Monday, June 15, 2026

Archaeology News: Marble bust believed to depict Roman goddess of love found during excavations at Alicante beach

Marble bust believed to depict Roman goddess of love found during excavations at Alicante beach

Archaeologists have also uncovered the foundations of houses and rooms belonging to a Roman villa used between the 3rd century BCE and the 4th century CE.

By Miriam Sela-Eitam, Jerusalem Post, June 14, 2026
Marble bust believed to depict the Roman goddess of love Venus found on a beach in Alicante, Spain, June 10, 2026. 
(photo credit: Alicante City Council)
A marble bust believed to depict the Roman goddess Venus was discovered during redevelopment work happening at the La Almadraba beach in Spain, the Alicante City Council announced in late May.

Venus, and her Greek counterpart Aphrodite, is often regarded in mythology as the “mother” of Rome - having been cast as the mother of the Trojan hero Aeneas, depicted by Virgil as the ancestor of Romulus and Remus who founded Rome.

Featuring a Hellenistic-inspired hairstyle, with wavy hair that is drawn back with a middle part, the bust aligns with the classical depiction of Venus, explained José Manuel Pérez Burgo, head of Integral Heritage at Alicante City Council.

"The chronology,” said Burgo, “therefore, pending a more exhaustive report, both in terms of style and context, would place it between the 1st and 2nd centuries CE.”

The bust also appears similar to sculptures commonly displayed on plinths in the homes of ancient Rome’s upper class, explained Alicante Culture Counciller Nayma Beldjilali.

It is a “Roman head of great artistic quality and in an excellent state of preservation which, according to the specialists,” Beldjilali added, emphasizing the importance of the discovery as one of the “most important finds of a Roman sculpture in the entire history of Alicante and its province."

Roman villa also found nearby 

Archaeological surveys of the area have been carried out since 2009 as part of La Almadraba’s redevelopment project, the council explained in its statement.

During the surveys, archaeologists have uncovered the foundations of houses and rooms belonging to a Roman villa used between the 3rd century BCE and the 4th century CE.

Well-preserved pottery shards and Roman coins were also found alongside the ancient villa’s foundations.

Further excavation and analysis is still being finalized by the company Arpa Patrimonio, under the supervision of the municipality’s Integrated Heritage department.

Several Greek, Roman statues discovered internationally 

Several statues and depictions of Venus (or Aphrodite) and other dieties from the Greek and Roman pantheons have been discovered recently worldwide.

Last week, Egypt’s Tourism and Antiquities Ministry announced that it had unearthed a similar marble head belonging to a statue of Aphrodite during excavations in Ihnasya Al Madinah.

Ihnasya, also known by its Greek name Heracleopolis (“City of Heracles”) served in antiquity as the capital of Upper Egypt’s 20th name.

Like the bust discovered in Alicante, the marble head found in Egypt had a curly hair style and facial features reminiscent of those to depict deities and prominent figures.

In early May, archaeologists in Egypt’s Alexandria discovered several statues of Greek and Roman dieties, including Bacchus (Roman god of wine and revelry), Asclepius (Greek god of medicine), and a headless statue believed to depict the Roman wisdom goddess Minerva.

The statues were found among several other artifacts, including coins, lamps, pottery vessels, and amphorae fragments, unearthed at the site.

Similarly, in April, a statue of Athena, the Greek goddess of war and wisdom, was during excavations in the ancient city of Laodicea on the Lycus near Denizli.

Standing at approximately two meters tall and missing its head, the statue was found lying face down in rubble along the postskene (exterior facade) of Laodicea’s Western Theatre’s stage building.

Made entirely of white marble, Athena is depicted as wearing a sleeveless peplos garment and a cape (“hylamis”) around her neck. Across her chest is the famed aegis, displaying the snake-covered head of Medusa.

Based on the statue's artistic style, archaeologists have dated it to the reign of the first Roman Emperor Augustus, who ruled between 27 BCE and 14 CE.

While the back of the statue is thought to have been left rough and unpolished due to the statue’s placement between the theater’s columns, the artistry put into Athena’s garments points towards the hands of a skilled sculptor.

Roman discovery at La Almadraba (Alicante): 1st-2nd century bust of Venus | AlacantíTV







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Sunday, June 14, 2026

Defense News: Analysis | A New Era at Sea: Autonomous Vessel Conducts First Combat Pilot Rescue

 Analysis | A New Era at Sea: Autonomous Vessel Conducts First Combat Pilot Rescue

The rescue was carried out as part of an operation by Task Force 59, an innovative U.S. Navy unit established to integrate unmanned systems and artificial intelligence into maritime operational activities

By Yotam Gutman, Isrealdefense.co.il, 14/06/2026

https://www.israeldefense.co.il/en/node/69355

Corsair is a 24' Autonomous Surface Vessel (ASV) capable of carrying up to 1,000 lbs over 1,000 NM. Corsair stands ready to deliver multi-mission capabilities rapidly and at scale around the world.

For decades, combat search and rescue missions were considered one of the most dangerous fields in the military domain. Rescue helicopters, commando forces, escort aircraft, and medical teams operated under fire to save pilots or soldiers who had fallen in enemy territory or crashed into the sea during routine or operational activity. But this week, a historic moment was recorded: for the first time in the world, an unmanned surface vessel (USV) carried out an actual extraction of military personnel under combat conditions.

The incident took place near the Strait of Hormuz, one of the most tense regions in the world from a security perspective. An American Apache helicopter crashed during operational activity, and two crew members remained in the water for about two hours. Instead of sending a manned vessel into the dangerous area, the U.S. Navy deployed the Corsair, an autonomous USV developed by Saronic Technologies.

The Corsair is a vessel approximately 7 meters long, capable of moving at high speed and operating over hundreds of nautical miles without a human crew on board. It is equipped with autonomous navigation systems, cameras, sensors, and artificial intelligence that enable it to operate even in complex maritime environments. During the mission, it reached the crash site, located the crew members, retrieved them from the water, and transported them to an extraction point where a rescue helicopter was waiting.

The crew members were lifted into the helicopter and flown from there to an undisclosed destination – either a U.S. Navy vessel or an American base in the region. It is possible that the use of a USV was intended to reduce the risk to additional aircraft or vessels during the rescue mission, and if so, it fulfilled its role precisely, demonstrating one of the most significant capabilities of remotely operated systems.

The rescue was carried out as part of the U.S. Navy’s Task Force 59, an innovative unit established to integrate unmanned systems and artificial intelligence into maritime operations. The force operates primarily in the Middle East and focuses on deploying fleets of autonomous vessels, drones, and sensors for surveillance, intelligence, and maritime defense. In recent years, Task Force 59 has become the Navy’s main operational laboratory for maritime autonomy.

But this rescue is only the beginning. In recent years, the U.S. Navy has invested billions of dollars in developing a new generation of USVs – some small and fast, others the size of actual warships. In May, Saronic Technologies unveiled the Marauder, a new medium-sized USV designed for long-range missions, convoy escort, electronic warfare, and even weapons deployment. At the same time, the Navy is exploring the operation of a hybrid fleet concept in which unmanned vessels operate alongside manned ships.

The Marauder is a 180' Autonomous Surface Vessel (ASV) designed to host and deliver significant capabilities across complex maritime environments. Capable of carrying up to 150MT in four 40' ISO containers, eight 20' ISO containers, or other modular payload configurations, Marauder is Saronic's premier platform for logistics and at-sea payload deployment.

According to U.S. Navy assessments, within a few years dozens or even hundreds of autonomous vessels will be deployed in regions such as the Persian Gulf, the South China Sea, and the Mediterranean. The key advantage is clear: a USV can be sent into a dangerous area without risking human life, while enabling continuous and more cost-efficient operations than manned vessels.

The incident in the Strait of Hormuz illustrates how warfare is undergoing a transformation. If in the past unmanned systems were mainly used for intelligence gathering or strikes, they are now beginning to take part in missions once considered entirely human, including rescue under fire.

The moment a robotic vessel rescued American pilots from the sea may be remembered as the point at which USVs ceased to be experimental technology, and became an integral part of the modern battlefield.


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Thursday, June 11, 2026

Health & Welfare News: A study revealed: This is what your morning coffee does to your brain

 A study revealed: This is what your morning coffee does to your brain

Researchers discovered that caffeine not only improves alertness, but also strengthens the communication between areas in the brain responsible for movement and sensory information processing.

By Walla Health, June 3, 2026

https://www.jpost.com/health-and-wellness/nutrition/article-897626


Coffee and breakfast  (photo credit: SHUTTERSTOCK)

Many people drink coffee to wake up in the morning or to get an energy boost in the middle of the day, but a new study suggests that caffeine has a deeper effect on the brain than is commonly thought. According to the study, caffeine may improve communication between the sensory and motor systems in the brain – a mechanism linked to concentration, information processing, and even long–term neurological health.

The study examined a brain process called SAI, a metric used to evaluate the brain's ability to integrate sensory information with movement. This ability is considered important for normal cognitive function, and tends to be impaired in degenerative diseases such as Alzheimer's and Parkinson's.

As part of the study, 20 healthy young adults participated and received 200 milligrams of caffeine – an amount equivalent to about two cups of coffee – or a placebo. The researchers used transcranial magnetic stimulation (TMS) technology to examine how caffeine affects brain activity.

The results showed that after caffeine consumption, there was a significant improvement in communication between the sensory and motor areas of the brain. The researchers estimate that the effect is related to the blocking of adenosine receptors in the brain, an action that increases the release of acetylcholine – a neurotransmitter important for memory, attention, and information processing.

According to the researchers, this is an interesting finding because impairment of the acetylcholine system characterizes various degenerative diseases. Previous studies have even shown that drugs that increase acetylcholine activity may improve brain functions in Alzheimer's patients.

However, the researchers emphasize that it should not be concluded from the study that coffee prevents dementia. This was a short–term study that examined only healthy young adults, and therefore it is still unclear how caffeine consumption affects the brain over years or at an older age.

They also mention that not everyone responds to caffeine in the same way. Some of the participants reported sleep disturbances when they consumed caffeine less than six hours before bedtime, so it is recommended to prefer drinking coffee during the morning or early afternoon hours.

The study adds to the growing body of evidence that coffee has complex effects on the brain, beyond the familiar feeling of alertness.




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Thursday, June 4, 2026

Defense News: Thirty interceptions a minute: An Israeli startup's drone solution

Thirty interceptions a minute: An Israeli startup's drone solution



Omer-based Esh-Tech has developed Dronelight, a low-energy, fast reacting, portable laser interception system.

By DEAN SHMUEL ELMAS/GLOBES/TNS, June 4, 2026
The Dronelight system mounted at the rear on an Israeli made armored  tracked carrier (photo credit: Esh-Tech)

The threat from Hezbollah's drones has aroused concern in Israel and represents a considerable challenge for the IDF in protecting its ground forces and settlements on the northern border. In addition to the Iron Beam laser interception system from Rafael that was delivered to the army five months ago, "Globes" now reveals another Israeli laser system for countering drones. This is Dronelight, developed by Omer-based Esh-Tech Systems, which up to now has operated below the radar.

Esh-Tech was founded six years ago, and deliberately maintained a low profile until it had a finished product, which is now undergoing trials in Israel and overseas. During this period, the company received three grants from the Israel Innovation Authority, the latest, described as "substantial", a few months ago, apparently when it became clear that the system was coming together.

The system emits hundreds of tiny beams the size of a coin at the target. When one beam is seen to make a hit, additional beams are directed at the target, and the focused energy rapidly shoots it down.

Esh-Tech's laser is a pulse laser and is not fiber-based. This means that a hundredth of a second is sufficient for it to score a focused hit on a target. It has an output of four kilowatts, and can destroy a target at a range of up to one kilometer.

Dronelight's output is much lower than that of Iron Beam, but that has an advantage: it can obtain energy from almost any system in the field, and there is no significant complication from the need to charge it. It therefore has an advantage against the future big drone threat: swarm attacks, against which Iron Beam will struggle, because of its serial method of operation and the transition from target to target.

Photo: Esh-Tech Systems


With Dronelight's "machine gun method", it only takes a second or two to shoot down a drone, before moving on to the next threat. Thus 30 threats can be intercepted in a minute, instead of just four in the case of existing laser systems. The cost is also much lower, at about NIS 0.10 per minute of operation.

Dronelight's low output also helps to keep it small and portable. Esh-Tech is already working with armored vehicle manufacturers in Israel and around the world, and has orders worth millions from Europe and elsewhere. The company is also working on mounting the system onto a lightweight platform for Jeeps, and as a fixed system.

The relevant bodies in Israel, such as the Directorate of Defense, Research and Development (Mafat) in the Ministry of Defense, see Dronelight as one of the most promising developments in this area. A few months ago, Esh-Tech was selected as a breakthrough company in the Mafat for Startups program, which means that it will receive up to NIS 10 million support for its product.

Esh-Tech currently employs about twenty people at its Omer premises. The company is growing, and plans to move some of its staff to Modi'in. It still embodies the advantages of young defense-tech companies operating in the periphery. For example, it has an employee with a doctorate in physics who lives in Yeruham. It is expected to present a first operational system by September.

"Dronelight was developed in order to improve the readiness and effectiveness of forces in the face of the drone threat," explains Esh-Tech CEO Erez Riahi. "The combination of high power, low energy consumption, and low cost, makes possible wide deployment of protection systems not just for strategic sites but also for troops moving in the field. The system's unique architecture facilities interception within a few seconds, and provides speed of reaction and operational flexibility on the modern battlefield."

No response to the report was forthcoming from the Ministry of Defense.






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Monday, June 1, 2026

Archaeology News: Neanderthals' ancient toolkit included hammers, blades made from rhino teeth, study finds

Neanderthals' ancient toolkit included hammers, blades made from rhino teeth, study finds


Dental microwear analysis, which allows for the microscopic study of surface textures, confirmed that the marks were made after the animals' deaths, ruling out chewing or dietary wear and tear.


By Miriam Sela-Eitam, Jerusalem Post, May 30, 2026



Rupert van Der Werff from Summers Place Auctions with a rare skeleton of a long-extinct woolly rhinoceros in Billingshurst, England, March 5, 2019; file photo. (photo credit: Andrew Hasson/Getty Images)
Markings found on fossilized woolly rhinoceros teeth in caves in Europe suggests that they may have been part of the Neanderthal toolkit, according to a study published in May in the Journal of Human Evolution. 

The research, led by Alicia Sanz-Royo and colleagues from the Muséum National d'Histoire Naturelle in Paris, is the first to suggest that Neanderthals deliberately collected and used rhino teeth for tools during the Middle Paleolithic, around 300,000 to 40,000 years ago.

Researchers studied rhino teeth previously discovered in the El Castillo Cave in northern Spain and Pech-de-l'Azé II in southwestern France and noticed that many bore markings consistent with human activity.

Dental microwear analysis, which allows for the microscopic study of surface textures, confirmed that the marks were made after the animals' deaths, ruling out chewing or dietary wear as an explanation.

“I had never found teeth with these types of marks. At first, I was quite skeptical,” Sanz-Royo, of the University of Aberdeen in Scotland, told Science News. “This study is important because it opens the possibility that, in addition to bones and antlers, teeth, which are a superhard material, were also very useful.”

Fossil preparation and restorationist Lauren McClain Lauren McClain works with a woolly rhinoceros jaw in Houston, Texas, April 30, 2024. (credit: MARK FELIX/AFP /AFP via Getty Images)

What appears to have allured Neanderthals into using rhino teeth despite their heavy unweildiness was the teeth’s hardness, according to the study, as the enamel coating of rhino teeth is made up of 97% hydroxyapatite, a mineral compound that gives it high resistance to fracture and impact.

Testing hypothesis using white rhino teeth

To test whether Neanderthals actually exploited this quality, the team obtained 18 freshly extracted teeth from white rhinoceroses sourced from three French zoos and hired a specialist knapper to turn them into recreations of tools used by Neanderthals.

Afterward, researchers used the tools as they would have been used by Neanderthals, such as retouching flint and quartz blades, knapping, and using the teeth as flat anvil surfaces to cut plant fibers and leather.

The entire process was filmed and supervised by taphonomists.

During the experiment, several distinct markings similar to those seen on the teeth discovered in France and Spain were created, including areas of overlapping enamel from repeated blows, shallow pitted areas on the inner layers of the teeth, percussion notches, and thin "sliding marks" left when a stone edge scraped across the surface during striking.

Findings indicate Neanderthals could think strategically

The study noted that findings carry broader implications for how we understand Neanderthal intelligence and adaptability, and suggest the possibility of strategic thinking.

Neanderthals’ deliberate choice to target older rhinos may have been “either because they were easier prey, because the advanced wear of their teeth made them more useful and comfortable tools, or both,” according to the study.

“This study shows that [Neandertals] not only ate the animals, but they utilized their remains for their technology,” archaeologist José Ramos-Muñoz of the University of Cadiz in Spain, who was not involved in the new study, told Science News. “It’s a trait of modernity.”


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