Technion scientists to an unexpected breakthrough when they became the first to observe the branching behavior of visible light. Shining a laser beam into a soap bubble, Technion President Uri Sivan and Distinguished Professor Moti Segev expected the light to lose its structure, but the light waves intensified and divided like the branches of a tree. The surprising results, featured on a recent cover of Nature, could be applied to medicine and might also further the understanding of how light flows through space and time.
A model developed at the Faculty of Physics at the Technion, in collaboration with German scientists at Tübingen, explains the unique properties of Arrokoth – the most distant object ever imaged in the solar system. The research team’s results shed new light on the formation of Kuiper Belt objects, asteroid-like objects at the edge of the Solar system, and for understanding the early stages of the solar system’s formation.
The researchers’ findings, published in the Nature, explain the unique characteristics of “the Snowman,” known formally as Arrokoth, It is the farthest imaged object in the system, and pictures of it were first taken last year by the New-Horizons space mission.
The research was led by Ph.D. student Evgeni Grishin, postdoc Dr. Uri Malamud, and their supervisor Professor Hagai Perets, in collaboration with the German research group in Tübingen. READ MORE
Technion – Israel Institute of Technology is at the forefront of the fight against COVID-19. Researchers from 50 different labs are developing solutions including vaccine research and therapeutics, personal protective equipment, diagnostics, and assistive technologies for healthcare providers. Despite months of hardship and uncertainty, we have witnessed the power of unity and collaboration.
“ICU ROOM OF THE FUTURE”
Israel’s Sheba Hospital recently unveiled what they call “the ICU room of the future”. It features many innovative technologies that were developed by Technion alumni including: AnyVision, Vocalis and CLEW Medical. This room maximizes care and comfort while minimizing risk to staff during the Coronavirus pandemic.
An international team of research scientists, including Prof. Ido Kaminer of the Technion-Israel Institute of Technology, advocate the use of ultraviolet light as a “particularly efficient, easily deployable, and economically affordable” way to inactivate the Coronavirus and reduce transmission in indoor spaces. Their findings were recently published in the journal ACS Nano.
Assistant Prof. Joachim Behar, head of Technion’s Artificial Intelligence Laboratory, together with Master’s student Jeremy Levy and doctors from Rambam Health Care Campus, have developed a new set of tools to analyze the data collected by oximeters, which monitor oxygen saturation levels in a patient’s blood. Information gathered by oximeters monitoring patients with COVID-19 could help doctors predict deterioration in a patient’s condition.
Prof. Naama Geva-Zatorsky, of Technion’s Faculty of Medicine, is leading a team of researchers in the development of a home kit that would enable people to be quickly and inexpensively tested for the Coronavirus. Without elaborate lab equipment, it has a 99% accuracy rate based on 200 biological samples from patients affected by the virus. Today, her lab is working on improving its sensitivity for detection in low concentrations.
Using the Internet of Things (IoT), original algorithms, and artificial intelligence, Israeli startup Kando, Technion-Israel Institute of Technology, and Ben-Gurion University have launched a pilot project to detect traces of the novel Coronavirus in the wastewater of Ashkelon. Kando allows experts to pinpoint specific areas affected by the SARS-CoV-2 virus, enabling responses and potentially avoiding total lock-down in the event of a second wave of the Coronavirus.
Nanoscent is using nano-sensor technology and AI to diagnose patients in half a minute through breath samples. Originally tested by researchers at the Technion and the Rambam Health Care Campus back in March, trials are underway to apply this testing method to drive-through testing clinics across Israel. In addition, Magen David Adom has started using the technology at their testing stations, as have Tel Aviv Medical Center and Poriya Medical Center. Co-founder and CEO Dr. Oren Gavriely is a Technion alumnus.
The unique “Maya” sticker is a 3D-printed sticker, developed by the Faculty of Mechanical Engineering at the Technion-Israel Institute of Technology, led by Prof. Eyal Zussman. The innovative sticker contains nanofibers coated with antiseptics. Stuck onto surgical masks, the team says the sticker significantly upgrades protection, and is able to capture and kill nano-particles of 99 percent of viruses from droplets that reach the mask. The next step is mass production for hospitals and the public.
Researchers at Technion-Israel Institute of Technology announced a successful trial of pooling medical samples and performing simultaneous testing for the presence of the Coronavirus in batches of 32 or 64 samples at a time. Now, the test is undergoing final validation and it should be available for widespread use by winter, when the prevalence of other respiratory diseases will make rapid diagnosis of COVID-19 even more critical.
Diagnostic Robotics Ltd is an AI-based remote screening platform used by Israel to monitor the spread of COVID-19. It has now been deployed globally, including in the U.S., Western Europe, and Asia. Co-founders Jonathan Amir and Dr. Kira Radinsky, and Prof. Moshe Shoham are all Technion alumni. Prof. Shoham also teaches at Technion’s Faculty of Mechanical Engineering and heads the Kahn Medical Robotics Laboratory.
Corsight, a subsidiary of the high-tech company Cortica, launched their touchless AI technology globally. Their high-speed AI facial recognition technology helps medical teams access locked areas without removing protective gear. Emerging from research at the Technion, Cortica was founded by Technion Prof. Yehoshua Zeevi and doctoral graduates, Igal Raichelgauz and Karina Ordinaev.
Technion breakthroughs in COVID research and technologies have been a source of inspiration and hope throughout the pandemic. When you support the Technion COVID-19 Emergency Research Fund, you contribute to the success stories that will help us overcome this health crisis as quickly as possible.
Groundbreaking Israeli efforts to develop an affordable, rechargeable battery to store solar and wind energy using a locally mined resource could put the country at the forefront of the world’s renewable energy revolution in less than three years.
“In a country with so much sunshine, where bromine is relatively plentiful, this project can be a catalyst for bringing Israel to where it should be, at the forefront of the renewable energy revolution,” says Dr. Matthew Suss of the Technion-Israel Institute of Technology.
A team of international scientists, including Prof. Ido Kaminer of the Technion-Israel Institute of Technology, studied various methods to prevent coronavirus contagion in indoor spaces. Based on their findings, recently published in ACS Nano, they advocate the use of ultraviolet light as a “particularly efficient, easily deployable, and economically affordable” way to inactivate the virus.
On Tuesday July 21, Dr. David (Dedi) Meiri, Ph.D – Head, Laboratory of Cancer Biology and Cannabinoid Research, Faculty of Biology and Technion Integrated Cancer Center, Technion-Israel Institute of Technology – shared his fascinating insights into the future of medical cannabis research and its role in clinical practice.
Dr. Meiri is one of the world’s foremost experts in medical cannabis research and collaborates with cannabis growers, clinicians, major manufacturers and distributors of medical cannabis for the purpose of revolutionizing cannabis treatment. He operates the “Cannabis Database Project” and his lab is involved in clinical trials covering diverse aspects of cannabis treatment such as colon disease, pain prevention, cancer treatment and epilepsy.
In what was a highlight of the recently held virtual Technion-Israel Institute of Technology Board of Governors meeting, the University announced that its Faculty of Computer Science will henceforth be known as the Henry and Marilyn Taub Faculty of Computer Science. According to the official statement released by the Technion, the naming of the Faculty is in consideration of some six decades of leadership and financial support from the late Henry Taub, his wife Marilyn Taub, and their family foundation, including a recent decision to provide a major donation that will make possible a much-needed expansion of Technion’s Computer Science facilities, faculty and research programs.
The expansion made possible by the Taubs is of critical importance to Israel’s future, since it will directly translate into a substantial increase of high-tech employees in the workforce to match the incredible growth of the country’s tech sector.
The Family’s generosity will enable the University to improve on the already top-tier status of the Faculty of Computer Science at the forefront of global research, recruit and retain leading faculty members, expand undergraduate and graduate enrollment, and upgrade the teaching and research infrastructure.
“We are grateful to the Taub Family, whose support and engagement spans six decades,” said Technion President Professor Uri Sivan. “Since Henry Taub, of blessed memory, and his wife Marilyn, first became engaged with the Technion in the 1960s, they have been supportive and generous partners. The Faculty of Computer Science is celebrating its fiftieth anniversary, a period of remarkable achievements, and we are proud of its continued success. The most recent support from the Taub Family will help the Faculty to continue to expand and lead the field of computer science in Israel and worldwide.”
A legendary businessman who founded Fortune 500 Company Automatic Data Processing (ADP) and led it as president and chairman for many years, Henry Taub provided wise and visionary leadership to the Technion and the American Technion Society. He was recognized with the highest honors during his decades of leadership which included President of the American Technion Society and Chairman of Technion’s Board of Governors.
Mr. Taub’s first contribution was for the Morris and Sylvia Taub Computer Building, in honor of his late parents. He and Marilyn later made possible the construction of the Henry and Marilyn Taub and Family Science and Technology Center, inaugurated in 2000, and continue to support its enhancement, including a new Student Learning Center and Terrace. The Taubs’ vision and generosity were also the driving force behind the Leaders in Science and Technology Faculty Recruitment Program, which provides critical funding for state-of-the-art labs and requirements of newly recruited researchers.
In the fifty years of the Faculty of Computer Science’s existence, research has expanded and deepened, with several faculty members responsible for groundbreaking inventions, developments, and research. In 1972, the first class graduated from the Faculty with 10 students. Nearly 50 years later, a class of 300 graduates completed their baccalaureate studies.
“The Faculty is the backbone of the Israeli hi-tech industry and its graduates serve in key positions in the Israeli economy,” said Professor Dan Geiger, dean of the Henry and Marilyn Taub Faculty of Computer Science, “The Taub Family has played an important part in our development and success on a global scale. Henry Taub once said: ‘Buildings are just walls. People are what matters.’ Indeed, the generous contributions of the Taub Family will help the Faculty of Computer Science maintain and advance its leadership position in Israel’s tech-based economy.”
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