Group Presentation Schedule: Difference between revisions

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Please contact '''Jie Yin''' to sign up for your presentation at the group meeting.
Please contact '''Jie Yin''' to sign up for your presentation at the group meeting.



{| border="1"
{| border="1"
|+ '''2007-2008 Winter Quarter Weekly Presentation Schedule'''
|+ '''2007-2008 Spring Quarter (4/2-6/14)Weekly Presentation Schedule'''
|-
|-
| Name || Date || Topic
| Name || Date || Topic
|-
|-
⚫
| || 4/14 ||
⚫
| Yongxing Shen || 1/17 || Modeling electrostatic force microscopy and related technique (PhD thesis defense practice)
|-
|-
⚫
| || 4/21 ||
⚫
| Sylvie Aubry || 1/23 || Calculation of Si thermal boundary resistance
|-
|-
| || 4/28 ||
⚫
| Seokwoo Lee || 1/30 || Dislocation Dynamics in thin films
|-
|-
| Jie Yin || 2/6 || Anisotropic elasticity I
| || 5/5 ||
|-
|-
| Hark Lee || 2/13 || TBD
| || 5/12 ||
|-
|-
| Billy Cash || 2/20 || Fatigue in metals I
| || 5/19 ||
|-
|-
| || 6/2 ||
⚫
| Steven Fitzgerald || 2/27 || An extended Frenkel-Kontorova model for crowdions
|-
|-
| || 6/9 ||
⚫
| Yongxing Shen || 3/5 || Euler-Bernoulli beam theory applied to AFM
⚫
|-
⚫
| || 3/12 ||
⚫
|-
⚫
| Seunghwa Ryu || 3/19 || Accurate Melting Point Computation I (Co-exist Method)
⚫
|-
⚫
| || 3/26* ||
⚫
|-
⚫
| Seunghwa Ryu || 4/2 || Accurate Melting Point Computation II (Free Energy Method pt. 1)
⚫
|-
⚫
| Seunghwa Ryu || 4/9 || Accurate Melting Point Computation III (Free Energy Method pt. 2)


|}
|}



*: The week of spring break. The spring quarter starts on Apr 1st.


<br>
<br>
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|-
|-
| Seunghwa Ryu || S Qrt || Fast Quantum Entanglement Minimization Algorithm (Pure mathematical approach)
| Seunghwa Ryu || S Qrt || Fast Quantum Entanglement Minimization Algorithm (Pure mathematical approach)
|}

Past Group meetings

{| border="1"
|+ '''2007-2008 Winter Quarter Weekly Presentation Schedule'''
⚫
|-
| Name || Date || Topic
⚫
|-
⚫
| Yongxing Shen || 1/17 || Modeling electrostatic force microscopy and related technique (PhD thesis defense practice)
⚫
|-
⚫
| Sylvie Aubry || 1/23 || Calculation of Si thermal boundary resistance
⚫
|-
⚫
| Seokwoo Lee || 1/30 || Dislocation Dynamics in thin films
⚫
|-
| Jie Yin || 2/6 || Anisotropic elasticity I
|-
| Hark Lee || 2/13 || TBD
|-
| Billy Cash || 2/20 || Fatigue in metals I
|-
⚫
| Steven Fitzgerald || 2/27 || An extended Frenkel-Kontorova model for crowdions
|-
⚫
| Yongxing Shen || 3/5 || Euler-Bernoulli beam theory applied to AFM
|-
| || 3/12 ||
|-
⚫
| Seunghwa Ryu || 3/19 || Accurate Melting Point Computation I (Co-exist Method)
|-
| || 3/26* ||
|-
⚫
| Seunghwa Ryu || 4/2 || Accurate Melting Point Computation II (Free Energy Method pt. 1)
|-
⚫
| Seunghwa Ryu || 4/9 || Accurate Melting Point Computation III (Free Energy Method pt. 2)

|}
|}

Revision as of 18:42, 8 April 2008

Please contact Jie Yin to sign up for your presentation at the group meeting.

2007-2008 Spring Quarter (4/2-6/14)Weekly Presentation Schedule
Name Date Topic
4/14
4/21
4/28
5/5
5/12
5/19
6/2
6/9




Tentative topics
Name Date Topic
Jie Yin TBD Qual practice talk
Jie Yin TBD Anisotropic Elasticity
Hark Lee TBD, W Qrt ? Qual practice talk
Bill Cash TBD Fatigue in metals II
Seunghwa Ryu S Qrt Binary Phase Diagram from Atomistic Simulation I (Related Physics Review)
Seunghwa Ryu S Qrt Binary Phase Diagram from Atomistic Simulation II (Realization via Simulation)
Seunghwa Ryu S Qrt Fast Quantum Entanglement Minimization Algorithm (Pure mathematical approach)

Past Group meetings

2007-2008 Winter Quarter Weekly Presentation Schedule
Name Date Topic
Yongxing Shen 1/17 Modeling electrostatic force microscopy and related technique (PhD thesis defense practice)
Sylvie Aubry 1/23 Calculation of Si thermal boundary resistance
Seokwoo Lee 1/30 Dislocation Dynamics in thin films
Jie Yin 2/6 Anisotropic elasticity I
Hark Lee 2/13 TBD
Billy Cash 2/20 Fatigue in metals I
Steven Fitzgerald 2/27 An extended Frenkel-Kontorova model for crowdions
Yongxing Shen 3/5 Euler-Bernoulli beam theory applied to AFM
3/12
Seunghwa Ryu 3/19 Accurate Melting Point Computation I (Co-exist Method)
3/26*
Seunghwa Ryu 4/2 Accurate Melting Point Computation II (Free Energy Method pt. 1)
Seunghwa Ryu 4/9 Accurate Melting Point Computation III (Free Energy Method pt. 2)
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