草榴视频

March 2025

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  Saturday
  草榴视频 Scholarship Deadline

  All Day

  Students in the College of Science and Mathematics have access to scholarships through the Office of Scholarships and Financial Aid. Search “College of Science and Mathematics” in ScholarshipUniverse to learn more about our scholarships!

   

  草榴视频 Scholarships applications are due March 1st.

   

  CSM Scholarship Application Tips:

  1) Qualify by answering questions.
  2) Build & attach a CV.
  3) Write a narrative.
  鈻� Describe the skills you developed that will serve you in the future.
  鈻� Discuss the values that have helped you become the person you are and how those will serve you in the future.
  鈻� Give an example of when you have applied your values to your life.
  鈻� Give an example of how you have used your skills in your daily life.
  鈻� Describe the goals you want to achieve after college.
  4) Fully complete your application.

   

  Find out more information about scholarships and  on the Office of Scholarships and Financial Aid website.

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  Monday
  Application Deadline: 2025 Birla Carbon Scholars Program

  All Day

  Application Deadline for Birla Carbon Scholars Program is Monday, March 3, 2025.

   

  Current CSM majors are invited to apply to spend the summer conducting research with a CSM faculty member & present your findings at the Birla Carbon Symposium!

   

  Visit the Birla Carbon Scholars Program website for more information!

• 4
  Tuesday
  Chemistry and Biochemistry Departmental Seminar Series

  12:30pm

  at Clendenin Building, CL 1009

  Speaker: Dr.Gary Guillet, Furman University
  Title: "Extended Metal Atom Chains of Fe – {FeFeFe}¹⁸ & {FeFeFe}¹⁹ "

  Abstract: Extended metal atom chain complexes (EMAC) are 1-D arrangements of three or more metal atoms that often contain direct metal-metal bonds. EMACs that incorporate first-row transition metals have the possibility of coupling multiple high spin metal centers with direct magnetic exchange, derived from the M-M bonds, which could be a useful strategy in the synthesis of novel magnetic compounds as they can have significant axial magnetic anisotropy. Historically, EMAC’s with 3d metals have been supported by dipyridylamine (dpa) and they are essentially isostructural (M₃dpa₂X₂). They are also typically low spin, a result of the strong ligand field. The Guillet group has pioneered the use of the 2,6-bis(trimethylsilylamino)pyridine (H₂L^Me) as the supporting ligand, which is sterically larger than dpa and dianionic. This ligand supported the first trinuclear EMAC of iron with short Fe-Fe distances which coordinates the metals in a trigonal ligand field (Fe₃L₃) without axial ligation. This complex has a well-isolated magnetic ground state with S = 6. Presented herein are novel advancements in the computational modeling of triiron EMACs, the reduction chemistry of the neutral Fe₃L₃, and the design and synthesis if new ligands families to expand the known examples of triiron EMACs.

   

   

  The Chemistry and Biochemistry Departmental Seminar Series covers a broad range of fields in the Chemical and Biochemical Sciences. In past seminars, scientists from Academia, Government, and Industry have presented their most recent discoveries and contributions in their respective areas. This Seminar Series offers students and faculty the opportunity to interact directly with other leaders in their specializations and to gain a good overview of the entire range of fields in Chemistry and Biochemistry.

   

  This seminar will take place in person.

• 5
  Wednesday
  Analysis and Applied Mathematics (AAM) Seminar

  1:00pm

  Speaker: Dr. Beniamin Bogosel, Ecole Polytechnique
  Title: “A computer assisted proof in shape optimization”
  Abstract: The optimization of the eigenvalues of differential operators is an active field of research with diverse theoretical and practical implications. In particular, the fundamental eigenvalue of the Dirichlet-Laplace operator dictates the dissipation rate of the heat in a given domain. To preserve heat as long as possible it is interesting to minimize the fundamental eigenvalue.  Polya and Szego conjectured in 1950 that the regular $n$-gon minimizes the fundamental eigenvalue among $n$-gons with fixed area.  Although this result is simple to state, the problem is still open today for $n\geq 5$.  In this presentation I will show how the proof of the conjecture can be reduced to a finite number of numerical computations. The local minimality is solved for $n \in \{5,6\}$ using interval arithmetic, a modern computation technique which guarantees the error control in floating point computations.

   

  The Analysis and Applied Mathematics (AAM) Seminar is intended for 草榴视频 State faculty working in the various areas of analysis and applied mathematics to get together to discuss their current work or related questions. Seminars often involve advanced mathematical knowledge. However, the seminars are open to anyone interested in attending.

   

  This seminar will be held virtually. 

   

  DIAL-IN INFORMATION
  
  Passcode: i8a8CJ

  Discrete Mathematics Seminar

  2:30pm

  at Mathematics Building, D 112

  Speaker: Dr. Chi Hoi (Kyle) Yip, Georgia Institute of Technology
  Title: “Positivity preservers and cliques in Paley graphs”
  Abstract: Let $A = (a_{ij})$ be an $n \times n$ matrix with entries in a field $\F$ and let $f$ be a function defined on $\F$. The function naturally induces an entrywise transformation of $A$ via $f[A] := (f(a_{ij}))$. The study of such entrywise transforms that preserve various forms of matrix positivity has a rich and long history since the seminal work of Schoenberg. In this talk, I will discuss an analogue of such a question in finite fields. Over a finite field $\F_q$, a matrix is said to be positive definite if it is symmetric and all its leading principal minors are non-zero squares in $\F_q$; given $f:\F_q \to \F_q$, we say $f$ is a positivity preserver on $M_n(\F_q)$ if $f[A]$ is positive definite for all positive definite $A \in M_n(\F_q)$. I will discuss a complete classification of positivity preservers on $M_2(\F_q)$ for all prime powers $q$ other than those with $q \equiv 1 \pmod 4$ that are not a perfect square. In particular, I will focus on the case $q \equiv 1 \pmod 4$, where ideas from finite geometry and Paley graphs play a crucial role. Joint work with Dominique Guillot, Himanshu Gupta, and Prateek Kumar Vishwakarma.

   

  The Discrete Math Seminar (DMS) is intended for 草榴视频 State faculty working in the various areas of algebra, number theory, and discrete mathematics to get together to discuss their current work or related questions. Seminars often involve advanced mathematical knowledge. However, the seminars are open to anyone interested in attending. This talk will take place in a hybrid format.

   

  Dial-In Information
  

• 6
  Thursday
  Ecology, Evolution, Behavior, & Organismal Biology (EEBOB) seminar series

  12:30pm

  Speaker: Jenna Palmisano, PhD Student @ University of Central Florida
  Title: “Unraveling emerging pathogen dynamics in southeastern snakes through SLAM and pygmy rattlesnake research”
  Abstract: Jenna earned her undergraduate degree from Stetson University and is now a PhD student in the Savage Lab at the University of Central Florida. Jenna's research focuses on how disease threatens wildlife populations; in particular, she is a leader in understanding how an invasive pentastome parasite threatens native reptiles. As part of this work, Jenna founded SLAM (Snake Lungworm Alliance & Monitoring)—a network for scientists and members of the public to share observations and information about this threat. In her talk, Jenna discusses all of these topics and more.

   

  The Ecology, Evolution, Behavior, & Organismal Biology (EEBOB) seminar series focuses on biological topics at whole-organism and higher scales of organization. Guest speakers come from universities, governmental agencies, NGOs, zoos, museums, and other institutions. The EEBOB seminar is an opportunity to learn about career paths and research in the biology discipline, and for students to engage with professionals in a wide variety of biology careers.

   

  This seminar series consists of a pre-recorded seminar, which will be posted to a  at the beginning of each week, and a live, virtual Q&A session with the speaker. All are welcome to attend! To be granted access to the live Q&A session, interested attendees can email Dr. Todd Pierson. The live Q&A session will be held each Thursday at 12:30 PM. 

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  Monday
  Spring Break!

  All Day

  Have a safe and fun Spring Break!

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  Spring Break!

  All Day

  Have a safe and fun Spring Break!

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  Wednesday
  Spring Break!

  All Day

  Have a safe and fun Spring Break!

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  Thursday
  Spring Break!

  All Day

  Have a safe and fun Spring Break!

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  Friday
  Spring Break!

  All Day

  Have a safe and fun Spring Break!

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  Thursday
  Ecology, Evolution, Behavior, & Organismal Biology (EEBOB) seminar series

  12:30pm

  Speaker: Dr. Emily McLean, Assistant Professor of Biology @ Oxford College of Emory University
  Title: “Social support in life and science”
  Abstract:  Dr. Emily McLean earned her B.S. Biology from Bryan College, her M.S. Biology from UNC Greensboro, and her PhD from Duke University, where she studied the heritability of social behavior in wild baboons. Dr. McLean is now an Assistant Professor of Biology at Oxford College of Emory University, where she continues to study social behaviors (now in Drosophila) with her undergraduate students. In her talk, Dr. McLeanhighlights this research as she walks us through her own career journey—emphasizing important topics such as non-linearity in career paths and the value of strong mentorship and support.

   

  The Ecology, Evolution, Behavior, & Organismal Biology (EEBOB) seminar series focuses on biological topics at whole-organism and higher scales of organization. Guest speakers come from universities, governmental agencies, NGOs, zoos, museums, and other institutions. The EEBOB seminar is an opportunity to learn about career paths and research in the biology discipline, and for students to engage with professionals in a wide variety of biology careers.

   

  This seminar series consists of a pre-recorded seminar, which will be posted to a  at the beginning of each week, and a live, virtual Q&A session with the speaker. All are welcome to attend! To be granted access to the live Q&A session, interested attendees can email Dr. Todd Pierson. The live Q&A session will be held each Thursday at 12:30 PM. 

  Analysis and Applied Mathematics (AAM) Seminar

  2:30pm

  at Atrium Building, J 212

  Speaker: Dr. Alex Iosevich, University of Rochester
  Title: “Exact signal recovery, restriction phenomenon, and applications”
  Abstract: Let  be a signal and suppose that the frequencies  are missing, where .  Under what reasonable assumption can we recover the original signal? We are going to discuss the connections between this problem and the classical restriction phenomenon in harmonic analysis. Bourgain's celebrated  theorem and its variants by Talagrand and others play an important role in our investigations.

   

  The Analysis and Applied Mathematics (AAM) Seminar is intended for 草榴视频 State faculty working in the various areas of analysis and applied mathematics to get together to discuss their current work or related questions. Seminars often involve advanced mathematical knowledge. However, the seminars are open to anyone interested in attending.

   

  This seminar will be held in-person and virtually. 

   

  DIAL-IN INFORMATION
  
  Passcode: i8a8CJ

• 21
  Friday
  Molecular Biosciences Interest Group (MBIG) seminar series

  12:30pm

  at Clendenin Building, CL 1008

  Speaker: Josh Labus, Graduate Student in Dr. Brandon Carpenter's lab at 草榴视频 State University
  Title: “Inappropriate Inheritance of Histone Methylation Perturbs Muscle Structure and Function”

   

  The Molecular Biosciences Interest Group (MBIG) is pleased to present seminars featuring active scientists from 草榴视频, Georgia, and beyond. These research talks cover a broad spectrum of cutting-edge topics in Cell and Molecular Biology, Genetics, Biochemistry, and Structural Biology, with a special emphasis on human pathology. Whether you're a researcher, student, or simply curious about the latest scientific discoveries, our seminars offer an excellent opportunity to learn, engage, and network with experts in the field. The MBIG seminar will take place in-person on Fridays from 12:30 – 1:30 pm in the Clendenin Building, room CL 1008. All faculty, staff, students, and alumni are invited to attend.

  Mathematics Colloquium seminar series

  2:30pm

  at Mathematics Building, D237

  Speaker: Dr. Alex Iosevich, University of Rochester
  Focus: Analysis

  Title: “Fourier series, signal recovery, and real-life applications”

  Abstract: We are going to discuss the following basic problem. Suppose that  is a signal, and suppose that the values  are missing for some . Under what reasonable conditions can we recover the missing values exactly? We are going to discuss the basic theory behind this problem, prove a couple of simple results, and then apply them to the recovery of the missing values in real-life time series. The lecture will be almost entirely self-contained. 

   

  The 草榴视频 Mathematics Colloquium is a seminar series that brings in researchers from other universities to present results on all areas of Mathematics. The talks are targeted at general audiences of students and professors.

   

  DIAL-IN INFORMATION
  
  Passcode: Ff3U6L

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  Wednesday
  Analysis and Applied Mathematics (AAM) Seminar

  1:00pm

  at Mathematics Building, D 237

  Speaker: Dr. Eric Stachura, 草榴视频 State University
  Title: “The Drude-Born-Fedorov system on anisotropic fractals”
  Abstract: Fractals are ubiquitous in nature, appearing in coastlines, porous media, cracks, snowflakes, etc. They can be used to model complex environments like the human bronchial tree and atmospheric boundary layers over complex terrain. In this talk, I will discuss a mathematical framework to study differential equations on anisotropic fractal solids. These are fractal structures that could have different Hausdorff dimensions in each direction and appear, for instance, in the modeling of composite structures with fractal type microstructures. I will then discuss a fractal version of a cavity eigenvalue problem for the Drude-Born-Fedorov system. This system arises from the time harmonic Maxwell system with constitutive relations that model a material that responds with both an electric and magnetic polarization due to an electric or magnetic excitation.

   

  The Analysis and Applied Mathematics (AAM) Seminar is intended for 草榴视频 State faculty working in the various areas of analysis and applied mathematics to get together to discuss their current work or related questions. Seminars often involve advanced mathematical knowledge. However, the seminars are open to anyone interested in attending.

   

  This seminar will be held in-person and virtually. 

   

  DIAL-IN INFORMATION
  
  Passcode: i8a8CJ

  Math Mixer

  2:00pm

  at Mathematics Building, D-249

  Are you declared as a math major? Curious how to earn a math minor? Want to meet other majors/minors and socialize?

   

  This math mixer is for you! Join the Department of Mathematics for information about the math major/minor, help with course selection, Putman Exam problems, light refreshments, and more!

• 27
  Thursday
  Ecology, Evolution, Behavior, & Organismal Biology (EEBOB) seminar series

  12:30pm

  Speaker: Dr. Hunter Howell, Environmental Program Manager and Ecologist @ City of Atlanta
  Title: “Conservation in a changing world”
  Abstract:  Dr. Hunter Howell received his B.S. in Organismal Biology and Ecology from Towson University and his PhD in Ecology from the University of Miami, where he studied community ecology and conservation in the Florida Everglades. Dr. Howell now works as the Environmental Program Manager for the Department of Watershed Management of the City of Atlanta. In his talk, Dr. Howell describes his previous research and the work he does now here in Atlanta. Join us to learn more! And please share with any students who may be interested. 

   

  The Ecology, Evolution, Behavior, & Organismal Biology (EEBOB) seminar series focuses on biological topics at whole-organism and higher scales of organization. Guest speakers come from universities, governmental agencies, NGOs, zoos, museums, and other institutions. The EEBOB seminar is an opportunity to learn about career paths and research in the biology discipline, and for students to engage with professionals in a wide variety of biology careers.

   

  This seminar series consists of a pre-recorded seminar, which will be posted to a  at the beginning of each week, and a live, virtual Q&A session with the speaker. All are welcome to attend! To be granted access to the live Q&A session, interested attendees can email Dr. Todd Pierson. The live Q&A session will be held each Thursday at 12:30 PM. 

• 28
  Friday
  Application Deadline: 2025 Inspire Summer Scholars Program

  All Day

  Application Deadline for Inspire Summer Scholars  Program is Friday, March 28, 2025.

   

  Biochemistry, biology, chemistry, environmental science, mathematics, and physics majors: You are invited to apply for the CSM Inspire Summer Scholars Program! Students will develop research skills over the summer through hands-on activities related to available projects. The program runs from Monday, May 12 to Friday, July 25, 2025. Each student accepted to the program will be hired as a student assistant and paid at the rate of $12.75 per hour.

   

  Preference will be given to students in their first or second year of study without prior experience. 

   

  The deadline to apply is Friday, March 28, 2025. Learn more about the current projects by visiting 

  Molecular Biosciences Interest Group (MBIG) seminar series

  12:30pm

  at Clendenin Building, CL 1008

  Speaker: Dr. Courtney Ellison, University of Georgia
  Title: “TBA”

   

  The Molecular Biosciences Interest Group (MBIG) is pleased to present seminars featuring active scientists from 草榴视频, Georgia, and beyond. These research talks cover a broad spectrum of cutting-edge topics in Cell and Molecular Biology, Genetics, Biochemistry, and Structural Biology, with a special emphasis on human pathology. Whether you're a researcher, student, or simply curious about the latest scientific discoveries, our seminars offer an excellent opportunity to learn, engage, and network with experts in the field. The MBIG seminar will take place in-person on Fridays from 12:30 – 1:30 pm in the Clendenin Building, room CL 1008. All faculty, staff, students, and alumni are invited to attend.

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May 2025

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  EngageCSM Prize Pick-up

  10:00am

  at Science Laboratory Building, Office of the Dean - SL 5011

  CSM students — it's time to pick up your prize for participating in EngageCSM activities! Check your 草榴视频 email or Suitable app notifications to see if you've won!

   

  Curious about EngageCSM and our prizes? Stop by to learn more or email engagecsm@kennesaw.edu!

• 2
  Friday
  EngageCSM Prize Pick-up

  10:00am

  at Science Laboratory Building, Office of the Dean - SL 5011

  CSM students — it's time to pick up your prize for participating in EngageCSM activities! Check your 草榴视频 email or Suitable app notifications to see if you've won!

   

  Curious about EngageCSM and our prizes? Stop by to learn more or email engagecsm@kennesaw.edu!

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  Monday
  EngageCSM Prize Pick-up

  10:00am

  at Science Laboratory Building, Office of the Dean - SL 5011

  CSM students — it's time to pick up your prize for participating in EngageCSM activities! Check your 草榴视频 email or Suitable app notifications to see if you've won!

   

  Curious about EngageCSM and our prizes? Stop by to learn more or email engagecsm@kennesaw.edu!

• 6
  Tuesday
  EngageCSM Prize Pick-up

  10:00am

  at Science Laboratory Building, Office of the Dean - SL 5011

  CSM students — it's time to pick up your prize for participating in EngageCSM activities! Check your 草榴视频 email or Suitable app notifications to see if you've won!

   

  Curious about EngageCSM and our prizes? Stop by to learn more or email engagecsm@kennesaw.edu!

• 7
  Wednesday
  EngageCSM Prize Pick-up

  10:00am

  at Science Laboratory Building, Office of the Dean - SL 5011

  CSM students — it's time to pick up your prize for participating in EngageCSM activities! Check your 草榴视频 email or Suitable app notifications to see if you've won!

   

  Curious about EngageCSM and our prizes? Stop by to learn more or email engagecsm@kennesaw.edu!

• 8
  Thursday
  EngageCSM Prize Pick-up

  10:00am

  at Science Laboratory Building, Office of the Dean - SL 5011

  CSM students — it's time to pick up your prize for participating in EngageCSM activities! Check your 草榴视频 email or Suitable app notifications to see if you've won!

   

  Curious about EngageCSM and our prizes? Stop by to learn more or email engagecsm@kennesaw.edu!

• 9
  Friday
  EngageCSM Prize Pick-up

  10:00am

  at Science Laboratory Building, Office of the Dean - SL 5011

  CSM students — it's time to pick up your prize for participating in EngageCSM activities! Check your 草榴视频 email or Suitable app notifications to see if you've won!

   

  Curious about EngageCSM and our prizes? Stop by to learn more or email engagecsm@kennesaw.edu!

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June 2025

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No events for this month

July 2025

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August 2025

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September 2025

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October 2025

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November 2025

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  Monday
• 2
  Tuesday
• 3
  Wednesday
• 4
  Thursday
• 5
  Friday
• 6
  Saturday

No events for this month

December 2025

• Sunday
• Monday
• Tuesday
• Wednesday
• Thursday
• Friday
• Saturday

• 30
  Sunday
• 1
  Monday
• 2
  Tuesday
• 3
  Wednesday
• 4
  Thursday
• 5
  Friday
• 6
  Saturday

• 7
  Sunday
• 8
  Monday
• 9
  Tuesday
• 10
  Wednesday
• 11
  Thursday
• 12
  Friday
• 13
  Saturday

• 14
  Sunday
• 15
  Monday
• 16
  Tuesday
• 17
  Wednesday
• 18
  Thursday
• 19
  Friday
• 20
  Saturday

• 21
  Sunday
• 22
  Monday
• 23
  Tuesday
• 24
  Wednesday
• 25
  Thursday
• 26
  Friday
• 27
  Saturday

• 28
  Sunday
• 29
  Monday
• 30
  Tuesday
• 31
  Wednesday
• 1
  Thursday
• 2
  Friday
• 3
  Saturday

No events for this month

January 2026

• Sunday
• Monday
• Tuesday
• Wednesday
• Thursday
• Friday
• Saturday

• 28
  Sunday
• 29
  Monday
• 30
  Tuesday
• 31
  Wednesday
• 1
  Thursday
• 2
  Friday
• 3
  Saturday

• 4
  Sunday
• 5
  Monday
• 6
  Tuesday
• 7
  Wednesday
• 8
  Thursday
• 9
  Friday
• 10
  Saturday

• 11
  Sunday
• 12
  Monday
• 13
  Tuesday
• 14
  Wednesday
• 15
  Thursday
• 16
  Friday
• 17
  Saturday

• 18
  Sunday
• 19
  Monday
• 20
  Tuesday
• 21
  Wednesday
• 22
  Thursday
• 23
  Friday
• 24
  Saturday

• 25
  Sunday
• 26
  Monday
• 27
  Tuesday
• 28
  Wednesday
• 29
  Thursday
• 30
  Friday
• 31
  Saturday

No events for this month

February 2026

• Sunday
• Monday
• Tuesday
• Wednesday
• Thursday
• Friday
• Saturday

• 1
  Sunday
• 2
  Monday
• 3
  Tuesday
• 4
  Wednesday
• 5
  Thursday
• 6
  Friday
• 7
  Saturday
• 8
  Sunday
• 9
  Monday
• 10
  Tuesday
• 11
  Wednesday
• 12
  Thursday
• 13
  Friday
• 14
  Saturday
• 15
  Sunday
• 16
  Monday
• 17
  Tuesday
• 18
  Wednesday
• 19
  Thursday
• 20
  Friday
• 21
  Saturday
• 22
  Sunday
• 23
  Monday
• 24
  Tuesday
• 25
  Wednesday
• 26
  Thursday
• 27
  Friday
• 28
  Saturday

No events for this month