Dr. Mingzi Niu is a postdoctoral researcher specializing in microeconomic theory, with a focus on the decision-making frictions that lead to inefficient choices. Mingzi’s work encompasses two major sources of these frictions: cognitive biases that distort the decision-making processes, and economic environment, such as information asymmetry or other people’s strategic moves. Her research aims to provide a unified framework to understand individual or collective choices and explore solutions to mitigate these frictions.

Mingzi’s research aims to provide a unified framework to understand individual or collective choices and explore solutions to mitigate these frictions.

Mingzi has a PhD in economics from Rice University, an MA in economics from Duke University, and dual BAs in economics and mathematics from Peking University. Originally from China, she now resides in Jerusalem. Mingzi has volunteered at elementary schools in rural areas around Beijing, teaching English, and she has tutored athletes in microeconomics at Duke University. In her free time, she enjoys camping, cooking, gardening, travelling, and spending time with family and friends.

Dr. Radu Mustață is a historian and postdoctoral researcher, exploring the religious and intellectual history of the Malabar Christians from South India. His research reconstructs how ritual manuscripts from early modern Malabar written in Syriac, a dialect of Aramaic, document the transfer of knowledge from Europe and the Middle East to South India. He aims to discover more information about the human agents involved in the translation of ritual texts from Latin into Syriac by emphasizing the collaboration between European missionaries and their Indian disciples in this enterprise.

Radu aims to discover more information about the human agents involved in the translation of ritual texts from Latin into Syriac.

Radu earned his BA in classics from the University of Bucharest, and his MA and PhD in medieval studies from the Central European University. He is from Brașov, Romania, and currently resides in Jerusalem. Raised in a traditional Christian neighbourhood, he was closely engaged with his community. In his free time, he enjoys reading, hiking, and exploring archaeological sites.

Dr. Maximilian de Molière is a historian and postdoctoral researcher specializing in the intellectual and cultural history of early modern libraries, with a focus on Lurianic Ilanot—intricate diagrams depicting the divine realm in Jewish mysticism. He employs advanced digital humanities tools to trace the movement of these artifacts through time, across libraries, and among communities. Maximilian is developing interactive resources that reveal the key figures responsible for preserving these Lurianic Ilanot into our time, shedding new light on their influence on both Jewish and Christian thought.

Maximilian is developing interactive resources that reveal the key figures responsible for preserving Lurianic Ilanot into our time, shedding new light on their influence on both Jewish and Christian thought.

Maximilian earned his MA in Norse studies and his PhD in Jewish history from the University of Munich (Ludwig-Maximilians-Universität). Originally from Munich, Germany, he now resides in Jerusalem. In addition to his academic pursuits, he volunteers in local politics and enjoys kayaking, bouldering, reading fiction, and spending time with friends and family.

Photography by: Ildiko Stercken

Dr. YuFeng Meng is a chemist and postdoctoral researcher studying biological minerals made by living organisms to support life. His research ranges from investigating rat teeth, which are made of a mineral called hydroxyapatite, to studying tiny marine algal shells made of calcite, another type of mineral. YuFeng is leading major breakthroughs in understanding how these biological minerals grow and how their structure relates to their function. These findings have paved the way for the fabrication of new materials applicable in various fields, including bone regeneration and aerospace engineering.

YuFeng’s findings are paving the way for the fabrication of new materials applicable in various fields, including bone regeneration and aerospace engineering.

YuFeng earned his BE in polymer science from Beijing University of Chemical Technology and his PhD from the University of Science and Technology of China. He is from Hefei, China, and currently resides in Rehovot. During his undergraduate studies, he volunteered to promote science education in primary schools. He enjoys playing badminton and swimming to stay active.

Dr. Eva F. Martellotta is an archaeologist and postdoctoral researcher, exploring the butchery practices of early human groups in the southern Caucasus. Her work seeks to combine the study of animal remains and stone artifacts to better understand how these groups obtained food and made tools. She aims to shed light on a very important period in human evolution, the moment when Homo sapiens arrived in southwest Europe, by looking at marks left on bones and what they reveal about human interactions with the environment.

Eva aims to shed light on a very important period in human evolution by looking at marks left on bones and what they reveal about human interactions with the environment.

Eva received a BA in archaeological sciences from Sapienza University of Rome, followed by an MA in quaternary, prehistory, and archaeology from the University of Ferrara. She earned her PhD from Griffith University in Australia. She is from Puglia, Italy, and resides in Jerusalem. In her free time, she enjoys hiking, snorkelling, and watching sci-fi movies.

Dr. Lukas Liehr is a postdoctoral researcher in mathematics, studying fundamental mathematical problems in materials sciences and quantum mechanics. He applies advanced mathematical techniques to rigorously explain various observed phenomena, such as how the arrangement of atoms in a material can be determined by analyzing the way light scatters off it. His research builds a robust theoretical framework for key scientific and engineering problems, paving the way for algorithmic solutions while optimizing computing time.

Lukas’s research builds a robust theoretical framework for key scientific and engineering problems, paving the way for algorithmic solutions while optimizing computing time.

Lukas received his PhD in mathematics from the University of Vienna. He studied at the Technical University of Munich and Seoul National University, receiving an MSc in

pure mathematics. Originally from Germany, Lukas now resides in Giv’at Shmuel. He has volunteered in several language exchange programs, teaching both German and Korean. In his free time, Lukas practises mixed martial arts and enjoys cooking.

Dr. Alessandro Lenoci is a theoretical physicist and postdoctoral researcher focused on unravelling the mysteries of dark matter, a crucial but unknown component of the universe that shapes galaxy formation through its gravitational influence. Using astrophysical and cosmological observations, he works to define dark matter’s properties and to craft strategies for its detection, driven by a mission to deepen our understanding of the cosmos.

Alessandro works to define dark matter’s properties and to craft strategies for its detection, driven by a mission to deepen our understanding of the cosmos.

Alessandro earned both his BSc and MSc in physics from the University of Padua, and completed his PhD at DESY and the University of Hamburg. Originally from a small town in Lombardy, Italy, Alessandro now resides in Jerusalem. He has mentored high school and university students and in his free time enjoys learning languages, playing guitar, and connecting with friends.

Dr. Rebekka Lambrecht is a molecular biologist and postdoctoral researcher. Her research investigates how gut bacteria affect portal hypertension—a serious condition characterized by high blood pressure in the veins between the intestine and the liver. This condition often arises from chronic liver diseases, such as those linked to unhealthy diets. Rebekka discovered that mice without gut bacteria do not develop portal hypertension, and she is currently working to identify the specific bacteria, cell types, metabolites, and processes involved. Her goal is to find new bacteria-based therapies for this life-threatening condition.

Rebekka’s goal is to find new bacteria-based therapies for portal hypertension.

Rebekka earned her BSc, MSc, and PhD in biological sciences from the University of Konstanz. While there, she volunteered as PhD student representative and initiated the tradition of an annual poster session. Originally from Freiburg, Germany, she now lives in Rehovot. In her free time, she enjoys cooking with friends, hiking, going to the gym, and Pilates.

Dr. Maximilian E. Kirschhock is a postdoctoral researcher in the field of neuroscience, researching the brain mechanisms that allow different animals to behave intelligently. He focuses on Egyptian fruit bats that navigate a large, complex flight maze and the underlying brain processes for their expert navigation. By comparing the neuronal basis for cognitive behaviour across species, he aims to elucidate the foundations of intelligence of both animals and humans.

Maximilian aims to elucidate the foundations of intelligence of both animals and humans.

Maximilian earned his BSc in biology from the Albert Ludwig University of Freiburg and his PhD in neuroscience from the Eberhard Karls University of Tübingen. Growing up close to Rosenheim in Germany, Maximilian and his wife now reside in Rehovot. Maximilian is passionate about communicating his research and training future generations of scientists. In his spare time, Maximilian enjoys exploring nature while hiking and birdwatching.

Dr. Marina Khachaturyan is an evolutionary biologist and a postdoctoral researcher exploring the reversible yet accumulating resistance of cancer cells to anticancer therapies, with a focus on the role of mitochondria—organelles with their own genetic material that act as the powerhouses of cells—in this phenomenon. She employs advanced bioinformatics techniques to analyze sequencing data and model evolutionary processes. By deciphering the mechanisms behind reversible drug resistance, her work aims to improve predictions of patient responses to therapy and contribute to the development of more effective cancer treatment protocols.

Marina aims to improve predictions of patient responses to anticancer therapy and contribute to the development of more effective cancer treatment protocols.

Marina earned her BSc and MSc in bioengineering and bioinformatics from Lomonosov Moscow State University and a PhD in biology from the Christian Albrecht University of Kiel. Originally from Moscow, Russia, Marina currently resides in Tel Aviv. She has previously volunteered to help Ukrainian refugees make it safely into Europe with Rubikus.helpUA. After moving to Israel, she discovered surfing and now spends most of her free time in the sea.