logo
Iran destroys Israel's $50 million science treasure, Weizmann Institute, marking one of the war's most costly strikes

Iran destroys Israel's $50 million science treasure, Weizmann Institute, marking one of the war's most costly strikes

Time of India5 hours ago

The Iran-Israel standoff is steadily worsening over time and is reaching a point of no return. Israel's famous
Weizmann Institute of Science
has been badly damaged by Iran's missile attack. Shortly after Iran issued a terrifying warning to Israel and its allies, the incident happened.
Two buildings and thousands of hours of research, samples, and studies at the Weizmann Institute in Rehovot were destroyed in the strike that took place two days ago, as per a report by the Daily Express.
What kind of research was lost in the strike?
The institute, known for its cutting-edge research in the life sciences, lost over 45 labs and decades of irreplaceable research. This was one of the war's biggest losses in terms of culture and science. Scientists from all over the world have since come together to help the broken school.
Play Video
Pause
Skip Backward
Skip Forward
Unmute
Current Time
0:00
/
Duration
0:00
Loaded
:
0%
0:00
Stream Type
LIVE
Seek to live, currently behind live
LIVE
Remaining Time
-
0:00
1x
Playback Rate
Chapters
Chapters
Descriptions
descriptions off
, selected
Captions
captions settings
, opens captions settings dialog
captions off
, selected
Audio Track
default
, selected
Picture-in-Picture
Fullscreen
This is a modal window.
Beginning of dialog window. Escape will cancel and close the window.
Text
Color
White
Black
Red
Green
Blue
Yellow
Magenta
Cyan
Opacity
Opaque
Semi-Transparent
Text Background
Color
Black
White
Red
Green
Blue
Yellow
Magenta
Cyan
Opacity
Opaque
Semi-Transparent
Transparent
Caption Area Background
Color
Black
White
Red
Green
Blue
Yellow
Magenta
Cyan
Opacity
Transparent
Semi-Transparent
Opaque
Font Size
50%
75%
100%
125%
150%
175%
200%
300%
400%
Text Edge Style
None
Raised
Depressed
Uniform
Drop shadow
Font Family
Proportional Sans-Serif
Monospace Sans-Serif
Proportional Serif
Monospace Serif
Casual
Script
Small Caps
Reset
restore all settings to the default values
Done
Close Modal Dialog
End of dialog window.
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Cardiologist Reveals: The Simple Morning Habit for a Flatter Belly After 50!
Lulutox
Undo
The attack destroyed labs that were studying neurodevelopmental disorders, cancer, and adult heart disease. A life science building is on the list of destroyed buildings. The $50 million "crown jewel" of Israeli science is destroyed in a devastating blow by an Iranian ballistic missile, as per a report by The Daily Express.
"It's completely gone," said Professor Oren Schuldiner, whose lab was destroyed. 'Not a trace. Nothing can be saved.'
Live Events
ALSO READ:
Iran news: Israel faces massive air defense crunch as Arrow interceptors run low and US stockpiles dwindle
After 16 years of dedication to his lab, Schuldiner has completely lost everything. "This was the life's work of many people," he told The Times of Israel, highlighting how the attack destroyed decades of study.
Why is the Weizmann Institute so important?
The Weizmann Institute is a world-renowned research center that was founded in 1934 and subsequently named after Israel's first president. It boasts three Turing Award winners, one chemistry Nobel laureate, and hundreds of papers published each year by its scholars. Notably, in 1954, the institute invented the first computer in Israel.
The lab successfully restored heart tissue in mice in 2015, and in 2018, they released research that could eventually result in new treatments for cancer, heart disease, stroke, and other conditions. The building is now in ruins, with labs destroyed and windows broken.
According to Sarel Fleishman, a biochemistry professor who visited the location following the strike, many of these labs concentrate on life sciences, with projects that are especially susceptible to physical harm.
Many of the labs' studies in fields like cancer, developmental biology, and tissue generation were now stopped or significantly hampered by the damage.
The lab that studied heart biology was among the approximately forty-five labs that were destroyed.
A professor's lab, which contained 22 years of research and priceless scientific specimens like genetic material and heart tissues, is now in ruins.
"It's very significant damage to the science that they can create and to the contribution they can make to the world."
The institute is a symbol of "Israeli scientific progress" and Iran's attack reflects its mentality, which is that "you harm our scientists, so we are also harming (your) scientific cadre," a professor stated, as per a report.
FAQs
What was destroyed at the Weizmann Institute?
Two major buildings and more than 45 labs, including one dedicated to heart disease and another to neurodevelopmental disorders, were destroyed, along with years of critical research and samples.
Why did Iran target Weizmann Institute?
While the institute represents Israeli scientific progress, analysts believe Iran targeted it in retaliation for previous Israeli actions against Iranian scientists, viewing it as both a symbolic and strategic blow.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

City docs debate new ligament op method
City docs debate new ligament op method

Time of India

time20 minutes ago

  • Time of India

City docs debate new ligament op method

Kolkata: A 31-year-old man underwent arthroscopic ACL (anterior cruciate ligament) reconstruction using a biological augmentation implant, combined with the patient's own tendon graft. Doctors at Woodlands Hospital said this was the first case of a biological implant being used in such a surgery in Bengal. They said recovery takes about three months, compared to the conventional procedure where recovery could take a year. The ACL is a ligament in the knee that helps stabilise the joint by preventing the shin bone from sliding too far forward relative to the thigh bone. "This biological implant promotes faster graft healing and bone integration. While it is a boost for athletes, where long lay-offs often mean muscle loss and mental strain, it can be used on others with ligament tears," said orthopaedic surgeon Arnab Karmakar, who performed the procedure on Thursday. Debraj Das, who had the surgery, is not a professional athlete, but he regularly swims and goes on hikes. He was discharged on Friday. While a section of doctors are sceptical about this new device, which came to India about six months ago, it has been used in the US for a few years now. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like What She Did Mid-Air Left Passengers Speechless medalmerit Learn More Undo "There is not much data available on this device in India, and hence, it will be difficult to assess its merit over conventional reconstruction," said an orthopaedic surgeon from a Kolkata hospital. Karmakar said the bio-absorbable material in the device does not cause allergic reaction as it mimics collagen tissues, which get absorbed and convert into ligament. "The biggest disadvantage is the cost. In the past three to four months, I have used it on around seven patients, including athletes in Odisha," said arthroscopy surgeon Sarthak Patnaik, founder of Sports Science of India, the first sports medicine centre in Odisha.

Japan discovers game-changing metal that boosts Hydrogen output by 1,000%—world closer to fossil-free future
Japan discovers game-changing metal that boosts Hydrogen output by 1,000%—world closer to fossil-free future

Time of India

time22 minutes ago

  • Time of India

Japan discovers game-changing metal that boosts Hydrogen output by 1,000%—world closer to fossil-free future

Japan has revealed an effective way to move toward a green future, as researchers at the RIKEN Institute have a new way of producing green hydrogen, as per a report. A New Hope for Green Hydrogen While countries like Spain are producing green hydrogen by using renewable energy sources to do electrolysis of water, Japan has found a way to produce the green energy on a sustainable scale, as per the Farmingdale report. Recently, the most popular way of producing hydrogen is via PEM electrolysers, which use a proton exchange membrane as the electrolyte, due to its greater efficiency and ability to respond rapidly to intermittent energy sources, according to the Farmingdale report. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like The Simple Morning Habit for a Flatter Belly After 50! Lulutox Undo ALSO READ: No Kings protest takes toll: Trump's approval rating hits -6, marking sharpest drop in months The PEM Electrolyser Problem However, it's not a sustainable model because PEM electrolysers are very expensive and also require efficient catalysts that can resist corrosion in acid and therefore use platinum or iridium, which are rare and expensive metals, reported Farmingdale. It is used because iridium catalysts can prolong the oxygen conversion reaction and produce huge quantities of hydrogen, as per the report. Live Events Japan's Game-Changing Discovery But now, researchers at Japan's RIKEN Institute discovered that there is a cheap material which is capable of doing the same thing, according to the report. Japanese researchers studied and used a common metal, manganese, and modified its three-dimensional structure to create the first efficient and sustainable PEM electrolyser without rare metals, as per the Farmingdale report. According to the report, the researchers developed a manganese oxide (MnO2) catalyst by manipulating the lattice structure of the material to form stronger bonds with oxygen atoms. This improved MnO2 is even more stable than any other non-noble metal catalysts and even maintains the reaction with water for much longer, generating 1,000% more hydrogen, reported Farmingdale. As per a study published in Nature Catalysis, MnO2 can increase the lifespan of other cheap catalysts by a factor of 40, reported Farmingdale. The researchers found that this material is more resistant to dissolution in acid and is also more stable during the reaction, Farmingdale. During the laboratory tests, the researchers found that the catalyst operated for more than 1,000 hours at 200 mA/cm² and produced 10 times more hydrogen than any other materials, as per Farmingdale. Farmingdale wrote, "Future modifications to the manganese structure could further increase the current density supported by the material and the lifetime of the catalyst, with the long-term aim of making water electrolysis iridium-free." FAQs What did Japanese scientists discover? They found a way to use manganese, a cheap and common metal, to replace expensive rare metals in hydrogen production, which will make the process more affordable and sustainable, as per the Farmingdale report. Why is this important? Because green hydrogen could be a key part of a fossil-free energy future, and Japan's discovery could help make it widely accessible.

Israeli Scientists Scramble To Save Work After Iranian Missile Hits Labs
Israeli Scientists Scramble To Save Work After Iranian Missile Hits Labs

NDTV

time36 minutes ago

  • NDTV

Israeli Scientists Scramble To Save Work After Iranian Missile Hits Labs

REHOVOT Israel: Researchers at Israel's prestigious Weizmann Institute of Science have been scrambling to save their experiments after an Iranian missile destroyed a building containing dozens of cutting-edge laboratories. The missile struck the institute's campus at Rehovot, on the southern periphery of Tel Aviv, in the early hours of Sunday, damaging multiple buildings and prompting researchers to clamber into the ruins to save samples even as fire raged. No one was hurt as the campus was empty overnight, but one part of a building collapsed entirely, while in the remaining part, the walls were blown out, exposing a tangle of twisted metal, blasted debris and blackened cement. "We did our best to save as much of the samples as we could from the labs, from the buildings, while we were fighting the fire," physicist Roee Ozeri, Weizmann's vice president for development and communications, told Reuters. Israel began attacking Iran last Friday, saying its longtime enemy was on the verge of developing nuclear weapons. Iran, which says its nuclear programme is only for peaceful purposes, retaliated with missile and drone attacks on Israel. Israel's strikes have killed several prominent Iranian nuclear scientists, wiped out the top echelon of Iran's military command, damaged nuclear capabilities and killed hundreds of civilians. Iran's attacks have killed 24 civilians in Israel and damaged hundreds of structures, including a hospital in the southern city of Beersheba. Iran has not said if or why it targeted the Weizmann Institute. While most of the institute's research is in areas with potential benefits for medicine and scientific knowledge, it also has connections with defence. It announced in October 2024 a collaboration with Israel's largest defence firm, Elbit, on "bio-inspired materials for defence applications". A multidisciplinary institution which carries out research in fields including genetics, immunology and astrophysics, Weizmann was founded in 1934 and is considered world-class within the international scientific community. It is Israel's most important science research institute, with 286 research groups, 191 staff scientists and hundreds of PhD students, master's students and postdoctoral fellows. 'EVERYTHING IS LOST' The Iranian missile hit the work of researchers such as Eldad Tzahor, who focuses on regenerative medicine with particular relevance to adult heart diseases. He said many samples and tissues that had been part of long-running experiments had been destroyed. "Everything is lost," he told Reuters TV. "I would estimate that it will take us about a year to get into a full year of research and with everything working again." In financial terms, the damage is estimated at $300-$500 million, according to the institute, which operates costly, complex machines, often shared between several labs or research groups. Jacob Hanna, who runs a molecular genetics team focused on embryonic stem cell biology, told the scientific journal Nature that his lab's ceiling had collapsed and the staircase had detached. His students managed to save hundreds of frozen mouse and human cell lines by transferring them to back-up liquid-nitrogen tanks that Hanna had stored in the basement, Nature reported. "I was always worried that if a war actually happens, I don't want to lose these," he said.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store