2019 Yunker Lecture by Dr. Kennedy Reed, the Growth of Physics in Africa
May 16th is the UNESCO International Day of Light!
Oregon State Physics is pleased to welcome a distinguished AMO Physicist and the IUPAP Executive Council President, Dr. Kennedy Reed to speak on The Growth of Physics in Africa.
Group | Poster Technical Information |
---|---|
1) Graham Lab | Efficient photocurrent generating pathways in stacked van der Waals materials |
[Optics, cond matter] | Kyle Vogt, George Mattson, Matt W. Graham |
2) Graham Lab | Emergent Quantum Material Properties in Twisted Bilayer Graphene |
[Optics, cond matter] | Alden Bradley, Gina Mayonado, Hiral Patel, Matt W. Graham
|
3) Tate Lab | High Purity Brookite Formation from Amorphous TiO2 Thin Films |
[cond matter] | Okan Agirseven |
4) Minot Lab | Field enhanced exciton dissociation in carbon nanotube photodiodes |
[cond matter] | Daniel McCulley |
5) PhIS & Schellman Lab |
Social Topics in Physics |
Maggie Greenwood |
|
6) Minot Lab | Universal interaction-driven gap in metallic carbon nanotubes |
[cond matter] | Mitch Senger |
7) Ostroverkhova Lab | Molecular packing-dependent optical and polaritonic properties of organic crystals |
[Optics, cond matter] | Jonathan Van Schenck |
8) Ostroverkhova Lab | Fungi-Derived Pigments for Sustainable Organic (Opto)Electronics |
[Optics, cond matter] | Greg Giesbers |
9) Sun Lab | Decoding Cellular Body Language |
[biophysics] | Chris Eddy |
10) Gire & Manogue | Surprise! Students Don’t Do Special-Case Analysis when Unaware of It |
[PER, OSUPER] | Jonathan Alfson |
11) Gire & Manogue | Student Application of Special-Case Analysis for Physics Sense-Making |
PER Grad Student |
|
12) Gire & Manogue | Student Use and Coordination of Computerized and Tangible Visualization Tools |
PER Grad Student |
|
13) Gire & Manogue | Student Sense Making about Equipotential Graphs |
PER Grad Student |
Science and technology can play an important role in addressing the critical needs of developing nations in Sub-Saharan Africa. But support for advanced education and research in the physical sciences is very limited in these countries. A few international organizations have programs that provide some level of support for physics in developing regions, including Africa. There have also been some efforts to encourage scientific links between physicists in Africa and physicists in other parts of the world.
This presentation will discuss some of my experiences working as a visiting scientist in African universities. It will also cover some work directed at promoting collaborations and exchanges that connect African scientists and institutions with their counterparts in the U.S. and other developed countries. Such interactions may prove to be important elements in the development of science and technology in Africa. They might also provide opportunities for scientists in other regions to benefit from the expertise and resourcefulness of African physicists.