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Olive Trees Were First Domesticated 7,000 Years Ago

Earliest evidence for cultivation of a fruit tree, according to researchers.

A joint study by researchers from Tel Aviv University and the Hebrew University unraveled the earliest evidence for domestication of a fruit tree. The researchers analyzed remnants of charcoal from the Chalcolithic site of Tel Zaf in the Jordan Valley and determined that they came from olive trees. Since the olive did not grow naturally in the Jordan Valley, this means that the inhabitants planted the tree intentionally about 7,000 years ago. Some of the earliest stamps were also found at the site, and as a whole, the researchers say the findings indicate wealth, and early steps toward the formation of a complex multilevel society.

The groundbreaking study was led by Dr. Dafna Langgut of the The Jacob M. Alkow Department of Archaeology & Ancient Near Eastern Cultures, The Sonia & Marco Nadler Institute of Archaeology and the Steinhardt Museum of Natural History at Tel Aviv University. The charcoal remnants were found in the archaeological excavation directed by Prof. Yosef Garfinkel of the Institute of Archaeology at the Hebrew University. The findings were published in the journal Scientific Reports from the publishers of Nature.

‘Indisputable Proof of Domestication’

According to Dr. Langgut, Head of the Laboratory of Archaeobotany & Ancient Environments which specializes in microscopic identification of plant remains, “trees, even when burned down to charcoal, can be identified by their anatomic structure. Wood was the ‘plastic’ of the ancient world. It was used for construction, for making tools and furniture, and as a source of energy. That’s why identifying tree remnants found at archaeological sites, such as charcoal from hearths, is a key to understanding what kinds of trees grew in the natural environment at the time, and when humans began to cultivate fruit trees.”

In her lab, Dr. Langgut identified the charcoal from Tel Zaf as belonging to olive and fig trees. “Olive trees grow in the wild in the land of Israel, but they do not grow in the Jordan Valley,” she says. “This means that someone brought them there intentionally – took the knowledge and the plant itself to a place that is outside its natural habitat. In archaeobotany, this is considered indisputable proof of domestication, which means that we have here the earliest evidence of the olive’s domestication anywhere in the world.”

 

7,000 years-old microscopic remains of charred olive wood (Olea) recovered from Tel Tsaf (Photo: Dr. Dafna Langgut)

“I also identified many remnants of young fig branches. The fig tree did grow naturally in the Jordan Valley, but its branches had little value as either firewood or raw materials for tools or furniture, so people had no reason to gather large quantities and bring them to the village. Apparently, these fig branches resulted from pruning, a method still used today to increase the yield of fruit trees.”

Evidence of Luxury

The tree remnants examined by Dr. Langgut were collected by Prof. Yosef Garfinkel of the Hebrew University, who headed the dig at Tel Zaf. Prof. Garfinkel: “Tel Zaf was a large prehistoric village in the middle Jordan Valley south of Beit She’an, inhabited between 7,200 and 6,700 years ago. Large houses with courtyards were discovered at the site, each with several granaries for storing crops. Storage capacities were up to 20 times greater than any single family’s calorie consumption, so clearly these were caches for storing great wealth. The wealth of the village was manifested in the production of elaborate pottery, painted with remarkable skill. In addition, we found articles brought from afar: pottery of the Ubaid culture from Mesopotamia, obsidian from Anatolia, a copper awl from the Caucasus, and more.”

Dr. Langgut and Prof. Garfinkel were not surprised to discover that the inhabitants of Tel Zaf were the first in the world to intentionally grow olive and fig groves, since growing fruit trees is evidence of luxury, and this site is known to have been exceptionally wealthy.

Dr. Langgut: “The domestication of fruit trees is a process that takes many years, and therefore befits a society of plenty, rather than one that struggles to survive. Trees give fruit only 3-4 years after being planted. Since groves of fruit trees require a substantial initial investment, and then live on for a long time, they have great economic and social significance in terms of owning land and bequeathing it to future generations – procedures suggesting the beginnings of a complex society. Moreover, it’s quite possible that the residents of Tel Zaf traded in products derived from the fruit trees, such as olives, olive oil, and dried figs, which have a long shelf life. Such products may have enabled long-distance trade that led to the accumulation of material wealth, and possibly even taxation – initial steps in turning the locals into a society with a socio-economic hierarchy supported by an administrative system.”

Dr. Langgut concludes: “At the Tel Zaf archaeological site we found the first evidence in the world for the domestication of fruit trees, alongside some of the earliest stamps – suggesting the beginnings of administrative procedures. As a whole, the findings indicate wealth, and early steps toward the formation of a complex multilevel society, with the class of farmers supplemented by classes of clerks and merchants.”

Asper Foundation, TAU Launch Innovative Clean Water Project

Gift enhances partnership between Tel Aviv University and one of Canada’s largest foundation.

Tel Aviv University together with the Canadian Friends of Tel Aviv University (CFTAU) on June 14 inaugurated the Asper Clean Water Fund, established with a $407,000 gift from The Asper Foundation, one of Canada’s largest private foundations. The funds will bolster the work of TAU’s Water Energy (WE) Lab to further develop technology that produces safe drinking water in the developing world. 

Headed by Prof. Hadas Mamane of TAU’s Fleischman Faculty of Engineering, the Lab is among numerous research teams devising solutions to address global water scarcity. Her Lab has developed a patented technology that uses LED lighting and solar energy to disinfect water. The laptop-sized device—called SoLED—operates without any chemicals or electricity to kill 99.9% of bacteria and viruses from water, making it cheaper and easier to use than existing solutions in remote areas. 

At least 2 billion people around the world use water from contaminated sources. Furthermore, unsafe water is linked to the deaths of an estimated 800 children each day. The issue predominantly affects people in the developing world, where access to clean water resources is often unaffordable or inaccessible. More so, as the impact of climate change increases, water scarcity will affect nearly half the world’s population by 2025, according to expert estimates. 

Among attendees at the inauguration ceremony at TAU were Gail Asper, President and Trustee of The Asper Foundation; Moses Levy, Executive Director of The Asper Foundation; TAU Vice President for Resource Development Amos Elad; Dean of the Engineering Faculty Prof. Noam Eliaz; and Prof. Mamane together with researchers from her lab. 

“My late parents, Israel and Babs, would be incredibly proud of this endeavor which will make such a positive impact on people’s lives,” said Gail Asper. “The research at Prof. Mamane’s Water-Energy Lab and at Tel Aviv University aligns with our Foundation’s commitment to supporting entrepreneurial spirit and to creating a better world. We are excited to embark on this journey to advance innovative ideas and change lives.” 

The support of The Asper Foundation, a leading force in Jewish and general philanthropy in Israel and Canada, will enable Prof. Mamane and her team to further expand the capabilities of the technology and field-test the device. Their ultimate goal is to produce a scalable version that could be manufactured for mass distribution.  

 

Prof. Hadas Mamane, head of Tel Aviv University’s Water Energy (WE) Lab, with the SoLED device. (Credit: Rafael Ben-Menashe/TAU)

The gift enhances the existing partnership of philanthropic support and collaboration between the Asper Family, based in Winnipeg, and the University. 

Tel Aviv University President Prof. Ariel Porat said: “As Israel’s largest research university, TAU places great importance on creating solutions to global challenges to the environment and society. We are thrilled to welcome The Asper Foundation as a partner and look forward to working with its team.” 

Prof. Mamane, Head of the Water-Energy Lab and Environmental Engineering Program at TAU, explained that her passion for the project stems from her deep-seated desire to help bridge the disparities in affordable clean water access, particularly for vulnerable peoples in rural and low-income communities. Her lab works with interdisciplinary teams from disciplines including Social Sciences, Psychology and Public Policy to determine the most effective ways to incorporate her technology into broader safe water delivery processes. 

“My team and I are delighted and honored by The Asper Foundation’s support,” she said. “This gift will accelerate our efforts to provide underserved populations with access to clean water—a basic human right and an endeavor that stands to save thousands of lives.” 

Canadian Friends of Tel Aviv University Chief Executive Officer (Ontario & Western Canada) Stephen Adler added: “CFTAU is proud to be a link between the great Canadian family and Israel’s leading research university. We look forward to seeing the fruits of this research and identifying ways to maximize its impact in Israel, Canada and around the world. We thank The Asper Family Foundation and the Asper Family for their continued support and friendship.” 

Breakthrough Technology Could Lead to One-Time HIV Treatment

TAU researchers demonstrate initial success in neutralizing the virus with a single vaccine.

Researchers from Tel Aviv University demonstrated success of a novel technology that may be developed into a one-time vaccine to treat people with HIV and AIDS. The team used CRISP systems, best known as a gene-editing technique, to engineer type B white blood cells that activate the immune system to produce HIV-neutralizing antibodies.

The study was led by Dr. Adi Barzel and PhD student Alessio Nehmad, both from the School of Neurobiology, Biochemistry and Biophysics at The George S. Wise Faculty of Life Sciences and the Dotan Center for Advanced Therapies at TAU in collaboration with the Sourasky Medical Center (Ichilov). The study was conducted in collaboration with additional researchers from Israel and the US. The study was published in the prestigious journal Nature.

An Inside Operation

There is currently no permanent cure for AIDS. There is also no genetic treatment for AIDS, so the research opportunities are vast. “Based on this study,” says Dr. Barzel, “we can expect that over the coming years we will be able to produce a medication for AIDS, additional infectious diseases and certain types of cancer caused by a virus, such as cervical cancer, head and neck cancer and more.” 

Dr. Barzel explains: “We developed an innovative treatment that may defeat the virus with a one-time injection, with the potential of bringing about tremendous improvement in the patients’ condition. When the engineered B cells encounter the virus, the virus stimulates and encourages them to divide, so we are utilizing the very cause of the disease to combat it. Furthermore, if the virus changes, the B cells will also change accordingly in order to combat it, so we have created the first medication ever that can evolve in the body and defeat viruses in the ‘arms race’.”

Over the last two decades, the lives of many AIDS patients have improved as a result of game-changing treatments. These treatments control the virus to convert the disease from what was once a universally lethal to a chronic illness. However, the researchers underline that there is still a long way to go before a treatment is found that would provide patients with a permanent cure. The development from Dr. Barzel’s laboratory offers one possible route for the endeavor. HIV destroys certain white blood cells that are critical for immune health, weakening the body’s defenses against serious infections. The technique developed in his lab involves the injection of genetically-engineered type B white blood cells into a patient’s body, catalyzing the immune system to secrete antibodies that neutralize the HIV.

B cells are a type of white blood cells responsible for generating antibodies against viruses, bacteria and more formed in bone marrow. When they mature, B cells move into the blood and lymphatic system and from there to the different body parts.

Dr Barzel explains: “Until now, only a few scientists, and we among them, had been able to engineer B cells outside of the body. In this study, we were the first to do this within body and then make those cells generate the desired antibodies. The genetic engineering is conducted with viral carriers derived from viruses that were also engineered. We did this to avoid causing any damage, and solely bring the gene coded for the antibody into the B cells in the body.”

“Additionally, in this case we have been able to accurately introduce the antibodies into a desired site in the B cell genome. All lab models that had been administered the treatment responded, and had high quantities of the desired antibody in their blood. We produced the antibody from the blood and made sure it was actually effective in neutralizing the HIV virus in the lab dish.”

Modifying B Cells Inside the Body

The genetic editing was done with a CRISPR, a technology based on a bacterial immune system against viruses. The bacteria use the CRISPR systems as a sort of molecular “search engine” to locate viral sequences and cut them in order to disable them.

PhD student Alessio Nehmad elaborates on the use of CRISPR: “We incorporate the capability of a CRISPR to direct the introduction of genes into desired sites along with the capabilities of viral carriers to bring desired genes to desired cells. Thus, we are able to engineer the B cells inside a patient’s body. We use two viral carriers of the AAV family, one carrier codes for the desired antibody and the second carrier codes the CRISPR system. When the CRISPR cuts in the desired site in the genome of the B cells it directs the introduction of the desired gene: the gene coding for the antibody against the HIV virus, which causes AIDS.”

The “Nobel of Mathematics”: TAU Prof. Noga Alon Wins the Prestigious Shaw Prize in Mathematical Sciences

The second Israeli in history to receive the prize.

Prof. Noga Alon of Tel Aviv University and Princeton University has won the 2002 Shaw Prize in Mathematical Sciences. Prof. Alon, one of the world’s leading researchers in mathematics and computer science, is the second Israeli in history to receive the prestigious prize.

Noga Alon, born in 1956, is Professor Emeritus of Mathematics and Computer Science at Tel Aviv University and Professor of Mathematics at Princeton University. Prof. Alon joined Tel Aviv University in 1985, where he served as head of the School of Mathematical Sciences and was entrusted with the Chair of Combinatorics and Computer Science at TAU’s Blavatnik School of Computer Science. He is a member of the Israel Academy of Sciences and Humanities and the Academia Europaea. In the past, he has won the Israel Prize, the EMET Prize, Gödel Prize and the Steele Prize.

The Shaw Prize was awarded to Prof. Alon for the entirety of his groundbreaking work, which has included laying the foundations for streaming algorithms used in Big Data analysis and the development of algebraic and probabilistic methods to deal with problems in graph theory and additive number theory. “[Noga Alon] introduced new methods and achieved fundamental results which entirely shaped the field,” the judges wrote.

Equivalent to the Nobel

The Shaw Prize was founded in 2002 by Hong Kong media tycoon Run Run Shaw, who decided to award it annually to “individuals, regardless of race, nationality, gender and religious belief, who have recently achieved significant breakthroughs in academic and scientific research or applications and whose work has resulted in a positive and profound impact on mankind,” in three categories – mathematics, astronomy, and life sciences and medicine. The prize in each category is $1.2 million.

“Because there is no Nobel Prize in mathematics, there are two prizes, the Abel Prize and the Shaw Prize, which see themselves as equivalent to the Nobel in this field,” explains Prof. Alon. “Obviously, as with any other award, winning depends on various factors, including the composition of the committee, and perhaps ultimately it’s also a matter of luck – because there are certainly quite a few researchers in the world who are deserving of this award. For me, this is a very pleasant surprise; the list of previous winners of the Shaw Prize is really very impressive.”

“Israel is a country that is very strong in the sciences in general, and in mathematics and computer science in particular,” says Prof. Alon. “The global standing of Israeli research in these fields far exceeds the relative size of the population. My own research focuses on combinatorics, which is the mathematics of finite structures, with uses and applications in computer science, additive number theory, combinatorial geometry and other related fields.”

“Prof. Noga Alon  has been one of the most influential and prolific scientists in the field for the past decades,” says Head of the School of Mathematical Sciences, Raymond & Beverly Sackler Faculty of Exact Sciences,Yaron Ostrover. “His research is characterized by originality, an exceptional ability to solve difficult problems, often using an impressive variety of tools and methods. In addition to his outstanding scientific achievements, Prof. Alon has established a long line of outstanding students who have become leading researchers in mathematics and computer science in their own right, and hold positions at prestigious research universities in Israel and abroad.”

In 2020, the Shaw Prize was awarded to Prof. David Kashdan of the Hebrew University, and this year Prof. Alon shares the prize with another Israeli – Prof. Ehud Hrushovski of Oxford.

Featured image: Prof. Noga Alon (photo: Wikipedia)

If We Let Them Go, They Won’t Come Crawling Back

One in every five species of reptiles is facing extinction.

There are over 12,000 species of reptiles crawling our planet, but according to a new international study, involving researchers from Tel Aviv University and Ben-Gurion University of the Negev, 21% of these, or a total of about 2,000 species, are threatened with extinction. How can we save them? Or is it too late?

15.6B Years of Evolution Down the Drain?

The comprehensive study, the first of its kind in history, was conducted by the International Union for Conservation of Nature (IUCN) and included 52 researchers from around the world, including Prof. Shai Meiri of Tel Aviv University’s School of Zoology, The George S. Wise Faculty of Life Sciences and the Steinhardt Museum of Natural History, and Dr. Uri Roll of Ben-Gurion University of the Negev. The study was published in the prestigious journal Nature.

The findings of the study show that 30% of forest-dwelling reptiles and about 14% of those living in arid areas are threatened, and that 58% of all turtle species and 50% of all crocodile species are in danger of becoming extinct. The researchers sadly point out that if all of the 1,829 species of turtles, crocodiles, lizards, and snakes that have been found to be threatened do indeed become extinct in the coming years, the world will lose a cumulative wealth of 15.6 billion years of evolution.

Fortunately, no species of reptile has become extinct in Israel in the last decade, but there are many species that are endangered, such as the Hermon Gecko, the Be’er Sheva fringe-fingered lizard and several more.

 

50% of all crocodile species are in danger of becoming extinct

Mapping Out the Threats

The IUCN is an international body whose role is, among other things, to assess the threat of extinction posed to various species. Each species of animal or plant receives a score on a five-point scale. The purpose of this ranking is to define those species that are the most endangered, thereby enabling decision makers and various bodies, such the Israel Nature and Parks Authority, to outline policies accordingly.

In 2004, the IUCN released a comprehensive report on amphibians, and a few years later it issued reports on birds and mammals. The IUCN has been working on the reptile report for the past 18 years, having invited experts on this taxonomic group from all over the world to participate.

“In general, the state of reptiles in the world is bad,” says Prof. Meiri. “It’s worse than that of birds and mammals, though not as bad as that of the amphibians. And of course there are a lot of nuances. We see that turtles are in a worse position than lizards and snakes, but that may be because we know more about turtles. Perhaps if we knew more about snakes, we would see that they, too, are in big trouble.”

“The biggest threat to reptiles is the destruction of their habitats due to agriculture, deforestation, and urban development, and less because of direct hunting, which mainly affects turtles and crocodiles. We created detailed maps of these threats. For example, if a particular species is highly threatened in the Israel’s Arava desert, but not in the rest of its habitat range that may span the entire Arabian Peninsula, then globally it is not considered a threatened species. The new assessments, for more than 10,000 species of reptiles, will allow us to understand their conservation needs, and hopefully enable us to find far more intelligent solutions for them than we have been able to so far.”

 

Prof. Shai Meiri

Dr. Uri Roll adds, “This is important work that forms the initial basis for risk assessment among various reptiles around the world, but is certainly not the end of the story. We still lack a lot of information about the various risks facing reptiles. For example, climate change is expected to have significant effects on reptiles. The current assessment that has just been published does not yet include these future threats in its reptile risk assessments. We still have a lot of work ahead of us.”

When asked whether it is still possible to stop the wheels from turning, Prof. Meiri says that “There’s room for optimism, but not overly so. It is finally possible, thanks in part to this study, to plan dedicated nature conservations for reptiles as well – there is more awareness and there are ways in which we can help them. In Israel, great efforts are made to protect various kinds of turtles. Less attention is paid to most species of lizards and snakes, however, which make up the vast majority.”

Featured image: Endangered: Egyptian mastigure (Photo: Alex slavenko)

BOG 2022: Kadar Family Award for Outstanding Research Presented to Four TAU Scholars

8th annual Kadar Award ceremony honors excellence in science and teaching.

In recognition of their trailblazing academic work, the 2022 Kadar Family Award for Outstanding Research was presented to four Tel Aviv University scholars: Prof. Michal Feldman (Exact Sciences), Prof. Leo Corry (Humanities), Prof. Jonathan Berant (Exact Sciences) and Dr. Roy Tzohar (Humanities).  

Now in its eighth year, the Kadar Family Award honors pioneering scientists and scholars who have reached the highest levels of excellence in both research and teaching. The Award is granted annually to four TAU researchers, two senior and two junior faculty members, from across the entire spectrum of faculties and disciplines at TAU.   

The Award Committee selects the winners based on a number of criteria including: groundbreaking research; teaching quality; research grants earned from competitive foundations; quality and quantity of scientific publications; and their status in the global scientific community.  

Prof. Dan Peer, TAU Vice President for Research and Development, conferred the awards to the recipients at a festive ceremony, which also included presentations of the researchers’ work, during TAU’s 2022 Board of Governors meeting. 

Professor Corry spoke on behalf of the recipients and noted that while scientific advancements in TAU’s hard science faculties are globally recognized, “One important aspect of this award is in the explicit acknowledgment that a great university, like ours, promotes not only one kind of achievement, but also excellence in the humanities and social sciences. 

“Precisely in an era of deep technological and scientific change…the study of the humanities is more relevant and necessary than ever before to help interpret and place new context on how these changes are affecting us as a society and individually,” he said.  

The Naomi Foundation established the Award in 2015 to honor the memory of Naomi Prawer Kadar PhD, a lifelong Yiddish specialist and the late wife of TAU benefactor Dr. Avraham Kadar, a TAU graduate, physician, educator and innovator. The three Kadar children, Einat Kadar Kricheli, Nadav Kadar, and Maya Kadar Kovalsky, are all TAU alumni and active board members of the Kadar Foundation along with their father. Avraham, Nadav and Maya are also members of TAU’s Board of Governors.  

Maya Kadar Kovalsky opened the ceremony and welcomed everyone via a recorded message.  She lauded the laureates: “Congratulations…on reaching this high level of distinction and thank you for your pathbreaking contributions in your respective fields.” 

TAU President Prof. Ariel Porat also addressed the crowd; “The Kadar Foundation does an excellent job in advancing academic research and excellence,” he said, noting other programs the Foundation supports such as MD-PhD scholarships and the Naomi Prawer Kadar International Yiddish Summer Program, housed in TAU’s Goldreich Family Institute for Yiddish Language, Literature and Culture at the Lester and Sally Entin Faculty of Humanities

 

The 2022 Kadar Family Award recipients: 

 

Prof. Michal Feldman – Professor of Computer Science at the Blavatnik School of Computer Science, Raymond and Beverly Faculty of Exact Sciences. She is one of the most visible and successful researchers of her generation working in the rapidly emerging field of algorithmic game theory, which is situated at the intersection of theoretical computer science and economics. She is also a trailblazer in the field, where women are significantly underrepresented.  

 

 

 

Prof. Leo Corry – Professor at the Cohn Institute for History and Philosophy of Science and Ideas, Lester and Sally Entin Faculty of Humanities, and former Dean of Humanities. Corry is a historian of mathematics. His research explores the historical development of some of the main threads of twentieth-century mathematics, such as the rise of modern algebra and the development of the idea of a mathematical structure. Since 2013, he has held the Bert and Barbara Cohn Chair for History and Philosophy of Exact Sciences. 

 

 

 

Prof. Jonathan Berant – Associate Professor at the Blavatnik School of Computer Science, Raymond and Beverly Faculty of Exact Sciences. His research examines Natural Language Processing (NLP), which stands at the crossroads between linguistics, computer science, and artificial intelligence.  

 

 

 

Dr. Roy Tzohar – Associate Professor at the Department of South and East Asian Studies, Lester and Sally Entin Faculty of Humanities. His research, publications, and teaching are driven primarily by an interest in the Buddhist philosophical understanding of the role and function of language. His first book, A Yogācāra Buddhist Theory of Metaphor, was published by Oxford University Press and won the Numata Prize for the best book in Buddhist Studies in 2018. 

 

Featured image: The 2022 Kadar Family Award recipients from left: Prof. Jonathan Berant, Dr. Roy Tzohar, Prof. Michal Feldman, and Prof. Leo Corry. (Photo: Israel Hadari)

Blavatnik Prizes for Computer Science Awarded to Doctoral Fellows

TAU hosts annual ceremony recognizing standout research in growing field.

The second annual Blavatnik Prizes for Outstanding Israeli Doctoral Students in Computer Science were awarded on June 8 to four recipients, in a ceremony at Tel Aviv University. 

With generous funding from the Blavatnik Family Foundation, the Prizes were established to highlight excellent research by Israeli PhD candidates in the field of computer science and emphasize the importance of doctoral studies in general.  

 

The 2022 recipients were:

  • Nave Frost of Tel Aviv University
  • Gal Yona of the Weizmann Institute of Science
  • Assaf Shocher of the Weizmann Institute of Science
  • Leshem Choshen of the Hebrew University of Jerusalem

 

Honorable mention went to:

  • Hagai Rossman of the Weizmann Institute of Science
  • Elad Romanov the Hebrew University of Jerusalem
  • Gilad Yehudai of the Weizmann Institute of Science
  • Lior Rotem of the Hebrew University of Jerusalem

 

Among the ceremony attendees was British-American industrialist and philanthropist Sir Leonard Blavatnik (Len Blavatnik), for whom the Prizes are named. The Prize is among the latest programs backed by the longtime TAU benefactor and dedicated supporter of science, innovation and higher education in Israel.  

Forefront of the Computer Science Revolution 

“Israel is at the forefront of the ongoing computer science revolution that increasingly affects everyday lives around the world,” said Sir Leonard Blavatnik. “As such, it is vital to amplify the academic achievement of emerging trailblazers, who are poised to become future leaders and innovators in academia and industry.” 

Sir Leonard Blavatnik, a TAU Governor and Honorary Doctor, has a transformative legacy of giving at TAU, which began over a decade ago with backing for scholarships and the Blavatnik School of Computer Science. From there, his Foundation pledged sizeable gifts to establish the Blavatnik Initiative, a multi-year program in the fields of computing, cyber, drug development, film production, and faculty recruitment. Key programs benefited by the Initiative include the Blavatnik Center for Drug Discovery and Blavatnik Interdisciplinary Cyber Research Center.  

The Prizes are conferred at TAU by the Blavatnik School of Computer Science at the Raymond and Beverly Sackler Faculty of Exact Sciences and the School’s Blavatnik Computer Science Research Fund for high-impact areas that contribute to Israel’s economic prosperity. As computer science becomes increasingly central to life today, the Blavatnik School of Computer Science plays a cutting-edge role in TAU’s academic achievements and real-world contributions advancing innovation. Graduates fill leading positions in high-tech companies, Israel’s defense establishment and defense industries, and academic institutions worldwide. 

New Avenues for Excellence

TAU President Prof. Ariel Porat welcomed Sir Leonard Blavatnik to campus in front of a packed auditorium at the state-of-the-art Check Point Building: “Again and again, Sir Leonard Blavatnik has demonstrated his heartfelt commitment to nurturing the next generation of outstanding young scientists and creators – at TAU, in Israel and globally. We at Tel Aviv University are grateful for his support and friendship that is felt throughout the campus, and that is opening new avenues for excellence in crucial fields.” 

Prof. Sivan Toledo, Head of the Blavatnik School of Computer Science at Tel Aviv University, who moderated the event said: “Israeli PhD fellows in computer science contribute immensely to research and teaching that move the field forward. Sir Leonard Blavatnik and his considerable contributions play an immeasurable role in propelling them to new frontiers. The Blavatnik Prizes celebrate the achievements of the best of these PhD students, and the Blavatnik School of Computer Science is honored to award these prizes for the second time.” 

A jury of computer science experts from Israeli universities including TAU, the Weizmann Institute of Science, and the Hebrew University of Jerusalem select winners from a pool of doctoral students and recent PhD recipients from all Israeli universities.   

Also on June 8, the Blavatnik Awards for Young Scientists in Israel were awarded in a separate evening ceremony held at the Peres Center for Peace and Innovation. The Awards recognize the country’s most promising faculty-rank (academic staff) researchers in life sciences, physical sciences & engineering, and chemistry. The Blavatnik Family Foundation funds the Awards, which are co-administered by the New York Academy of Sciences and The Israel Academy of Sciences and Humanities. To date, two outstanding TAU scientists, Prof. Oded Rechavi of the School of Neurobiology, Biochemistry and Biophysics, and Prof. Yossi Yovel of the School of Zoology, have been Blavatnik Award laureates.  

BOG 2022: Smolarz Family Building Dedicated

Building to serve as “Bridge to the Future” for Wise Faculty of Life Sciences.

In a warm and emotional ceremony during the Board of Governors meeting, TAU inaugurated the Smolarz Family Building– a home base to hundreds of students in the Smolarz Family Graduate School in Life Sciences.

The Building, which opened in 2020 as part of TAU’s Wise Faculty of Life Sciences Faculty, provides a physical bridge between the Faculty’s two older buildings, Sherman and Britannia-Porter. It has dramatically improved the University’s ability to train young scientists and professionals in the field. The Building houses four spacious, cutting-edge teaching laboratories in microbiology, biochemistry, genetics, cell biology and other subjects as well as classrooms and meeting rooms that provide opportunities for networking and collaboration. It is the last campus project of Honorary Doctor, and Vice- Chair of the Board of Governors Adolfo Smolarz, who passed away last year.  

Aida Smolarz, daughter of Adolfo and Miriam, a fellow TAU Honorary Doctor who recently celebrated her 102nd birthday, spoke to the guests at the inauguration in an emotional address, thanking all those involved in making the project a reality.

TAU President Prof. Ariel Porat said: “There could have been no more loving and generous friends of TAU and Israel than Adolfo and Miriam, and I’m so happy that Aida and Alberto are here with us today to close the circle and to pay a fitting tribute to the realization of Adolfo’s final project here.” 

The Smolarz family has supported TAU, both on campus and in Argentina, for close to 40 years. Their long history of support includes major projects such as the Miriam & Adolfo Smolarz Auditorium, which has served as the University’s premier event venue since 2005; the Smolarz Graduate School in Life Sciences; the Gitter-Smolarz Library; and a floor named in honor of their late son, Pablo, at the Buchmann Faculty of Law building. 

“The Building will serve new generations of students who will go on to become leading researchers, innovators and professionals in Israel and globally in the life sciences field,” said Prof. Marcelo Ehrlich, Vice Dean of the Faculty. “Every day at this faculty, in this building, we see the fruits of Adolfo Smolarz’s vision and generosity—the impact that will continue to perpetuate itself.”  

Guests were treated to a musical performance by students from TAU’s Buchmann-Mehta School of Music students, and viewed a moving video about the Building, which was prepared for Adolfo and Miriam when it first opened in 2020, under COVID-19 restrictions.  

Featured image: Aida Smolarz and TAU President Prof. Ariel Porat (Photo: Ofer Amram)

 

Pride Week on TAU Campus

Some events worth checking out during Tel Aviv Pride 2022.

The annual Pride Month in Tel Aviv, one of the most gay friendly cities in the world, is a colorful, fun and crazy period – and impossible to miss. Join our fun events on TAU campus:

Open Stage for Queer Creation

The Achva – LGBTI Student’s Association in Israel invites you to an open stage event for queer creations of all types and genders, where talented individuals will be taking the stage to share their talents and creations.

When and where: Monday | June 6, 2022 19:00 | Dan David building, room 107  

Want to show one of your many talents on stage? Register here (Hebrew form) >>

 

Open stage on TAU for queer creations of all types and genders

100 Points in Time – Moments in Israel’s LGBT History

The Israeli Pride Archive, a collaboration between the The Aguda – The Association for LGBTQ Equality in Israel and Tel Aviv University, invites you to a launch of a special exhibition that will be displayed at TAU during Pride Month. The launch event will be in the presence of Prof. Ariel Porat, President of Tel Aviv University, and Ran Shalhavi, Vice President of The Aguda – The Association for the LGBT in Israel.

When and where: Monday | June 6, 2022 at 17:30 | The Brender-Moss Library for Social Sciences.

The exhibition traces milestones in Israel’s history of pride and the activities, struggles and presence of key individuals in Israel’s LGBT community over the past 50 years, and will remain open for the public throughout the month of June

 

100 Points in Time – Moments in Israel’s LGBT History

Pride Meet-up

The Student Union of Tel Aviv University invite you to come have a good time – with DJs, colorful cocktails, cupcakes and laughs! 

When and where: Wednesday | June 8, 2022 at 11:30 | Sourasky Square.

 

DJs, colorful cocktails, cupcakes and laughs on campus 

BOG 2022: Strauss Brain Bank Inaugurated

Israel’s first MRI brain database launched to prevent brain disease.

In a festive ceremony during the 2022 Board of Governors meeting, TAU inaugurated the Strauss Neuroplasticity Brain Bank—Israel’s first MRI brain database, poised to become the largest in the Middle East. Data gathered and analyzed through the Brain Bank will be used for discovering new early signs and risk factors of the disease, thus becoming a crucial national scientific and health resource. 

Inaugurated at TAU’s Wise Faculty of Life Sciences, the Brain Bank is the result of a generous and far-sighted contribution of longtime TAU supporters the Strauss family. In 2005, the family pioneered the Strauss Center for Computational Neuroimaging, which has since become a major hub of interdisciplinary research, serving over 20 different research teams from across campus ranging from biomedical research to behavioral change and evolutionary studies. Along with the Center, the family also dedicated the Guillermina Reis de Strauss Periodicals Floor at the Gitter-Smolarz Library and donated student scholarships for many years. 

At the ceremony, TAU President Prof. Ariel Porat said that TAU Governor Guillermo Strauss is continuing the giving legacy initiated in 1990 by his late father Alfredo Frederico Strauss, who was a TAU Governor, and his mother Lotte. “The combination of the Strauss family’s support, together with the expertise of TAU scientists will put TAU and Israel at the forefront of brain science and help to eventually prevent brain disease completely,” concluded Porat. 

Over the next five years, TAU neuroimaging experts will scan the brains of up to 5,000 healthy volunteers and then analyze the data using unique, patented techniques.

“The Strauss Brain Bank will harness the power of big data and translate the findings gathered at the database into earlier targeted treatments or lifestyle recommendations to prevent brain disease,” said Prof. Yaniv Assaf, the Bain Bank’s Founding Director and head of TAU’s Strauss Center for Computational Neuroimaging.  

“This project will boost Israel’s standing and competitiveness in the global scientific arena and usher in a new era of neuroscience worldwide, promoting open ‘citizen‘ science and data-sharing,” he added.  

The inauguration ceremony was attended by Dafna Meitar-Nechmad, Chairwoman of the Board of Governors, Guillermo Strauss, Prof. Abdussalam Azem, Dean of the Wise Faculty of Life Sciences, Polly Deutsch, President of the Argentinian Friends of TAU, TAU Governors, faculty, and students.  

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