一本道无码

一本道无码

MCS Science Jam

The first Science Jam was held March 7, 2018 for all students to present their research in a fun, friendly and fast-paced environment.  The event also provides an opportunity to speak with members of other departments and to hear about research in all the sciences.

The Rules for the Jam:

• Should be understood by people outside your field/department
• No impenetrable abbreviations, acronyms, or jargon
• 5 minute hard limit with (soft) buzzer
• Present the BIG IDEA behind your research; try not to get lost in the weeds

Plans are underway to hold another Science Jam next year, so get your project ready!

Science Jam event poster (PDF)

Science Jam event
Scenes from the first MCS Theory Science Jam: heard about everything from ebola to the origin of the universe. Talks were truly outstanding.
Science Jam event
Scenes from the first MCS Theory Science Jam: heard about everything from ebola to the origin of the universe. Talks were truly outstanding.
Science Jam event
Scenes from the first MCS Theory Science Jam: heard about everything from ebola to the origin of the universe. Talks were truly outstanding.
Science Jam event
Scenes from the first MCS Theory Science Jam: heard about everything from ebola to the origin of the universe. Talks were truly outstanding.

Speakers

First Session: 5:00-5:45

Bradley Treece:  Synthesis of Neutron Reflectivity and Molecular Dynamics

Giovanni Gravina: A variational approach for water waves

Emily Simon:     Role of Viral Glycoprotein Modification in Ebola Pathogenesis

Sayan Mandal:    Magnetic Fields In The Cosmos

Ethan O'Brien:   Thin rods with prestrain

Alex Carpenter:      'Tie-dyes' for detection of synapses

Alex Moskowitz: Distribution of Stars in Dwarf Spheroidal Galaxies

Second Session: 6:15-6:55

Serzhan Sakipov: Ion permeation mechanism through TRPV6 channel

Stephanie Myal:  Acetylcholine in the cerebral cortex: parsing local and distant sources

Riccardo Cristoferi: Seeing the Big Picture

Olga Navros: A Message from the Past: Signals from the Beginning of the Universe

Matthew Ho: Mass Measurements of Galaxy Clusters Using Machine Learning

Stephan Wojtowytsch:   Dislocation motion in Laplacian elasticity converges to curve shortening flow