April 27th, 2022 Where: ASU Tempe Campus How: Peeled of clear sticky from face
PHY 112 Extra Credit // Aloe Plant // Gabbie Wilmot
What: Aloe Plant When: April 27th, 2022 Where: ASU Tempe Campus How: Cut aloe plant and observed on glass slides
Foldscope EC Assignment
Namita Shah What: Fibers of my shirtWhen: April 27thWhere: In the Barrett loungeHow: Used sticky tape to collect fibers 2. What: Soil in the succulent plant When: April 27th Where: In the Barrett lounge How: Used sticky tape to collect soil 3. What: A plant leaf When: April 27th Where: Home Depot garden section How:…
BIOE80 – Rose Petal
By Khanh Tran
BIOE 80 Cotton Ball
By Caroline Van
BioE80 Foldscope Cactus Sample
Flynn Traeger
Respiratory Surface – Bioe80
I used my foldscope to examine the anatomy of an aquatic insect larva found on campus. My investigation uncovered that these larva use thousands of microscopic structures like the ones shown above to maximize the surface area available for respiration.