KSQM Calendar

Black holes play an increasingly important role in the study of gravitational physics. In this mini lecture series, aimed at graduate students with no prior experience in general relativity, we will first review the basics of curved spacetime, including a bit of mathematics but also drawing on physical intuition. In a second step, we will focus on black holes, explain some of their properties, and highlight what fundamental physics questions can be answered with current and planned observations of black holes. Last, in a third step, we will take a peek into the future, and address current theories (such as black hole thermodynamics, holography, and non-singular gravity) that address quantum aspects of black holes and connect the rich field of gravity to quantum physics itself.

Get ready for this year's retreat—it's going to be an amazing experience! Here’s what’s in store:
 
Oral Presentation Sessions: Dive into engaging discussions and share your latest research findings with fellow members.
 
Invited lectures/Talks : Based on the wishes of KSQM Members and set up by the Student Council
 
Networking Opportunities: Meet and mingle with other members in a relaxed, friendly setting designed for building connections and swapping ideas.
 
We can’t wait to see you there and make KSQM Retreat & Summer School 2026 something truly special!

Get ready for this year's retreat—it's going to be an amazing experience! Here’s what’s in store:
 
Oral Presentation Sessions: Dive into engaging discussions and share your latest research findings with fellow members.
 
Invited lectures/Talks : Based on the wishes of KSQM Members and set up by the Student Council
 
Networking Opportunities: Meet and mingle with other members in a relaxed, friendly setting designed for building connections and swapping ideas.
 
We can’t wait to see you there and make KSQM Retreat & Summer School 2026 something truly special!

Get ready for this year's retreat—it's going to be an amazing experience! Here’s what’s in store:
 
Oral Presentation Sessions: Dive into engaging discussions and share your latest research findings with fellow members.
 
Invited lectures/Talks : Based on the wishes of KSQM Members and set up by the Student Council
 
Networking Opportunities: Meet and mingle with other members in a relaxed, friendly setting designed for building connections and swapping ideas.
 
We can’t wait to see you there and make KSQM Retreat & Summer School 2026 something truly special!

Get ready for this year's retreat—it's going to be an amazing experience! Here’s what’s in store:
 
Oral Presentation Sessions: Dive into engaging discussions and share your latest research findings with fellow members.
 
Invited lectures/Talks : Based on the wishes of KSQM Members and set up by the Student Council
 
Networking Opportunities: Meet and mingle with other members in a relaxed, friendly setting designed for building connections and swapping ideas.
 
We can’t wait to see you there and make KSQM Retreat & Summer School 2026 something truly special!

Get ready for this year's retreat—it's going to be an amazing experience! Here’s what’s in store:
 
Oral Presentation Sessions: Dive into engaging discussions and share your latest research findings with fellow members.
 
Invited lectures/Talks : Based on the wishes of KSQM Members and set up by the Student Council
 
Networking Opportunities: Meet and mingle with other members in a relaxed, friendly setting designed for building connections and swapping ideas.
 
We can’t wait to see you there and make KSQM Retreat & Summer School 2026 something truly special!

Black holes play an increasingly important role in the study of gravitational physics. In this mini lecture series, aimed at graduate students with no prior experience in general relativity, we will first review the basics of curved spacetime, including a bit of mathematics but also drawing on physical intuition. In a second step, we will focus on black holes, explain some of their properties, and highlight what fundamental physics questions can be answered with current and planned observations of black holes. Last, in a third step, we will take a peek into the future, and address current theories (such as black hole thermodynamics, holography, and non-singular gravity) that address quantum aspects of black holes and connect the rich field of gravity to quantum physics itself.

Carina Lainer is part of Roland Berger’s Advanced Technology Center, where she leads the "Quantum Technologies, Photonics and Optics Cluster." Her career began in quantum optics research at the German Aerospace Center in the Institute for Active Optical Systems. She transitioned into strategy consulting and became part of the management team at Roland Berger. Carina is recognized globally as a thought leader and advisor in quantum sensors, quantum communication, quantum cryptography, and quantum computing. She also possesses extensive experience in microelectronic and physics technologies, i.e., cooling systems, instrumentation, or semiconductor manufacturing.
As a respected subject matter expert, Carina is frequently invited to contribute as a guest columnist, publisher, and interview partner for specialist media, conferences, industry, and government consortia. She has successfully advised clients across high-tech electronics, semiconductors, chemicals, finance, automotive, and aerospace & defense industries, working with corporate clients, governmental institutions, and investors worldwide.
Her functional expertise includes go-to-market strategy, business model development, technology-driven transformation (including AI), performance improvement programs, and due diligence processes. Carina holds degrees in Physics and Business from the University of Oxford, Hult International Business School, Sorbonne University, and Johannes Gutenberg-University. She combines a passion for emerging technologies with a pragmatic perspective on market developments and customer needs, consulting at the forefront of technology innovation to create tangible impact for her clients.