From itabrunke@zedat.fu-berlin.de Wed Oct 20 12:59:30 2021 Received: from outpost1.zedat.fu-berlin.de ([130.133.4.66]) by list1.zedat.fu-berlin.de (Exim 4.94) for facets-of-complexity@lists.fu-berlin.de with esmtps (TLS1.2) tls TLS_ECDHE_RSA_WITH_AES_256_GCM_SHA384 (envelope-from ) id 1md9Jd-002saX-Qt; Wed, 20 Oct 2021 12:59:26 +0200 Received: from inpost2.zedat.fu-berlin.de ([130.133.4.69]) by outpost.zedat.fu-berlin.de (Exim 4.94) for facets-of-complexity@lists.fu-berlin.de with esmtps (TLS1.2) tls TLS_ECDHE_RSA_WITH_AES_256_GCM_SHA384 (envelope-from ) id 1md9Jd-001lDn-OE; Wed, 20 Oct 2021 12:59:25 +0200 Received: from ip5f5af700.dynamic.kabel-deutschland.de ([95.90.247.0] helo=[192.168.0.2]) by inpost2.zedat.fu-berlin.de (Exim 4.94) for facets-of-complexity@lists.fu-berlin.de with esmtpsa (TLS1.2) tls TLS_ECDHE_RSA_WITH_AES_128_GCM_SHA256 (envelope-from ) id 1md9Jd-001w4B-DA; Wed, 20 Oct 2021 12:59:25 +0200 From: "I.Brunke" To: facets-of-complexity@lists.fu-berlin.de Message-ID: <66631abc-71a8-3fed-0575-a902572e03b7@fu-berlin.de> Date: Wed, 20 Oct 2021 12:59:25 +0200 User-Agent: Mozilla/5.0 (Windows NT 10.0; Win64; x64; rv:60.0) Gecko/20100101 Firefox/60.0 SeaMonkey/2.53.9.1 MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="------------2ECFED4A7FCCCA49181BEF47" X-Antivirus: Avast (VPS 211020-0, 20.10.2021), Outbound message X-Antivirus-Status: Clean X-Original-Sender: i.brunke@fu-berlin.de X-Originating-IP: 95.90.247.0 X-ZEDAT-Hint: A X-purgate: clean X-purgate-type: clean X-purgate-ID: 151147::1634727565-0002BE3A-BFB2E34F/0/0 X-Bogosity: Ham, tests=bogofilter, spamicity=0.048762, version=1.2.4 X-Spam-Flag: NO X-Spam-Status: No, score=-48.7 required=5.0 tests=ALL_TRUSTED, HTML_IMAGE_ONLY_24,HTML_MESSAGE,T_REMOTE_IMAGE X-Spam-Checker-Version: SpamAssassin 3.4.6 on Tokelau.ZEDAT.FU-Berlin.DE X-Spam-Level: Subject: [Facets-of-complexity] Invitation to Monday Lecture Oct. 25 ! X-BeenThere: facets-of-complexity@lists.fu-berlin.de X-Mailman-Version: 2.1.29 Precedence: list List-Id: announcements of Monday lectures and other events List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Oct 2021 10:59:30 -0000 This is a multi-part message in MIME format. --------------2ECFED4A7FCCCA49181BEF47 Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 8bit Dear all, we will start winter term's Monday Lectures October 25.*You all are cordially invited! *Monday Oct.25 there will be no Colloquium. ** *_Monday's Lecture_: Penny Haxell (University of Waterloo**)* *_Location_**: ** * *Room 005 - Ground Floor* Freie Universität Berlin Takustr. 9 14195 Berlin *_Time_: **Monday, October 25th - 14:15 h* *_Title_: Tashkinov trees * *_Abstract_:* The technique of Tashkinov trees is an important tool that has been used to obtain many significant results on edge colouring of multigraphs. We describe the method and its main motivation, the famous Goldberg-Seymour conjecture from the 1970's. We also outline several results from the last decade that have used the Tashkinov trees technique. This talk is also an introduction, overview and survey to accompany the upcoming short course "Edge colouring of multigraphs and the Tashkinov trees method" Oct 26-29. *You all are cordially invited!* -- Diese E-Mail wurde von Avast Antivirus-Software auf Viren geprüft. https://www.avast.com/antivirus --------------2ECFED4A7FCCCA49181BEF47 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 8bit Dear all,

we will start winter term's Monday Lectures October 25. You all are cordially invited!
Monday Oct.25 there will be no Colloquium.

Monday's Lecture: Penny Haxell (University of Waterloo)

Location:

Room 005 - Ground Floor
Freie Universität Berlin
Takustr. 9
14195 Berlin

Time: Monday, October 25th - 14:15 h

Title: Tashkinov trees

Abstract:

The technique of Tashkinov trees is an important tool that has been used to obtain many significant results on edge colouring of multigraphs. We describe the method and its main motivation, the famous Goldberg-Seymour conjecture from the 1970's. We also outline several results from the last decade that have used the Tashkinov trees technique.
This talk is also an introduction, overview and survey to accompany the upcoming short course "Edge colouring of multigraphs and the Tashkinov trees method" Oct 26-29.


You all are cordially invited!


Virenfrei. www.avast.com
--------------2ECFED4A7FCCCA49181BEF47-- From itabrunke@zedat.fu-berlin.de Wed Oct 20 16:58:13 2021 Received: from outpost1.zedat.fu-berlin.de ([130.133.4.66]) by list1.zedat.fu-berlin.de (Exim 4.94) for facets-of-complexity@lists.fu-berlin.de with esmtps (TLS1.2) tls TLS_ECDHE_RSA_WITH_AES_256_GCM_SHA384 (envelope-from ) id 1mdD2j-003Jgs-0t; Wed, 20 Oct 2021 16:58:13 +0200 Received: from inpost2.zedat.fu-berlin.de ([130.133.4.69]) by outpost.zedat.fu-berlin.de (Exim 4.94) for facets-of-complexity@lists.fu-berlin.de with esmtps (TLS1.2) tls TLS_ECDHE_RSA_WITH_AES_256_GCM_SHA384 (envelope-from ) id 1mdD2i-003lIa-US; Wed, 20 Oct 2021 16:58:12 +0200 Received: from ip5f5af700.dynamic.kabel-deutschland.de ([95.90.247.0] helo=[192.168.0.2]) by inpost2.zedat.fu-berlin.de (Exim 4.94) for facets-of-complexity@lists.fu-berlin.de with esmtpsa (TLS1.2) tls TLS_ECDHE_RSA_WITH_AES_128_GCM_SHA256 (envelope-from ) id 1mdD2i-002QTY-IX; Wed, 20 Oct 2021 16:58:12 +0200 From: "I.Brunke" To: facets-of-complexity@lists.fu-berlin.de Message-ID: <5581e2fe-07c1-98a6-2797-7e269cc9d9e4@fu-berlin.de> Date: Wed, 20 Oct 2021 16:58:12 +0200 User-Agent: Mozilla/5.0 (Windows NT 10.0; Win64; x64; rv:60.0) Gecko/20100101 Firefox/60.0 SeaMonkey/2.53.9.1 MIME-Version: 1.0 Content-Type: multipart/alternative; boundary="------------2E328E15D8FD37122575219B" X-Antivirus: Avast (VPS 211020-0, 20.10.2021), Outbound message X-Antivirus-Status: Clean X-Original-Sender: i.brunke@fu-berlin.de X-Originating-IP: 95.90.247.0 X-ZEDAT-Hint: A X-purgate: clean X-purgate-type: clean X-purgate-ID: 151147::1634741893-0003C807-FCB747C3/0/0 X-Bogosity: Ham, tests=bogofilter, spamicity=0.001503, version=1.2.4 X-Spam-Flag: NO X-Spam-Status: No, score=-50.0 required=5.0 tests=ALL_TRUSTED,HTML_MESSAGE, T_REMOTE_IMAGE X-Spam-Checker-Version: SpamAssassin 3.4.6 on Palau.ZEDAT.FU-Berlin.DE X-Spam-Level: Subject: [Facets-of-complexity] Invitation to Monday Lecture & Colloquium Oct. 25 ! X-BeenThere: facets-of-complexity@lists.fu-berlin.de X-Mailman-Version: 2.1.29 Precedence: list List-Id: announcements of Monday lectures and other events List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 20 Oct 2021 14:58:13 -0000 This is a multi-part message in MIME format. --------------2E328E15D8FD37122575219B Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 8bit Dear all, we will start winter term's Monday Lectures October 25.*You all are cordially invited! *We now will have a Colloquium on Monday Oct.25 ! *Please note Corona restrictions* *!*  - See rules in detail below *!* *_Monday's Lecture_: Penny Haxell (University of Waterloo**)* *_Location_**: ** * *Room 005 - Ground Floor* Freie Universität Berlin Takustr. 9 14195 Berlin *_Time_: **Monday, October 25th - 14:15 h* *_Title_: Tashkinov trees * *_Abstract_:* The technique of Tashkinov trees is an important tool that has been used to obtain many significant results on edge colouring of multigraphs. We describe the method and its main motivation, the famous Goldberg-Seymour conjecture from the 1970's. We also outline several results from the last decade that have used the Tashkinov trees technique. This talk is also an introduction, overview and survey to accompany the upcoming short course "Edge colouring of multigraphs and the Tashkinov trees method" Oct 26-29. *Coffee Break* *_Monday's Colloquium_: Simona Boyadzhiyska (Freie Universität Berlin**)* *_Location_**: ** * *Room 005 - Ground Floor* Freie Universität Berlin Takustr. 9 14195 Berlin *_Time_: **Monday, October 25th - 16:00 h s.t.* *_Title_: Ramsey simplicity of random graphs * *_Abstract_:* We say that a graph G is /q-Ramsey/ for another graph H if any q-coloring of the edges of G yields a monochromatic copy of H. Much of the research related to Ramsey graphs is concerned with determining the smallest possible number of vertices in a q-Ramsey graph for a given H, known as the /q-color Ramsey number of H/. In the 1970s, Burr, Erdős, and Lovász initiated the study of another graph parameter in the context of Ramsey graphs: the minimum degree. A straightforward argument shows that, if G is a minimal q-Ramsey graph for H, then we must have δ(G) >= q(δ(H) - 1) + 1, and we say that H is q-Ramsey simple if this bound can be attained. In this talk, we will ask how typical Ramsey simplicity is; more precisely, we will discuss for which pairs p and q the random graph G(n,p) is almost surely q-Ramsey simple. This is joint work with Dennis Clemens, Shagnik Das, and Pranshu Gupta. *Corona access rules: * Please observe the current Corona safety constraints: 3G access rule - a medical or FFP2 mask must be worn! See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/ Please bring a proof of your vaccination status or test by a certified unit, as well as a photo-ID. We will regularly open the windows for fresh air. Please choose your clothing accordingly! For tracking the contacts in case of an infection, we use a.nwesen.de. See https://anwesende.imp.fu-berlin.de/ There is a QR-code at every place, which you can scan with your smartphone. *You all are cordially invited!* -- Diese E-Mail wurde von Avast Antivirus-Software auf Viren geprüft. https://www.avast.com/antivirus --------------2E328E15D8FD37122575219B Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 8bit Dear all,

we will start winter term's Monday Lectures October 25. You all are cordially invited!
We now will have a Colloquium on Monday Oct.25 !

Please note Corona restrictions !  - See rules in detail below !

Monday's Lecture: Penny Haxell (University of Waterloo)

Location:

Room 005 - Ground Floor
Freie Universität Berlin
Takustr. 9
14195 Berlin

Time: Monday, October 25th - 14:15 h

Title: Tashkinov trees

Abstract:

The technique of Tashkinov trees is an important tool that has been used to obtain many significant results on edge colouring of multigraphs. We describe the method and its main motivation, the famous Goldberg-Seymour conjecture from the 1970's. We also outline several results from the last decade that have used the Tashkinov trees technique.
This talk is also an introduction, overview and survey to accompany the upcoming short course "Edge colouring of multigraphs and the Tashkinov trees method" Oct 26-29.


Coffee Break

Monday's Colloquium: Simona Boyadzhiyska (Freie Universität Berlin)

Location:

Room 005 - Ground Floor
Freie Universität Berlin
Takustr. 9
14195 Berlin

Time: Monday, October 25th - 16:00 h s.t.

Title: Ramsey simplicity of random graphs

Abstract:

We say that a graph G is q-Ramsey for another graph H if any q-coloring of the edges of G yields a monochromatic copy of H. Much of the research related to Ramsey graphs is concerned with determining the smallest possible number of vertices in a q-Ramsey graph for a given H, known as the q-color Ramsey number of H. In the 1970s, Burr, Erdős, and Lovász initiated the study of another graph parameter in the context of Ramsey graphs: the minimum degree. 
A straightforward argument shows that, if G is a minimal q-Ramsey graph for H, then we must have δ(G) >= q(δ(H) - 1) + 1, and we say that H is q-Ramsey simple if this bound can be attained. In this talk, we will ask how typical Ramsey simplicity is; more precisely, we will discuss for which pairs p and q the random graph G(n,p) is almost surely q-Ramsey simple.
This is joint work with Dennis Clemens, Shagnik Das, and Pranshu Gupta.


Corona access rules:

Please observe the current Corona safety constraints:

3G access rule - a medical or FFP2 mask must be worn!
See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/

Please bring a proof of your vaccination status or test by a certified unit, as well as a photo-ID.

We will regularly open the windows for fresh air.
Please choose your clothing accordingly!

For tracking the contacts in case of an infection, we use a.nwesen.de.
See https://anwesende.imp.fu-berlin.de/

There is a QR-code at every place, which you can scan with your smartphone.


You all are cordially invited!

  

 

	

      
		Virenfrei. www.avast.com 		
	



 



--------------2E328E15D8FD37122575219B--



From itabrunke@zedat.fu-berlin.de Mon Oct 25 20:44:22 2021
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Subject: [Facets-of-complexity] Invitation to Mini course "Edge colouring"
 Okt. 26-29
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Dear all,

we will have a Mini Course on "Edge colouring" October 26 to 29.*
You all are cordially invited!
*

*Please note Corona restrictions* *!*  - See rules in detail below *!*

*Mini Course****"Edge colouring of multigraphs and the Tashkinov trees 
method"*

*by Penny Haxell (University of Waterloo**)*

*_
Location_**: **
*

*Room 025 / 026 - Room 032*
Freie Universität Berlin
*Arnimallee 6*
14195 Berlin

*_
Time_: **Tuesday to Friday, October 26 to 29*

Lecture 1: Tues Oct 26 14:15-15:45 - Room 025/026
Lecture 2: Thurs Oct 28 8:30-10:00 - Room 032
Lecture 3: Thurs Oct 28 10:30-12:00 - Room 025/026
Lecture 4: Fri Oct 29 10:15-11:45 - Room to be announced.

*_
Abstract to Program_:*

In this course we will study edge colouring in multigraphs, with an 
emphasis on the method of /Tashkinov trees/.
A sophisticated generalization of the method of alternating paths, this 
technique was introduced by Tashkinov to address questions such as the 
Goldberg-Seymour problem. In particular we will see the theorem of 
Tashkinov that forms the foundation of the method, and how to apply it 
to obtain some of the many important results for multigraph edge 
colouring for which it has been used. Moreover, these applications 
typically come with efficient algorithms, since the proof of Tashkinov's 
Theorem is algorithmic.
All are welcome to attend. No prior knowledge of edge colouring will be 
assumed.


*Find detailed program in the attachment of this mail.*

_________

*
Corona access rules: *

Please observe the current Corona safety constraints:

3G access rule - a medical or FFP2 mask must be worn!
See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/

Please bring a proof of your vaccination status or test by a certified 
unit, as well as a photo-ID.

We will regularly open the windows for fresh air.
Please choose your clothing accordingly!

For tracking the contacts in case of an infection, we use a.nwesen.de.
See https://anwesende.imp.fu-berlin.de/

There is a QR-code at every place, which you can scan with your smartphone.


*You all are cordially invited!

*


-- 
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--------------5D2E364A3942958A3F125FC2
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    Dear all,

    

    we will have a Mini Course on "Edge colouring" October 26 to 29.
      

      You all are cordially invited!

    

    

    Please note Corona restrictions !  - See rules in
    detail below !

    

    
Mini Course "Edge colouring of
          multigraphs and the Tashkinov trees method"

    
by Penny Haxell (University of Waterloo)

    


          Location: 

      

    Room 025 / 026 - Room 032

    Freie Universität Berlin

    Arnimallee 6

    14195 Berlin 

    


          Time: Tuesday to Friday, October 26 to 29 

    
Lecture 1: Tues Oct 26 14:15-15:45 - Room 025/026

      Lecture 2: Thurs Oct 28 8:30-10:00 - Room 032

      Lecture 3: Thurs Oct 28 10:30-12:00 - Room 025/026

      Lecture 4: Fri Oct 29 10:15-11:45 - Room to be announced.

    

        Abstract to Program:

    
In this course we will study edge colouring in multigraphs, with
      an emphasis on the method of Tashkinov trees. 

      A sophisticated generalization of the method of alternating paths,
      this technique was introduced by Tashkinov to address questions
      such as the Goldberg-Seymour problem. In particular we will see
      the theorem of Tashkinov that forms the foundation of the method,
      and how to apply it to obtain some of the many important results
      for multigraph edge colouring for which it has been used.
      Moreover, these applications typically come with efficient
      algorithms, since the proof of Tashkinov's Theorem is algorithmic.

      All are welcome to attend. No prior knowledge of edge colouring
      will be assumed.

    

    Find detailed program in the attachment of this mail.

    

    _________

    

    

      Corona access rules: 

    

    Please observe the current Corona safety constraints: 

    

    3G access rule - a medical or FFP2 mask must be worn!

    See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/
    

    

    Please bring a proof of your vaccination status or test by a
    certified unit, as well as a photo-ID. 

    

    We will regularly open the windows for fresh air. 

    Please choose your clothing accordingly!

    

    For tracking the contacts in case of an infection, we use
    a.nwesen.de.

    See https://anwesende.imp.fu-berlin.de/
    

    

    There is a QR-code at every place, which you can scan with your
    smartphone. 

    

    

    You all are cordially invited!

      

    
  

 

	

      
		Virenfrei. www.avast.com 		
	



 



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--------------DDA115803365099FAF9FCFD6--



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Dear all,

we will have Monday's Lecture again with Colloquium on November 1.*
You all are cordially invited!
*

*Please note Corona restrictions* *!*  - See rules in detail below *!*

*_Location_**: **
*

*Room 005 - Ground Floor*
Freie Universität Berlin
Takustr. 9
14195 Berlin


*_Monday's Lecture_: Florian Frick (Carnegie Mellon University and FU 
Berlin)*

*_Time_: **Monday, November 1st - 14:15 h*

*_Title_: **Topological methods in graph theory*

*_Abstract_:*

When we study the structure of a graph, we encounter parameters that are 
local (such as the clique number) and parameters that are global (such 
as the chromatic number). Topology provides tools to measure global 
phenomena. I will explain the hidden topology of the global structure of 
graphs for problems such as chromatic numbers, covering and matching 
problems, and partitions into independent sets with various constraints.


*Coffee Break*

*_Monday's Colloquium_: Letícia Mattos (Freie Universität Berlin)*

*_Time_: **Monday, November 1st - 16:00 h s.t.*

*_Title_: Singularity of random symmetric matrices *

***_Abstract_:*

Let M_n be a uniformly-chosen random symmetric n x n matrix with entries 
in {-1,1}. What is the probability for det(M_n)=0? A wellknown 
conjecture states that the probability of this event is asymptotically 
equal to the probability that two of the rows or columns of M_n are 
equal (up to a factor of +-1) and hence is equal to \Theta(n^2 2^{-n}).
We developed an inverse Littlewood-Offord theorem in Z^n_p that applies 
under very mild conditions and made progress towards this conjecture, 
showing that the probability is bounded by exp(-c\sqrt{n}).

Joint work with Marcelo Campos, Robert Morris and Natasha Morrison.

___________

*Corona access rules: *

Please observe the current Corona safety constraints:

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See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/

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*You all are cordially invited!*


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    Dear all,

    

    we will have Monday's Lecture again with Colloquium on November 1.
      

      You all are cordially invited!

    

    

    Please note Corona restrictions !  - See rules in
    detail below !

    

    
Location: 

      

    Room 005 - Ground Floor

    Freie Universität Berlin

    Takustr. 9

    14195 Berlin 

    


      Monday's Lecture: Florian Frick (Carnegie Mellon
        University and FU Berlin)

    
Time: Monday, November 1st - 14:15 h 

    
Title: Topological methods in graph theory

    Abstract:

    

    When we study the structure of a graph, we encounter parameters that
    are local (such as the clique number) and parameters that are global
    (such as the chromatic number). Topology provides tools to measure
    global phenomena. I will explain the hidden topology of the global
    structure of graphs for problems such as chromatic numbers, covering
    and matching problems, and partitions into independent sets with
    various constraints.

    

    

    Coffee Break

    

    
Monday's Colloquium: Letícia Mattos (Freie Universität
        Berlin) 

    

    
Time: Monday, November 1st - 16:00 h s.t. 

    
Title: Singularity of random symmetric matrices
      

    
Abstract:

    

    Let M_n be a uniformly-chosen random symmetric n x n matrix with
    entries in {-1,1}. What is the probability for det(M_n)=0? A
    wellknown conjecture states that the probability of this event is
    asymptotically equal to the probability that two of the rows or
    columns of M_n are equal (up to a factor of +-1) and hence is equal
    to \Theta(n^2 2^{-n}). 

    
We developed an inverse Littlewood-Offord theorem in Z^n_p that
      applies under very mild conditions and made progress towards this
      conjecture, showing that the probability is bounded by
      exp(-c\sqrt{n}).

    


    

    
Joint work with Marcelo Campos, Robert Morris and Natasha
      Morrison.

    

    ___________

    

    Corona access rules: 

    

    Please observe the current Corona safety constraints: 

    

    3G access rule - a medical or FFP2 mask must be worn!

    See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/
    

    

    Please bring a proof of your vaccination status or test by a
    certified unit, as well as a photo-ID. 

    

    We will regularly open the windows for fresh air. 

    Please choose your clothing accordingly!

    

    For tracking the contacts in case of an infection, we use
    a.nwesen.de.

    See https://anwesende.imp.fu-berlin.de/
    

    

    There is a QR-code at every place, which you can scan with your
    smartphone. 

    

    

    You all are cordially invited!
  

 

	

      
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Subject: [Facets-of-complexity] Invitation to Monday's Lecture & Colloquium
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Dear all,

next Monday's Lecture and Colloquium will take place November 8 at TU 
Berlin.*
You all are cordially invited!
*

*Please note Corona restrictions* *!*  - See rules in detail below *!*

*_Location_**: **
*

*Room MA 041 - Ground Floor*
Technische Universität Berlin
Institut für Mathematik
Straße des 17. Juni 136
10623 Berlin


*_Monday's Lecture_: Manfred Scheucher (Technische Universität Berlin)*

*_Time_: **Monday, November 8 - 14:15 h*

*_Title_: Erdős-Szekeres-type Problems on Planar Point Sets*

*_Abstract_:*

In 1935, Erdős and Szekeres proved that, for every positive integer k, 
every sufficiently large point set contains a "k-gon", that is, a subset 
of k points which is the vertex set of a convex polygon. Their theorem 
is a classical result in both, combinatorial geometry and Ramsey theory, 
and motivated a lot of further research including numerous modifications 
and extensions of the theorem. In this talk we discuss some results and 
methods that played an essential role in the study of k-gons and the 
variant of "k-holes".


*Coffee Break*

*_Monday's Colloquium_: Davide Lofano (Technische Universität Berlin)*

*_Time_: **Monday, November 8 - 16:00 h s.t.*

*_Title_: Hadamard Matrix Torsion*

*_Abstract_:*

After a brief overview about torsion in homology and examples of 
complexes with small torsion and few vertices we will focus our 
attention on a particular series of examples. In particular, we will 
construct a series HMT(n) of 2-dimensional simplicial complexes with 
huge torsion, |H_1(HMT(n))|=|det(H(n))|=n^(n/2), where the construction 
is based on the Hadamard matrices H(n) and they have linearly many 
vertices in n. Our explicit series improves a previous construction by 
Speyer, narrowing the gap to the highest possible asymptotic torsion 
growth achieved by Newman via a randomized construction.


___________

*Corona access rules accordingly: *

Please observe the current Corona safety constraints:

3G access rule - a medical or FFP2 mask must be worn!
See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/

Please bring a proof of your vaccination status or test by a certified 
unit, as well as a photo-ID.

We will regularly open the windows for fresh air.
Please choose your clothing accordingly!

For tracking the contacts in case of an infection, we use a.nwesen.de.
See https://anwesende.imp.fu-berlin.de/

There is a QR-code at every place, which you can scan with your smartphone.


*You all are cordially invited!*


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--------------992EFFC279A1E1C37F384608
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    Dear all,

    

    next Monday's Lecture and Colloquium will take place November 8 at
    TU Berlin. 

      You all are cordially invited!

    

    

    Please note Corona restrictions !  - See rules in
    detail below !

    

    
Location: 

      

    Room MA 041 - Ground Floor

    Technische Universität Berlin

    Institut für Mathematik

    Straße des 17. Juni 136

    10623 Berlin

    


      Monday's Lecture: Manfred Scheucher (Technische
        Universität Berlin)

    
Time: Monday, November 8 - 14:15 h 

    
Title: Erdős-Szekeres-type Problems on Planar Point
        Sets

    Abstract:

    

    In 1935, Erdős and Szekeres proved that, for every positive integer
    k, every sufficiently large point set contains a "k-gon", that is, a
    subset of k points which is the vertex set of a convex polygon.
    Their theorem is a classical result in both, combinatorial geometry
    and Ramsey theory, and motivated a lot of further research including
    numerous modifications and extensions of the theorem. In this talk
    we discuss some results and methods that played an essential role in
    the study of k-gons and the variant of "k-holes".

    

    

    Coffee Break

    

    
Monday's Colloquium: Davide Lofano (Technische
        Universität Berlin) 

    

    
Time: Monday, November 8 - 16:00 h s.t. 

    
Title: Hadamard Matrix Torsion

    
Abstract:

    

    After a brief overview about torsion in homology and examples of
    complexes with small torsion and few vertices we will focus our
    attention on a particular series of examples. In particular, we will
    construct a series HMT(n) of 2-dimensional simplicial complexes with
    huge torsion, |H_1(HMT(n))|=|det(H(n))|=n^(n/2), where the
    construction is based on the Hadamard matrices H(n) and they have
    linearly many vertices in n. Our explicit series improves a previous
    construction by Speyer, narrowing the gap to the highest possible
    asymptotic torsion growth achieved by Newman via a randomized
    construction.

    

    

    ___________

    

    Corona access rules accordingly: 

    

    Please observe the current Corona safety constraints: 

    

    3G access rule - a medical or FFP2 mask must be worn!

    See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/
    

    

    Please bring a proof of your vaccination status or test by a
    certified unit, as well as a photo-ID. 

    

    We will regularly open the windows for fresh air. 

    Please choose your clothing accordingly!

    

    For tracking the contacts in case of an infection, we use
    a.nwesen.de.

    See https://anwesende.imp.fu-berlin.de/
    

    

    There is a QR-code at every place, which you can scan with your
    smartphone. 

    

    

    You all are cordially invited!
  

 

	

      
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--------------992EFFC279A1E1C37F384608--



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Subject: [Facets-of-complexity] Invitation to Monday's Lecture & Colloquium
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Dear all,

next Monday's Lecture and Colloquium will take place *online via Zoom* 
on November 15.*

Please find link to Zoom here:*
**https://tu-berlin.zoom.us/j/69716124232?pwd=dzFlcTFHMmFXRTE5QmZLaEV5N0FRUT09
No password is required.

*You all are cordially invited!*

*_Location_**: **
*

*Online via Zoom.*


*_Monday's Lecture_: Tim Netzer (Uni Innsbruck)*

*_Time_: **Monday, November 15 - 14:15 h*

*_Title_: Free Semialgebraic Geometry and Quantum Information Theory*

*_Abstract_:*

Quantum information theory studies how quantum information can be 
represented, stored, processed and sent. On the mathematical side this 
often involves the study of tensor products and decompositions of 
positive matrices, as well as positive maps. These are also natural 
objects in free semialgebraic geometry, where positivity of 
non-commutative objects are studied from a geometric viewpoint. In this 
talk I will give an introduction to some important concepts in 
both areas, and demonstrate how results and methods from either field 
can be successfully employed in the other. This is joint ongoing work 
between the group of Gemma De las Cuevas and my own research group in 
Innsbruck.


*Break*

*_Monday's Colloquium_: Stefan Kuhlmann (Technische Universität Berlin)*

*_Time_: **Monday, November 15 - 16:00 h s.t.*

*_Title_: Lattice width of lattice-free polyhedra and height of Hilbert 
bases*

*_Abstract_:*

A polyhedron defined by an integral valued constraint matrix and an 
integral valued right-hand side is lattice-free if it does not contain 
an element of the integer lattice. In this talk, we present a link 
between the lattice-freeness of polyhedra, the diameter of finite 
abelian groups and the height of Hilbert bases. As a result, we will be 
able to prove novel upper bounds on the lattice width of lattice-free 
pyramids if a conjecture regarding the height of Hilbert bases holds. 
Further, we improve existing lattice width bounds of lattice-free 
simplices. All our bounds are independent of the dimension and solely 
depend on the maximal minors of the constraint matrix.
The second part of the talk is devoted to a study of the above-mentioned 
conjecture. We completely characterize the Hilbert basis of a pointed 
polyhedral cone when all the maximal minors of the constraint matrix are 
bounded by two in absolute value. This can be interpreted as an 
extension of a well-known result which states that the Hilbert basis 
elements lie on the extreme rays if the constraint matrix is unimodular, 
i.e., all maximal minors are bounded by one in absolute value.
This is joint work with Martin Henk and Robert Weismantel.

*You all are cordially invited!*


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    Dear all,

    

    next Monday's Lecture and Colloquium will take place online via
      Zoom on November 15. 

      

      Please find link to Zoom here:

     https://tu-berlin.zoom.us/j/69716124232?pwd=dzFlcTFHMmFXRTE5QmZLaEV5N0FRUT09

    No password is required.

    

     You all are cordially invited!

    

    
Location: 

      

    Online via Zoom.

    


      Monday's Lecture: Tim Netzer (Uni Innsbruck)

    
Time: Monday, November 15 - 14:15 h 

    
Title: Free Semialgebraic Geometry and Quantum
        Information Theory

    Abstract:

    

    Quantum information theory studies how quantum information can be
    represented, stored, processed and sent. On the mathematical side
    this often involves the study of tensor products and decompositions
    of positive matrices, as well as positive maps. These are also
    natural objects in free semialgebraic geometry, where positivity of
    non-commutative objects are studied from a geometric viewpoint. In
    this talk I will give an introduction to some important concepts in
    both areas, and demonstrate how results and methods from either
    field can be successfully employed in the other. This is joint
    ongoing work between the group of Gemma De las Cuevas and my own
    research group in Innsbruck.

    

    

    Break

    

    
Monday's Colloquium: Stefan Kuhlmann (Technische
        Universität Berlin) 

    

    
Time: Monday, November 15 - 16:00 h s.t. 

    
Title: Lattice width of lattice-free polyhedra and
        height of Hilbert bases

    
Abstract:

    

    A polyhedron defined by an integral valued constraint matrix and an
    integral valued right-hand side is lattice-free if it does not
    contain an element of the integer lattice. In this talk, we present
    a link between the lattice-freeness of polyhedra, the diameter of
    finite abelian groups and the height of Hilbert bases. As a result,
    we will be able to prove novel upper bounds on the lattice width of
    lattice-free pyramids if a conjecture regarding the height of
    Hilbert bases holds. Further, we improve existing lattice width
    bounds of lattice-free simplices. All our bounds are independent of
    the dimension and solely depend on the maximal minors of the
    constraint matrix. 

    The second part of the talk is devoted to a study of the
    above-mentioned conjecture. We completely characterize the Hilbert
    basis of a pointed polyhedral cone when all the maximal minors of
    the constraint matrix are bounded by two in absolute value. This can
    be interpreted as an extension of a well-known result which states
    that the Hilbert basis elements lie on the extreme rays if the
    constraint matrix is unimodular, i.e., all maximal minors are
    bounded by one in absolute value. 

    This is joint work with Martin Henk and Robert Weismantel.

    

    You all are cordially invited!
  

 

	

      
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 Nov.22 !
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Dear all,

next Monday's Lecture and Colloquium will take place November 22 at TU 
Berlin.*
You all are cordially invited!
*

*Please note Corona restrictions* *!*  - See rules in detail below *!*

*_Location_**: **
*

*Room MA 041 - Ground Floor*
Technische Universität Berlin
Institut für Mathematik
Straße des 17. Juni 136
10623 Berlin


*_Monday's Lecture_: Markus Brill (Technische Universität Berlin)*

*_Time_: **Monday, November 22 - 14:15 h*

*_Title_: Approval-Based Apportionment*

*_Abstract_:*

In the apportionment problem, a fixed number of seats must be 
distributed among parties in proportion to the number of voters 
supporting each party. We study a generalization of this setting, in 
which voters cast approval ballots over parties, such that each voter 
can support multiple parties. This approval-based apportionment setting 
generalizes traditional apportionment and is a natural restriction of 
approval-based multiwinner elections, where approval ballots range over 
individual candidates. Using techniques from both apportionment and 
multiwinner elections, we identify rules that generalize the D'Hondt 
apportionment method and that satisfy strong axioms which are 
generalizations of properties commonly studied in the apportionment 
literature. In fact, the rules we discuss provide representation 
guarantees that are currently out of reach in the general setting of 
multiwinner elections: First, we demonstrate that extended justified 
representation is compatible with committee monotonicity (also known as 
house monotonicity). Second, we show that core-stable committees are 
guaranteed to exist and can be found in polynomial time.

Joint work with Paul Gölz, Dominik Peters, Ulrike Schmidt-Kraepelin, and 
Kai Wilker.



*Coffee Break*

*_Monday's Colloquium_: Jonathan Leake (Technische Universität Berlin)*

*_Time_: **Monday, November 22 - 16:00 h s.t.*

*_Title_: Lorentzian polynomials on cones and the Heron-Rota-Welsh 
conjecture*

*_Abstract_:*

About 5 years ago, the Heron-Rota-Welsh conjecture (log-concavity of the 
coefficients of the characteristic polynomial of a matroid) was proven 
by Adiprasito, Huh, and Katz via the exciting development of a new 
combinatorial Hodge theory for matroids. In very recent work with Petter 
Brändén, we have given a new short "polynomial proof" of the 
Heron-Rota-Welsh conjecture. Our proof uses an extension of the theory 
of Lorentzian polynomials to convex cones. In this talk, I will briefly 
discuss the basics of Lorentzian (aka completely log-concave) 
polynomials, and then I will give an overview of our new proof of the 
Heron-Rota-Welsh conjecture.


___________

*Corona access rules accordingly: *

Please observe the current Corona safety constraints:

3G access rule - a medical or FFP2 mask must be worn!
See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/

Please bring a proof of your vaccination status or test by a certified 
unit, as well as a photo-ID.

For tracking the contacts in case of an infection, we use a.nwesen.de.
See https://anwesende.imp.fu-berlin.de/

There is a QR-code at every place, which you can scan with your smartphone.


*You all are cordially invited!*


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    Dear all,

    

    next Monday's Lecture and Colloquium will take place November 22 at
    TU Berlin. 

      You all are cordially invited!

    

    

    Please note Corona restrictions !  - See rules in
    detail below !

    

    
Location: 

      

    Room MA 041 - Ground Floor

    Technische Universität Berlin

    Institut für Mathematik

    Straße des 17. Juni 136

    10623 Berlin

    


      Monday's Lecture: Markus Brill (Technische Universität
        Berlin)

    
Time: Monday, November 22 - 14:15 h 

    
Title: Approval-Based Apportionment

    Abstract:

    

    In the apportionment problem, a fixed number of seats must be
    distributed among parties in proportion to the number of voters
    supporting each party. We study a generalization of this setting, in
    which voters cast approval ballots over parties, such that each
    voter can support multiple parties. This approval-based
    apportionment setting generalizes traditional apportionment and is a
    natural restriction of approval-based multiwinner elections, where
    approval ballots range over individual candidates. Using techniques
    from both apportionment and multiwinner elections, we identify rules
    that generalize the D'Hondt apportionment method and that satisfy
    strong axioms which are generalizations of properties commonly
    studied in the apportionment literature. In fact, the rules we
    discuss provide representation guarantees that are currently out of
    reach in the general setting of multiwinner elections: First, we
    demonstrate that extended justified representation is compatible
    with committee monotonicity (also known as house monotonicity).
    Second, we show that core-stable committees are guaranteed to exist
    and can be found in polynomial time.
    

      
Joint work with Paul Gölz, Dominik Peters, Ulrike
        Schmidt-Kraepelin, and Kai Wilker.

    

    

    

    Coffee Break

    

    
Monday's Colloquium: Jonathan Leake (Technische
        Universität Berlin) 

    

    
Time: Monday, November 22 - 16:00 h s.t. 

    
Title: Lorentzian polynomials on cones and the
        Heron-Rota-Welsh conjecture

    
Abstract:

    

    About 5 years ago, the Heron-Rota-Welsh conjecture (log-concavity of
    the coefficients of the characteristic polynomial of a matroid) was
    proven by Adiprasito, Huh, and Katz via the exciting development of
    a new combinatorial Hodge theory for matroids. In very recent work
    with Petter Brändén, we have given a new short "polynomial proof" of
    the Heron-Rota-Welsh conjecture. Our proof uses an extension of the
    theory of Lorentzian polynomials to convex cones. In this talk, I
    will briefly discuss the basics of Lorentzian (aka completely
    log-concave) polynomials, and then I will give an overview of our
    new proof of the Heron-Rota-Welsh conjecture.

    

    

    ___________

    

    Corona access rules accordingly: 

    

    Please observe the current Corona safety constraints: 

    

    3G access rule - a medical or FFP2 mask must be worn!

    See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/
    

    

    Please bring a proof of your vaccination status or test by a
    certified unit, as well as a photo-ID. 

    

    For tracking the contacts in case of an infection, we use
    a.nwesen.de.

    See https://anwesende.imp.fu-berlin.de/
    

    

    There is a QR-code at every place, which you can scan with your
    smartphone. 

    

    

    You all are cordially invited!
  








	

		
			
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Dear all,

next Monday's Lecture and Colloquium will take place both, *online via 
Zoom* and *at FU Berlin* on November 29.*

Please find link to Zoom here:*
**https://tu-berlin.zoom.us/j/69716124232?pwd=dzFlcTFHMmFXRTE5QmZLaEV5N0FRUT09
No password is required.


*Please note Corona restrictions* *!*  - See rules in detail below *!*
You have to fit 2G rules for participation in person.
  If not, it is mandatory to bring a valid test.
*

You all are cordially invited!

*

*_Location_**: **
*

*Online via Zoom.*
*Please find link to Zoom here:*
**https://tu-berlin.zoom.us/j/69716124232?pwd=dzFlcTFHMmFXRTE5QmZLaEV5N0FRUT09
No password is required.

***Room 005 - Ground Floor*
Freie Universität Berlin
Takustr. 9
14195 Berlin


*_Monday's Lecture_: Henry Adams (**Institute of Science and Technology 
Austria)*

*_Time_: **Monday, November 29 - 14:15 h*

*_Title_: Open questions on clique complexes of graphs*

*_Abstract_:*

The clique complex of a graph is a simplicial complex with a simplex for 
each clique. Clique complexes are frequently being computed in 
applications of topology to data, but we do not understand their 
algorithmic theory or their mathematical theory. I will introduce clique 
complexes of graphs, explain why applied topologists care about them, 
and survey open problems about the topology of clique complexes of unit 
disk graphs, powers of lattice graphs, and powers of hypercube graphs.


*Coffee Break*

*_Monday's Colloquium_: Benjamin Berendsohn (Freie Universität Berlin)*

*_Time_: **Monday, November 29 - 16:00 h s.t.*

*_Title_: Search trees on graphs*

*_Abstract_:*

Search trees on graphs (STGs) are a generalization of binary search 
trees (BSTs). Where the key space of a BST is a totally ordered set, the 
key space of a STG is a graph. STGs are a relatively recent notion, but 
have been studied previously under different names, including 
elimination trees, maximal tubings, and vertex rankings. We survey some 
results. On the computational side, we consider a model of computation 
for STGs analagous to the BST model, and study which known results for 
BSTs can be adapted. On the combinatorial side, we study the diameter of 
certain polytopes called graph associahedra, which can be defined via STGs.

___________

*Corona access rules accordingly: *

Please observe the current Corona safety constraints:

3G access rule - a medical or FFP2 mask must be worn!
See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/

Please bring a proof of your vaccination status or test by a certified 
unit, as well as a photo-ID.

For tracking the contacts in case of an infection, we use a.nwesen.de.
See https://anwesende.imp.fu-berlin.de/

There is a QR-code at every place, which you can scan with your smartphone.

*You all are cordially invited!

*


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    Dear all,

    

    next Monday's Lecture and Colloquium will take place both, online
      via Zoom and at FU Berlin on November 29. 

      

      Please find link to Zoom here:

     https://tu-berlin.zoom.us/j/69716124232?pwd=dzFlcTFHMmFXRTE5QmZLaEV5N0FRUT09

    No password is required.

    

    

    Please note Corona restrictions !  - See rules in
    detail below !

    You have to fit 2G rules for participation in person.

     If not, it is mandatory to bring a valid test.

    

      

      You all are cordially invited!

      

    
    
Location: 

      

    Online via Zoom.

    Please find link to Zoom here:

     https://tu-berlin.zoom.us/j/69716124232?pwd=dzFlcTFHMmFXRTE5QmZLaEV5N0FRUT09

    No password is required.

    

    Room 005 - Ground Floor

    Freie Universität Berlin

    Takustr. 9

    14195 Berlin
    


      Monday's Lecture: Henry Adams (Institute of
        Science and Technology Austria)

    
Time: Monday, November 29 - 14:15 h 

    
Title: Open questions on clique complexes of graphs

    Abstract:

    

    The clique complex of a graph is a simplicial complex with a simplex
    for each clique. Clique complexes are frequently being computed in
    applications of topology to data, but we do not understand their
    algorithmic theory or their mathematical theory. I will introduce
    clique complexes of graphs, explain why applied topologists care
    about them, and survey open problems about the topology of clique
    complexes of unit disk graphs, powers of lattice graphs, and powers
    of hypercube graphs.

    

    

    Coffee Break

    

    
Monday's Colloquium: Benjamin Berendsohn (Freie
        Universität Berlin) 

    

    
Time: Monday, November 29 - 16:00 h s.t. 

    
Title: Search trees on graphs

    
Abstract:

    

    Search trees on graphs (STGs) are a generalization of binary search
    trees (BSTs). Where the key space of a BST is a totally ordered set,
    the key space of a STG is a graph. STGs are a relatively recent
    notion, but have been studied previously under different names,
    including elimination trees, maximal tubings, and vertex rankings.
    We survey some results. On the computational side, we consider a
    model of computation for STGs analagous to the BST model, and study
    which known results for BSTs can be adapted. On the combinatorial
    side, we study the diameter of certain polytopes called graph
    associahedra, which can be defined via STGs.

    

    ___________

    

    Corona access rules accordingly: 

    

    Please observe the current Corona safety constraints: 

    

    3G access rule - a medical or FFP2 mask must be worn!

    See https://www.fu-berlin.de/en/sites/coronavirus/faq/studium/3g/
    

    

    Please bring a proof of your vaccination status or test by a
    certified unit, as well as a photo-ID. 

    

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    a.nwesen.de.

    See https://anwesende.imp.fu-berlin.de/
    

    

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    You all are cordially invited!

      

    
  

 

	

      
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Subject: [Facets-of-complexity] Invitation to Monday's Lecture & Colloquium
 Dec.6 !
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Dear all,

next Monday's Lecture and Colloquium will take place *online via Zoom* 
on December 6.*

Please find link to Zoom here:*
**https://tu-berlin.zoom.us/j/69716124232?pwd=dzFlcTFHMmFXRTE5QmZLaEV5N0FRUT09
No password is required.

*You all are cordially invited!*

*_Location_**: **
*

*Online via Zoom.*


*_Monday's Lecture_: Arnaud Casteigts (Université de Bordeaux)*

*_Time_: **Monday, December 6 - 14:15 h*

*_Title_: Spanners and connectivity problems in temporal graphs*

*_Abstract_:*

A graph whose edges only appear at certain points in time is called a 
temporal graph. Such a graph is temporally connected if each ordered 
pair of vertices is connected by a path which traverses edges in 
chronological order (i.e., a temporal path). In this talk, I will focus 
on the concept of a temporal spanner, which is a subgraph of the input 
temporal graph that preserves temporal connectivity using as few edges 
(or labels) as possible. In stark contrast with standard graphs, it 
turns out that linear size spanners, and in fact, even sparse spanners 
(i.e., spanners with o(n^^2 ) edges) do not always exist in temporal 
graphs. After presenting basic notions and reviewing these astonishing 
negative results, I will present some good news as well; namely, sparse 
spanners always exist in ***some*** natural classes of temporal graphs. 
These include the cases when the underlying graph is complete (this 
talk) or when the labels are chosen at random (subsequent talk). If time 
permit, I will present two open questions, and discuss some recent 
attempts at solving them.


*Break*

*_Monday's Colloquium_: Malte Renken (Technische Universität Berlin)*

*_Time_: **Monday, December 6 - 16:00 h s.t.*

*_Title_: Connectivity Thresholds in Random Temporal Graphs*

*_Abstract_:*

We consider a simple model of a random temporal graph, obtained by 
assigning to every edge of an Erdős–Rényi random graph G_n,p a uniformly 
random presence time in the real interval [0, 1]. We study several 
connectivity properties of this random temporal graph model and uncover 
a surprisingly regular sequence of sharp thresholds at which these 
different levels of connectivity are reached. Finally, we discuss how 
our results can be transferred to other random temporal graph models. 
Based on joint work with Arnaud Casteigts, Michael Raskin, and Viktor 
Zamaraev.

*You all are cordially invited!

*


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    Dear all,

    

    next Monday's Lecture and Colloquium will take place online via
      Zoom on December 6. 

      

      Please find link to Zoom here:

     https://tu-berlin.zoom.us/j/69716124232?pwd=dzFlcTFHMmFXRTE5QmZLaEV5N0FRUT09

    No password is required.

    

     You all are cordially invited!

    

    
Location: 

      

    Online via Zoom.

    


      Monday's Lecture: Arnaud Casteigts (Université de
        Bordeaux)

    
Time: Monday, December 6 - 14:15 h 

    
Title: Spanners and connectivity problems in temporal
        graphs

    Abstract:

    

    A graph whose edges only appear at certain points in time is called
    a temporal graph. Such a graph is temporally connected if each
    ordered pair of vertices is connected by a path which traverses
    edges in chronological order (i.e., a temporal path). In this talk,
    I will focus on the concept of a temporal spanner, which is a
    subgraph of the input temporal graph that preserves temporal
    connectivity using as few edges (or labels) as possible. In stark
    contrast with standard graphs, it turns out that linear size
    spanners, and in fact, even sparse spanners (i.e., spanners with o(n^2)
    edges) do not always exist in temporal graphs. After presenting
    basic notions and reviewing these astonishing negative results, I
    will present some good news as well; namely, sparse spanners always
    exist in *some* natural classes
    of temporal graphs. These include the cases when the underlying
    graph is complete (this talk) or when the labels are chosen at
    random (subsequent talk). If time permit, I will present two open
    questions, and discuss some recent attempts at solving them.

    

    

    Break

    

    
Monday's Colloquium: Malte Renken (Technische
        Universität Berlin) 

    

    
Time: Monday, December 6 - 16:00 h s.t. 

    
Title: Connectivity Thresholds in Random Temporal
        Graphs

    
Abstract:

    

    We consider a simple model of a random temporal graph, obtained by
    assigning to every edge of an Erdős–Rényi random graph G_n,p a
    uniformly random presence time in the real interval [0, 1]. We study
    several connectivity properties of this random temporal graph model
    and uncover a surprisingly regular sequence of sharp thresholds at
    which these different levels of connectivity are reached. Finally,
    we discuss how our results can be transferred to other random
    temporal graph models. Based on joint work with Arnaud Casteigts,
    Michael Raskin, and Viktor Zamaraev.

    

    You all are cordially invited!

      

    
  

 

	

      
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From itabrunke@zedat.fu-berlin.de Mon Dec 06 16:24:44 2021
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From: "I.Brunke" 
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Subject: [Facets-of-complexity] Invitation to Polymake workshop & conference
 TU Berlin, Jan. 20-22.
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Dear all,

please find below the invitation to the next Polymake workshop & 
conference @ TU Berlin 2022 Jan 20-22.

*You are all cordially invited.*

The next polymake workshop and conference at TU Berlin will take place on
January 20-22 2022. The scientific program and tutorials are on Friday 
January
21 2022. You can find a preliminary schedule at
https://polymake.org/doku.php/workshops/workshop0122

If you wish to attend, please register using the registration form. Further=

instruction on how to participate in person and/or digitally will be
distributed via email a few days before the event.

We plan to offer an in person part on Friday morning, while the afternoon i=
s
purely digital. Note that due to the volatile corona situation in 
Germany, this
may change on short notice. If you plan to attend the morning session in
person, please have documentation of your vaccination status ready.

*You are all cordially invited.*


All my best,
Ita.


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      Dear all,

    

    please find below the invitation to the next Polymake workshop &
    conference @ TU Berlin 2022 Jan 20-22.

    

    You are all cordially invited.

    

    The next polymake workshop and conference at TU Berlin will take
    place on

    January 20-22 2022. The scientific program and tutorials are on
    Friday January

    21 2022. You can find a preliminary schedule at

    https://polymake.org/doku.php/workshops/workshop0122

    

    If you wish to attend, please register using the registration form.
    Further

    instruction on how to participate in person and/or digitally will be

    distributed via email a few days before the event.

    

    We plan to offer an in person part on Friday morning, while the
    afternoon is

    purely digital. Note that due to the volatile corona situation in
    Germany, this

    may change on short notice. If you plan to attend the morning
    session in

    person, please have documentation of your vaccination status ready.

    

    You are all cordially invited.

    

    

    All my best,

    Ita.
  

 

	

      
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From itabrunke@zedat.fu-berlin.de Wed Dec 08 18:36:43 2021
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From: "I.Brunke" 
To: facets-of-complexity@lists.fu-berlin.de
Cc: "Manea, Florin" ,
 Markus Schmid 
Message-ID: <4fe5447b-1fb1-93a2-4b1b-38b57443a018@fu-berlin.de>
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Subject: [Facets-of-complexity] Invitation to Monday's Lecture & Colloquium
 Dec.13 ! - online via Zoom.
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Dear all,

next Monday's Lecture and Colloquium will take place *online via Zoom* 
on December 13.*

Please find link to Zoom Meeting here:
**
https://hu-berlin.zoom.us/j/66440063420?pwd=VkhwYytqNHJBZW83b3hUL1g4cTV5Zz09 

*
*A password is required this time!

Meeting ID: *664 4006 3420 *
Password: *961144

*You all are cordially invited!*

*_Location_**: **
*

*Online via Zoom.*


*_Monday's Lecture_: Florin Manea (Universität Göttingen)*

*_Time_: **Monday, December 13 - 14:15 h*

*_Title_: Combinatorial String Solving*

*_Abstract_:*

We consider a series of natural problems related to the processing of 
textual data, rooted in areas as diverse as information extraction, 
bioinformatics, algorithmic learning theory, or formal verification, and 
see how they can all be formalized within the same framework. In this 
framework, we say that a pattern $\alpha$ (that is, a string of 
string-variables and letters from a fixed alphabet $\Sigma$) matches 
another pattern $\beta$ if a text $T$, over $\Sigma$, can be obtained 
both from $\alpha$ and $\beta$ by uniformly replacing the variables of 
the two patterns by words over $\Sigma$. In the case when $\beta$ 
contains no variables, i.e., $\beta=T$ is a text, a match occurs if 
$\beta$ can be obtained from $\alpha$ by uniformly replacing the 
variables of $\alpha$ by words over $\Sigma$. The respective matching 
problems, i. e., deciding whether two given patterns match or a pattern 
and a text match, are computationally hard, but efficient algorithms 
exist for classes of patterns with restricted structure. In this talk, 
we overview a series of recent results in this area.


*Break*

*_Monday's Colloquium_: Markus Schmid (Humboldt-Universität zu Berlin)*

*_Time_: **Monday, December 13 - 16:00 h s.t.*

*_Title_: Graph and String Parameters: Connections Between Pathwidth, 
Cutwidth and the Locality Number*

*_Abstract_:*

We investigate the locality number, a recently introduced structural 
parameter for strings (with applications in pattern matching with 
variables), and its connection to two important graph-parameters, 
cutwidth and pathwidth. These connections allow us to show that 
computing the locality number is NP-hard, but fixed-parameter tractable, 
if parameterised by the locality number or by the alphabet size, which 
has been formulated as open problems in the literature. Moreover, the 
locality number can be approximated with ratio O(\sqrt{log(opt)} log(n))$.
An important aspect of our work --- that is relevant in its own right 
and of independent interest --- is that we identify connections between 
the string parameter of the locality number on the one hand, and the 
famous graph parameters of cutwidth and pathwidth, on the other hand. 
These two parameters have been jointly investigated in the literature 
(with respect to exact, parameterised and approximation algorithms), and 
are arguably among the most central graph parameters that are based on 
"linearisations" of graphs. Most importantly, we relate cutwidth with 
pathwidth via the locality number, which results in an approximation 
preserving reduction that improves the currently best known 
approximation algorithm for cutwidth.
[This is based on joint work with Katrin Casel, Joel D. Day, Pamela 
Fleischmann, Tomasz Kociumaka, and Florin Manea, published in Proc. 
ICALP'19.]

*You all are cordially invited!*



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    Dear all,

    

    next Monday's Lecture and Colloquium will take place online via
      Zoom on December 13. 

      

      Please find link to Zoom Meeting here:

    

      https://hu-berlin.zoom.us/j/66440063420?pwd=VkhwYytqNHJBZW83b3hUL1g4cTV5Zz09
      

    

    A password is required this time!

      

      Meeting ID: 664 4006 3420
    

      Password: 961144

    

     You all are cordially invited!

    

    
Location: 

      

    Online via Zoom.

    


      Monday's Lecture: Florin Manea (Universität Göttingen)

    
Time: Monday, December 13 - 14:15 h 

    
Title: Combinatorial String Solving

    Abstract:

    

    We consider a series of natural problems related to the processing
    of textual data, rooted in areas as diverse as information
    extraction, bioinformatics, algorithmic learning theory, or formal
    verification, and see how they can all be formalized within the same
    framework. In this framework, we say that a pattern $\alpha$ (that
    is, a string of string-variables and letters from a fixed alphabet
    $\Sigma$) matches another pattern $\beta$ if a text $T$, over
    $\Sigma$, can be obtained both from $\alpha$ and $\beta$ by
    uniformly replacing the variables of the two patterns by words over
    $\Sigma$. In the case when $\beta$ contains no variables, i.e.,
    $\beta=T$ is a text, a match occurs if $\beta$ can be obtained from
    $\alpha$ by uniformly replacing the variables of $\alpha$ by words
    over $\Sigma$. The respective matching problems, i. e., deciding
    whether two given patterns match or a pattern and a text match, are
    computationally hard, but efficient algorithms exist for classes of
    patterns with restricted structure. In this talk, we overview a
    series of recent results in this area.

    

    

    Break

    

    
Monday's Colloquium: Markus Schmid
        (Humboldt-Universität zu Berlin) 

    

    
Time: Monday, December 13 - 16:00 h s.t. 

    
Title: Graph and String Parameters: Connections Between
        Pathwidth, Cutwidth and the Locality Number

    
Abstract:

    

    We investigate the locality number, a recently introduced structural
    parameter for strings (with applications in pattern matching with
    variables), and its connection to two important graph-parameters,
    cutwidth and pathwidth. These connections allow us to show that
    computing the locality number is NP-hard, but fixed-parameter
    tractable, if parameterised by the locality number or by the
    alphabet size, which has been formulated as open problems in the
    literature. Moreover, the locality number can be approximated with
    ratio O(\sqrt{log(opt)} log(n))$. 

    An important aspect of our work --- that is relevant in its own
    right and of independent interest --- is that we identify
    connections between the string parameter of the locality number on
    the one hand, and the famous graph parameters of cutwidth and
    pathwidth, on the other hand. These two parameters have been jointly
    investigated in the literature (with respect to exact, parameterised
    and approximation algorithms), and are arguably among the most
    central graph parameters that are based on "linearisations" of
    graphs. Most importantly, we relate cutwidth with pathwidth via the
    locality number, which results in an approximation preserving
    reduction that improves the currently best known approximation
    algorithm for cutwidth. 

    [This is based on joint work with Katrin Casel, Joel D. Day, Pamela
    Fleischmann, Tomasz Kociumaka, and Florin Manea, published in Proc.
    ICALP'19.]

    

    You all are cordially invited! 

    

  

 

	

      
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--------------D216DBC3E2A7FF444FEF3D94--