You are a helpful assistant. The assistant first thinks about the reasoning process in the mind and then provides the user with the answer. The reasoning process and answer must be formatted exactly as follows:
<think>
[your reasoning process here]
</think>
<answer>
[your answer here]
</answer>
You can choose to imitate the reasoning process of relevant algorithms or explore an appropriate solution on your own. DO NOT use code, and remember to focus on the logical flow.
system
You are required to solve the Maximum Clique Problem for an undirected academic network. In this network, nodes represent authors and edges represent research collaborations. Your objective is to find the largest subset of nodes such that every pair of vertices in this subset is connected by an edge.

**Problem to Solve**

- Authors in the network: Thorsten Wild, Gerald Matz, Zhao Zhao, Viktor Öwall, Andrea M. Tonello, Damien Roque, Peter Jung, Xinyu Zhang, Nihar Jindal, Alexandre Marquet, Hao Lin, Cyrille Siclet, Ronald Böhnke, Tao Jiang, Yan Guo, Nicolas Lacaille, Markku Renfors, Tero Ihalainen, Pierre Siohan, Benoit Champagne, Didier Pinchon, Franz Hlawatsch, Fredrik Rusek
- Research collaborations between these authors: Thorsten Wild and Fredrik Rusek, Thorsten Wild and Peter Jung, Thorsten Wild and Markku Renfors, Thorsten Wild and Zhao Zhao, Gerald Matz and Yan Guo, Gerald Matz and Franz Hlawatsch, Gerald Matz and Pierre Siohan, Gerald Matz and Zhao Zhao, Gerald Matz and Ronald Böhnke, Zhao Zhao and Yan Guo, Zhao Zhao and Franz Hlawatsch, Zhao Zhao and Pierre Siohan, Zhao Zhao and Markku Renfors, Zhao Zhao and Didier Pinchon, Zhao Zhao and Cyrille Siclet, Zhao Zhao and Peter Jung, Viktor Öwall and Fredrik Rusek, Viktor Öwall and Pierre Siohan, Viktor Öwall and Cyrille Siclet, Viktor Öwall and Nicolas Lacaille, Viktor Öwall and Damien Roque, Viktor Öwall and Alexandre Marquet, Andrea M. Tonello and Pierre Siohan, Andrea M. Tonello and Markku Renfors, Andrea M. Tonello and Didier Pinchon, Andrea M. Tonello and Cyrille Siclet, Andrea M. Tonello and Damien Roque, Damien Roque and Pierre Siohan, Damien Roque and Cyrille Siclet, Damien Roque and Fredrik Rusek, Damien Roque and Didier Pinchon, Damien Roque and Peter Jung, Damien Roque and Alexandre Marquet, Peter Jung and Markku Renfors, Peter Jung and Cyrille Siclet, Peter Jung and Nihar Jindal, Xinyu Zhang and Nihar Jindal, Nihar Jindal and Tao Jiang, Nihar Jindal and Fredrik Rusek, Alexandre Marquet and Fredrik Rusek, Alexandre Marquet and Pierre Siohan, Alexandre Marquet and Didier Pinchon, Alexandre Marquet and Cyrille Siclet, Hao Lin and Tao Jiang, Hao Lin and Pierre Siohan, Hao Lin and Markku Renfors, Hao Lin and Didier Pinchon, Hao Lin and Tero Ihalainen, Hao Lin and Cyrille Siclet, Hao Lin and Nicolas Lacaille, Cyrille Siclet and Tao Jiang, Cyrille Siclet and Pierre Siohan, Cyrille Siclet and Markku Renfors, Cyrille Siclet and Benoit Champagne, Cyrille Siclet and Didier Pinchon, Cyrille Siclet and Tero Ihalainen, Cyrille Siclet and Fredrik Rusek, Ronald Böhnke and Franz Hlawatsch, Ronald Böhnke and Pierre Siohan, Ronald Böhnke and Didier Pinchon, Tao Jiang and Fredrik Rusek, Tao Jiang and Pierre Siohan, Tao Jiang and Markku Renfors, Tao Jiang and Tero Ihalainen, Tao Jiang and Nicolas Lacaille, Yan Guo and Franz Hlawatsch, Yan Guo and Pierre Siohan, Yan Guo and Didier Pinchon, Nicolas Lacaille and Pierre Siohan, Nicolas Lacaille and Markku Renfors, Nicolas Lacaille and Didier Pinchon, Nicolas Lacaille and Tero Ihalainen, Markku Renfors and Pierre Siohan, Markku Renfors and Tero Ihalainen, Markku Renfors and Benoit Champagne, Tero Ihalainen and Pierre Siohan, Pierre Siohan and Fredrik Rusek, Pierre Siohan and Franz Hlawatsch, Pierre Siohan and Benoit Champagne, Pierre Siohan and Didier Pinchon, Benoit Champagne and Didier Pinchon.
Identify the clique with the maximum number of authors in this network. Present your answer in the following format: [AuthorA, AuthorB, AuthorC, AuthorD, ...].
user
{"directed": false, "multigraph": false, "graph": {}, "nodes": [{"name": "Thorsten Wild", "id": 20608}, {"name": "Gerald Matz", "id": 227586}, {"name": "Zhao Zhao", "id": 485128}, {"name": "Viktor \u00d6wall", "id": 208523}, {"name": "Andrea M. Tonello", "id": 291361}, {"name": "Damien Roque", "id": 746280}, {"name": "Xinyu Zhang", "id": 70203}, {"name": "Peter Jung", "id": 358715}, {"name": "Nihar Jindal", "id": 50749}, {"name": "Alexandre Marquet", "id": 1258691}, {"name": "Hao Lin", "id": 168264}, {"name": "Cyrille Siclet", "id": 343251}, {"name": "Ronald B\u00f6hnke", "id": 1238999}, {"name": "Tao Jiang", "id": 1752}, {"name": "Nicolas Lacaille", "id": 1029212}, {"name": "Yan Guo", "id": 50268}, {"name": "Markku Renfors", "id": 220896}, {"name": "Tero Ihalainen", "id": 290785}, {"name": "Pierre Siohan", "id": 219628}, {"name": "Benoit Champagne", "id": 227186}, {"name": "Didier Pinchon", "id": 255476}, {"name": "Franz Hlawatsch", "id": 197625}, {"name": "Fredrik Rusek", "id": 146556}], "links": [{"source": 20608, "target": 146556}, {"source": 20608, "target": 358715}, {"source": 20608, "target": 220896}, {"source": 20608, "target": 485128}, {"source": 227586, "target": 50268}, {"source": 227586, "target": 197625}, {"source": 227586, "target": 219628}, {"source": 227586, "target": 485128}, {"source": 227586, "target": 1238999}, {"source": 485128, "target": 50268}, {"source": 485128, "target": 197625}, {"source": 485128, "target": 219628}, {"source": 485128, "target": 220896}, {"source": 485128, "target": 255476}, {"source": 485128, "target": 343251}, {"source": 485128, "target": 358715}, {"source": 208523, "target": 146556}, {"source": 208523, "target": 219628}, {"source": 208523, "target": 343251}, {"source": 208523, "target": 1029212}, {"source": 208523, "target": 746280}, {"source": 208523, "target": 1258691}, {"source": 291361, "target": 219628}, {"source": 291361, "target": 220896}, {"source": 291361, "target": 255476}, {"source": 291361, "target": 343251}, {"source": 291361, "target": 746280}, {"source": 746280, "target": 219628}, {"source": 746280, "target": 343251}, {"source": 746280, "target": 146556}, {"source": 746280, "target": 255476}, {"source": 746280, "target": 358715}, {"source": 746280, "target": 1258691}, {"source": 70203, "target": 50749}, {"source": 358715, "target": 220896}, {"source": 358715, "target": 343251}, {"source": 358715, "target": 50749}, {"source": 50749, "target": 1752}, {"source": 50749, "target": 146556}, {"source": 1258691, "target": 146556}, {"source": 1258691, "target": 219628}, {"source": 1258691, "target": 255476}, {"source": 1258691, "target": 343251}, {"source": 168264, "target": 1752}, {"source": 168264, "target": 219628}, {"source": 168264, "target": 220896}, {"source": 168264, "target": 255476}, {"source": 168264, "target": 290785}, {"source": 168264, "target": 343251}, {"source": 168264, "target": 1029212}, {"source": 343251, "target": 1752}, {"source": 343251, "target": 219628}, {"source": 343251, "target": 220896}, {"source": 343251, "target": 227186}, {"source": 343251, "target": 255476}, {"source": 343251, "target": 290785}, {"source": 343251, "target": 146556}, {"source": 1238999, "target": 197625}, {"source": 1238999, "target": 219628}, {"source": 1238999, "target": 255476}, {"source": 1752, "target": 146556}, {"source": 1752, "target": 219628}, {"source": 1752, "target": 220896}, {"source": 1752, "target": 290785}, {"source": 1752, "target": 1029212}, {"source": 1029212, "target": 219628}, {"source": 1029212, "target": 220896}, {"source": 1029212, "target": 255476}, {"source": 1029212, "target": 290785}, {"source": 50268, "target": 197625}, {"source": 50268, "target": 219628}, {"source": 50268, "target": 255476}, {"source": 220896, "target": 219628}, {"source": 220896, "target": 290785}, {"source": 220896, "target": 227186}, {"source": 290785, "target": 219628}, {"source": 219628, "target": 146556}, {"source": 219628, "target": 197625}, {"source": 219628, "target": 227186}, {"source": 219628, "target": 255476}, {"source": 227186, "target": 255476}]}
You are required to solve the Maximum Clique Problem for an undirected academic network. In this network, nodes represent authors and edges represent research collaborations. Your objective is to find the largest subset of nodes such that every pair of vertices in this subset is connected by an edge.

**Problem to Solve**

- Authors in the network: Thorsten Wild, Gerald Matz, Zhao Zhao, Viktor Öwall, Andrea M. Tonello, Damien Roque, Peter Jung, Xinyu Zhang, Nihar Jindal, Alexandre Marquet, Hao Lin, Cyrille Siclet, Ronald Böhnke, Tao Jiang, Yan Guo, Nicolas Lacaille, Markku Renfors, Tero Ihalainen, Pierre Siohan, Benoit Champagne, Didier Pinchon, Franz Hlawatsch, Fredrik Rusek
- Research collaborations between these authors: Thorsten Wild and Fredrik Rusek, Thorsten Wild and Peter Jung, Thorsten Wild and Markku Renfors, Thorsten Wild and Zhao Zhao, Gerald Matz and Yan Guo, Gerald Matz and Franz Hlawatsch, Gerald Matz and Pierre Siohan, Gerald Matz and Zhao Zhao, Gerald Matz and Ronald Böhnke, Zhao Zhao and Yan Guo, Zhao Zhao and Franz Hlawatsch, Zhao Zhao and Pierre Siohan, Zhao Zhao and Markku Renfors, Zhao Zhao and Didier Pinchon, Zhao Zhao and Cyrille Siclet, Zhao Zhao and Peter Jung, Viktor Öwall and Fredrik Rusek, Viktor Öwall and Pierre Siohan, Viktor Öwall and Cyrille Siclet, Viktor Öwall and Nicolas Lacaille, Viktor Öwall and Damien Roque, Viktor Öwall and Alexandre Marquet, Andrea M. Tonello and Pierre Siohan, Andrea M. Tonello and Markku Renfors, Andrea M. Tonello and Didier Pinchon, Andrea M. Tonello and Cyrille Siclet, Andrea M. Tonello and Damien Roque, Damien Roque and Pierre Siohan, Damien Roque and Cyrille Siclet, Damien Roque and Fredrik Rusek, Damien Roque and Didier Pinchon, Damien Roque and Peter Jung, Damien Roque and Alexandre Marquet, Peter Jung and Markku Renfors, Peter Jung and Cyrille Siclet, Peter Jung and Nihar Jindal, Xinyu Zhang and Nihar Jindal, Nihar Jindal and Tao Jiang, Nihar Jindal and Fredrik Rusek, Alexandre Marquet and Fredrik Rusek, Alexandre Marquet and Pierre Siohan, Alexandre Marquet and Didier Pinchon, Alexandre Marquet and Cyrille Siclet, Hao Lin and Tao Jiang, Hao Lin and Pierre Siohan, Hao Lin and Markku Renfors, Hao Lin and Didier Pinchon, Hao Lin and Tero Ihalainen, Hao Lin and Cyrille Siclet, Hao Lin and Nicolas Lacaille, Cyrille Siclet and Tao Jiang, Cyrille Siclet and Pierre Siohan, Cyrille Siclet and Markku Renfors, Cyrille Siclet and Benoit Champagne, Cyrille Siclet and Didier Pinchon, Cyrille Siclet and Tero Ihalainen, Cyrille Siclet and Fredrik Rusek, Ronald Böhnke and Franz Hlawatsch, Ronald Böhnke and Pierre Siohan, Ronald Böhnke and Didier Pinchon, Tao Jiang and Fredrik Rusek, Tao Jiang and Pierre Siohan, Tao Jiang and Markku Renfors, Tao Jiang and Tero Ihalainen, Tao Jiang and Nicolas Lacaille, Yan Guo and Franz Hlawatsch, Yan Guo and Pierre Siohan, Yan Guo and Didier Pinchon, Nicolas Lacaille and Pierre Siohan, Nicolas Lacaille and Markku Renfors, Nicolas Lacaille and Didier Pinchon, Nicolas Lacaille and Tero Ihalainen, Markku Renfors and Pierre Siohan, Markku Renfors and Tero Ihalainen, Markku Renfors and Benoit Champagne, Tero Ihalainen and Pierre Siohan, Pierre Siohan and Fredrik Rusek, Pierre Siohan and Franz Hlawatsch, Pierre Siohan and Benoit Champagne, Pierre Siohan and Didier Pinchon, Benoit Champagne and Didier Pinchon.
Identify the clique with the maximum number of authors in this network. Present your answer in the following format: [AuthorA, AuthorB, AuthorC, AuthorD, ...].
test