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lab:2025-02-05 [2025/01/30 09:52]
singhj created
lab:2025-02-05 [2025/03/23 08:31] (current)
singhj
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 [[public:​Current Schedule]] [[public:​Current Schedule]]
  
-**Speaker = [[https://​sites.google.com/​view/​zachmeisel/​|Prof. Zach Meisel]]** of Air Force Institute of Technology+**Speaker = [[https://​sites.google.com/​view/​zachmeisel/​|Prof. Zach Meisel]]** of [[https://​www.afit.edu/​ENP/​|Air Force Institute of Technology]]
  
 Host = Hendrik Schatz [[schatz@frib.msu.edu]] Host = Hendrik Schatz [[schatz@frib.msu.edu]]
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 <​sortable>​ <​sortable>​
 ^ Start Time ^ End Time ^ Name ^ Building ^ Room ^ ^ Start Time ^ End Time ^ Name ^ Building ^ Room ^
-| 09:00 | 09:30 |   |  |  +| 09:00 | 09:30 | Hendrik Schatz ​FRIB |  |  
-| 09:30 | 10:00 |   |  |  +| 09:30 | 10:00 | Hendrik Schatz ​FRIB |  |  
-| 10:00 | 10:30 |    +| 10:00 | 10:30 | Alex Gade FRIB 2303 
-| 10:30 | 11:00 |    |  +| 10:30 | 11:00 | Vyas Chirag (Tour) ​FRIB | | 
-| 11:00 | 11:30 |    |  +| 11:00 | 11:30 | Vyas Chirag (Tour) ​FRIB | | 
-| 11:30 | 12:00 |    +| 11:30 | 12:00 | George Zimba FRIB 2003 |
 | 12:00 | 13:00 | Lunch with Graduate Students | FRIB | 2311 |  | 12:00 | 13:00 | Lunch with Graduate Students | FRIB | 2311 | 
-| 13:00 | 13:30 |    |  +| 13:00 | 13:30 | Sudhanva Lalit FRIB 2061 
-| 13:30 | 14:00 |    +| 13:30 | 14:00 | Honey Arora FRIB 2203
-| 14:00 | 14:30 |    |  +| 14:00 | 14:30 |Sean Liddick ​FRIB 1006|  
-| 14:30 | 15:00 |    +| 14:30 | 15:00 | Remco Zegers ​FRIB 3131 
 | 15:00 | 15:30 | Speaker Prep time | FRIB | 1300 |  | 15:00 | 15:30 | Speaker Prep time | FRIB | 1300 | 
 | 15:30 | 16:30 | Seminar | FRIB | 1300 |  | 15:30 | 16:30 | Seminar | FRIB | 1300 | 
 </​sortable>​ </​sortable>​
 + 
 ===== Context ===== ===== Context =====
  
-Title = As simple as possible but no simpler: Modeling for cosmic and terrestrial applications+Title = [[https://​mediaspace.msu.edu/​media/​Nuclear+Science+Seminar+-+Zach+Meisel/​1_7a56gsmr|As simple as possible but no simpler: Modeling for cosmic and terrestrial applications]]
  
 Abstract Abstract
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   * The second third will provide an example where the space to model is huge and so the simplest possible models are required. The example itself is with regards to homeland security, so I'll have to use analogies (like the game Clue). There'​s a nice article that captures the same general idea when performing [[https://​eprints.gla.ac.uk/​282883/​1/​282883.pdf|physics-based models of the natural disaster risk phase-space]]. ​   * The second third will provide an example where the space to model is huge and so the simplest possible models are required. The example itself is with regards to homeland security, so I'll have to use analogies (like the game Clue). There'​s a nice article that captures the same general idea when performing [[https://​eprints.gla.ac.uk/​282883/​1/​282883.pdf|physics-based models of the natural disaster risk phase-space]]. ​
   * The final third will provide an example where the models in use are demonstrably too-simple and need higher fidelity. This is the example of modeling radiation health effects for animals. There'​s a nice article [[https://​www.icrp.org/​docs/​ICRP2013%20S6%20Higley.pdf|demonstrating the problem for fish]].   * The final third will provide an example where the models in use are demonstrably too-simple and need higher fidelity. This is the example of modeling radiation health effects for animals. There'​s a nice article [[https://​www.icrp.org/​docs/​ICRP2013%20S6%20Higley.pdf|demonstrating the problem for fish]].
 +  * [[https://​doi.org/​doi:​10.25335/​0smc-5826|Extension of the nuclear mass surface for neutron-rich isotopes of argon through iron (MSU PhD 2015)]]
lab/2025-02-05.1738248724.txt.gz · Last modified: 2025/01/30 09:52 by singhj