Wednesday, July 16, 2025

 Attack on West Bank Christian town stirs calls for Israeli government to curb settler violence

JERUSALEM (RNS) — A July 7 arson attack has prompted faith leaders to assail the Netanyahu government’s inattention to settler attacks, which have skyrocketed since the Gaza war began.
Char marks, which Palestinians say are from an attack by Israeli settlers, are visible in the cemetery near the St. George Greek Orthodox Church in the West Bank village of Taybeh, July 14, 2025. (AP Photo/Nasser Nasser)

JERUSALEM (RNS) — For years, extremist Israeli settlers have tried to intimidate the small clusters of Bedouin — Muslim tribal desert dwellers — living on the outskirts of Taybeh, the only fully Christian town in the West Bank. In the past two years, as the Bedouin have fled the area out of fear, these lawless young settlers have begun to threaten the residents of Taybeh, located 7 miles east of Ramallah.

Now, an arson attack that threatened Taybeh’s cemetery, homes and an ancient church has drawn international interest to the community’s plight.



On July 7, a group of settlers set fires near Taybeh’s cemetery and the Church of St. George, which dates back to the fifth century A.D. and is “one of the oldest religious landmarks in Palestine,” according to a statement issued the next day by three priests, the Revs. Daoud Khoury, Jack-Nobel Abed and Bashar Fawadleh, who represent the town’s Greek Orthodox, Latin Catholic and Greek Melkite churches, respectively. 


The incident “was not isolated but part of daily attacks,” noted the priests. The “ongoing and grave” attacks “threaten the security and stability of our town.”

Settler attacks on Taybeh and dozens of other West Bank Arab communities have escalated since Israeli Prime Minister Benjamin Netanyahu’s far-right-wing government took power in January 2023, and especially since Oct. 7, 2023, when Hamas infiltrated Israel and murdered about 1,200 people and kidnapped 251 others.

“There is no way to overestimate the effect of the barbaric Hamas massacre on Israeli society,” said Arik Ascherman, a Reform rabbi and director of the Israeli human rights organization Torat Tzedek (Torah of Justice). “After Oct. 7, the settlers have been able to exploit the pain, anger and fear of Israelis across the political spectrum.”

The ruins of the fifth-century St. George Greek Orthodox Church in Taybeh in the West Bank in 2018. (Photo by Bukvoed/Wikimedia/Creative Commons)

The Netanyahu government’s inaction in reining in these settler gangs — many of them teenagers shunned by their own communities but encouraged by far-right members of the Israeli government — “tells settlers they are untouchable,” Ascherman said.

Settlers often graze their cattle on Taybeh’s land, including family-owned fields and near private homes, “without deterrence or intervention” from Israeli authorities, the town’s religious leaders said in their statement. This causes “direct harm” to the town’s olive trees, which provide a livelihood to many residents, and prevents farmers from accessing and cultivating their land.


Due to the illegal use of Taybeh’s land, “the town is being threatened by the expansion of illegal settlement outposts that are expanding quietly under military protection and serve as a launchpad for new attacks on residents and their lands,” the priests said. They called on diplomats, church representatives and others to investigate the ongoing attacks; apply diplomatic pressure “on the occupying authorities”; and to visit Taybeh to bear witness and support its residents.

“The settlers pretend this is their land and not our land,” Abed, the Latin Catholic priest, told Religion News Service in an interview. Although the town has always had unpleasant encounters with some of the settlers in the area, “it was not at this level,” Abed said. “We’ve called the police several times, but nothing was done.”

Unless the situation improves, he said, more Taybeh residents may feel compelled to emigrate, following many Christians in recent years. The combined effects of war, Muslim and Jewish extremism, and better economic opportunities elsewhere have depleted the West Bank’s Christian population over the past century.

Overlooking Taybeh in the West Bank in 2018. Photo by Bukvoed/Wikimedia/Creative Commons)

“Today only 1,300 people live in Taybeh. That’s about 10% of the people who once lived in Taybeh, who are scattered all over the world. We now have empty houses,” Abed said.

Khoury told RNS that Taybeh’s remaining residents feel helpless. “We have met with government officials and asked them to protect us. No one is listening. The Israeli soldiers protect the settlers. We can’t live in this situation,” he said.

On Monday (July 14), a delegation of Holy Land patriarchs and heads of churches traveled to Taybeh to express solidarity with the community.


“The church has had a faithful presence in this region for nearly 2,000 years,” the Council of Patriarchs and Heads of Churches of Jerusalem said in a statement after the visit, which included viewing video clips of settlers attacking Taybeh. The council called on Israeli authorities, whom they accused of “facilitating and enabling” the settlers’ presence around Taybeh, to hold the “radicals” accountable.

Ascherman, whose organization has documented numerous violent acts carried out by settlers against Bedouin shepherds and other Palestinians in the West Bank over the years, said he believes that U.S. President Donald Trump’s decision to cancel the sanctions that his predecessor, former President Joe Biden, had placed on a handful of violent settlers “sent an awful message.”

“I don’t know how effective the sanctions were, but canceling them told settlers ‘You are free to do what you want to do.’ Settlers almost never get arrested, indicted or convicted,” he said.

The goal of these young extremists, who are believed to comprise 2% to 5% of the nearly 500,000 Jewish residents of the West Bank, “is that there won’t be Palestinians in the West Bank,” Ascherman said. “They can’t really think they will make an entire village like Taybeh leave, but they can take more and more of their agricultural land and cause some people to leave.”

In the past month some of these same extremists have felt emboldened enough to physically attack Israeli soldiers — a red line for Netanyahu. In a statement, the prime minister said Israel “is a country of laws, and no one can take the law into their own hands.” He called for an investigation that will “bring to justice anyone who violated the law and acted against our soldiers.”

Netanyahu called the extremists “a small minority who do not represent the absolute majority of settlers, who are law-abiding and serve in the IDF and security forces.”


U.S. Ambassador to Israel Mike Huckabee has broken with the Trump administration’s relative silence on settler violence to call for action on the recent killing of Palestinian American Sayfollah “Saif” Musallet, who was allegedly beaten to death by settlers in the village of Sinjil near Ramallah last week. On Wednesday, Huckabee asked the Israeli government to “aggressively investigate the murder.”

“There must be accountability for this criminal and terrorist act. Saif was just 20 yrs old,” Huckabee wrote in a post on X.

Settler leaders have also been more vocal since July 6, when young settlers attacked IDF soldiers.

Rabbi Yaakov Medan, a respected leader in the Religious-Zionist movement, praised settler leaders for condemning the attacks but said they must also act to prevent what he called “hilltop youth” — a reference to the angry young men who carry out much of the violence — from attacking Palestinians.

While Palestinians often initiate violence against settlers, Medan told the Israeli news website Arutz 7, “what we are witnessing now is not retaliation for provocation, but rather aggression against Arabs in the name of the mitzvah of conquering the Land (which, according to some of the hilltop youths, even overrides Shabbat).



“Many of the youths (not all of them, Heaven forbid!) believe the IDF failed during Simchat Torah nearly two years ago,” Medan said, referring to the Hamas massacre that occurred on that Jewish holiday. Because of this, “they do not trust the army and try by force to push the Arabs away, in order to prevent another ‘Simchat Torah’ scenario in the future.


“This is a reality that we, in the settlement movement, must never accept,” Medan said.

“If we respond with nothing more than a shrug or a half-sigh at the actions of these youths, we will suffer blowback — which is already visible — from groups of people who don’t live here and will never accept such wild and unjustified behavior toward Arabs.”

Khoury said attempts to drive out the people of Taybeh won’t work.

“We are peaceful people who just want to live in peace and security. We were born here, raised here and we will stay here forever.”

 

Genetic isolation despite geographic proximity highlights the threat to island fish species




Despite habitats being relatively close, no gene flow was found between fragile goby populations, highlighting urgent need for conservation efforts




Okinawa Institute of Science and Technology (OIST) Graduate University

Underwater photograph of Luciogobius ryukyuensis 

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Luciogobius ryukyuensis in a freshwater stream on Okinawa Island.

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Credit: Ken Maeda





Amphidromous fish – which migrate between freshwater streams and the sea – can move between habitats thanks to ocean currents. Since island streams are generally small and vulnerable to human impact, understanding how exactly fish populations are connected between streams and between islands is important for the conservation of geographically isolated species. 

In a study now published in Scientific Reports, a team of researchers from the Okinawa Institute of Science and Technology (OIST) and collaborators sought to understand these dynamics by investigating the genetic connectivity among populations of the amphidromous goby Luciogobius ryukyuensis at four islands in the Ryukyu Archipelago in Japan: Okinawa, Kume, Ishigaki, and Iriomote.

The researchers found that the populations are all genetically distinguishable, suggesting that larvae very rarely travel between the islands, despite relative physical proximity: Iriomote and Ishigaki share the same lagoon, and the populations are just 23km apart. Mitochondrial genome analysis suggested that the two clades – Okinawa and Kume, and Ishigaki and Iriomote – diverged approximately 900,000 years ago, and that there may have been a larval exchange between the two neighboring islands until more recently.

Their findings highlight the challenges faced by amphidromous fish species in island ecosystems. In particular, the study shows the urgent need for increased conservation efforts targeting the highly vulnerable habitats of the goby, which are especially exposed on the smaller Kume, Ishigaki and Iriomote islands. For example, adult gobies have only been found in a 10m² portion of the Urachi River on Kume Island. This habitat is surrounded by urban structures, and the upper watershed is developed for agriculture. Protecting and maintaining all existing habitats is critical for the conservation of the whole genetic diversity of this species. 

 

Telehealth works but rules need changing





Flinders University
Dr Maria Alejandra Pinero de Plaza 

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Lead author Dr Maria Alejandra Pinero de Plaza from Flinders University's Caring Futures Institite

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Credit: Flinders University





Telehealth keeps Australians healthier and more connected, but outdated rules are keeping it out of reach for those who need it the most, say Flinders University researchers.

With its services skyrocketing during the COVID-19 pandemic, telehealth – where medical services are delivered by phone or video call – has become a mainstay of healthcare systems in Australia and other countries around the world.

Now, new research led by Flinders’ Dr Maria Alejandra Pinero de Plaza has investigated how well it works for those who are homebound, unable to leave due to chronic illness, disability, frailty, or mental health conditions.  

“Telehealth is not just a convenience, it’s a lifeline,” says Dr Pinero de Plaza, from Flinders University’s Caring Futures Institute.

“Yet, despite its proven benefits, many Australians remain excluded from accessing telehealth services because of outdated Medicare requirements.”

Published in the journal Health & Social Care in the Community, the first of its kind global systematic review and meta-analysis found the service reduces hospital visits, improves mental health, and helps people feel more connected to their communities.

It was also found to improve quality of life by reducing pain, enhancing mental health, and increasing social engagement, as well as helping to alleviate depression, anxiety, and loneliness.

Despite these benefits, the authors note that Medicare still requires most patients to have seen their GP in person within the past 12 months to qualify for telehealth rebates, highlighting that for truly homebound individuals, this is often impossible.

“Our research clearly demonstrates the effectiveness of telehealth, but the current system is failing the very people it was designed to help,” says Dr Pinero de Plaza.

“There are over half a million Australians who are homebound, and many of them are invisible in our health system.”

The researchers are calling for the removal of Medicare’s in-person requirement for those who are homebound and increased funding for telehealth services.

Other changes should also include more formal data collection of homebound individuals to see them recognised in health policy, alongside collaboration with homebound people and their carers to ensure the services meet real-world needs.

“One of the challenges is that Australia does not yet have a national definition of what it means to be homebound, and there is no consistent way to identify these individuals in routine data,” says Dr Pinero de Plaza.

“We need to improve data collection to support evidence-based and equitable reforms that would allow Medicare to implement a targeted exemption.”

The study also highlights the diversity of the homebound population, with a 2020 Australian survey finding, contrary to common assumption, that many are not elderly but in fact are likely to be women and aged under 50. Common conditions included ME/CFS, advanced cancer, and severe mental illness.

“Every day, homebound Australians are missing out on care that could help them live better, safer lives,” says Dr Pinero de Plaza, “but until Medicare rules are updated, thousands of Australians will continue to miss out.

“This finding is significant, not just for Australia but for all populations where telehealth can be made available.

“The message is clear: Telehealth works. It keeps people healthier, safer, and more connected. It saves health resources and improves lives and health policies around the world should ensure its accessibility.”

This research builds on a body of work focused on the invisibility and unmet needs of Australians who are homebound due to chronic illness, disability, or frailty, including those with ME/CFS.

It stems from the Visibility and Technological Solutions for Frail, Homebound and Bedridden People (FHBP) research program at the Caring Futures Institute and draws on themes from the ENLIGHTEN: homEbouNd peopLe agInG witH TEchNology online exhibition, which featured public and scholarly engagement on FHBP systemic exclusion.

Together, these initiatives have helped frame national conversations around inclusion and policy reform for some of the most isolated populations.

The paper, ‘Telehealth as a care solution for homebound people: Systematic review and meta-analysis of healthcare utilization, quality of life, and well-being outcomes’ by Pinero de Plaza MA, Gulyani A, Bulto LN, Allande-Cussó R, Pearson V, Lange B, Marin T, Gebremichael L, Brown S, Dafny H, Sajeev S, Bulamu N, Beleigoli A, Nesbitt K, McMillan P, Clark R, Tieu M, Kitson A, Champion S, Hines S, Hendriks JM is published in the journal Health & Social Care in the Community. DOI: https://doi.org/10.1155/hsc/7224151

 

Evaluating music beyond sound: understanding visual influence across genres



Musical training shapes the sight-over-sound effect; auditory expertise reduces visual bias, highlighting the need to balance sensory cues in evaluation




Keio University Global Research Institute

Visual perception and musical experience are important when assessing a band’s performance 

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In musical evaluations, the "sight-over-sound" effect—where visual information overrides auditory input—is frequently observed, calling into question the assumption that sound is the dominant factor in these judgments. Yet, it was unclear whether this was the case across various musical genres and settings. Now, a recent study focusing on Japanese brass band competitions reveals that individuals lacking specific experience in the genre are more influenced by visual cues than those with relevant expertise. These results highlight the need to balance visual and auditory elements in music education and training to help them process and prioritize sensory information.

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Credit: Dr. Shinya Fujii from Keio University, Japan





When we listen to a symphony, a jazz performance, or a pop song, we naturally tend to assume that our ears are the primary judges of quality. For many people, music is primarily an auditory experience, and they instinctively believe that the true essence of a musical performance lies in factors such as its acoustic fidelity, proper intonation, or rhythmic precision. Research has, however, revealed an intriguing phenomenon that challenges this assumption. Dubbed as the “sight-over-sound effect,” this phenomenon suggests that visual aspects of a performer—from their stage presence to subtle body language cues—can unconsciously sway our judgment, sometimes even more powerfully than the music itself.

Despite its fascinating implications, the replicability of the sight-over-sound effect has remained debatable across musical styles and performance settings. Previous research has struggled with accurately assessing visual influences, experiencing challenges with inconsistent filming angles, musical pieces, and definitions of musical experience among evaluators. Consequently, the understanding of the sight-over-sound effect and its extent remains unclear.

Against this backdrop, a research team led by Associate Professor Shinya Fujii, Director of the Neurosciences and Music Laboratory at Keio University and the Research Center for Music Science at Keio University Global Research Institute, Japan, conducted a comprehensive study to investigate the replicability of this effect. The study was co-authored by Mr. Tomohiro Samma from the Graduate School of Media and Governance at Keio University and published online in the PLOS One journal on April 29, 2025. The team meticulously investigated the replicability of the sight-over-sound effect, with a special focus on the role of the evaluators’ specific musical background.

To address the limitations of prior research, the researchers designed an experiment using recordings from Japanese high school brass band competitions. This allowed for significant control over the experimental stimuli. All selected bands had received gold awards, minimizing differences in skill level. Most importantly, all performances within a comparison set featured the same musical piece filmed with consistent camera angles. 301 adults were included in the study, who were categorized into three groups: brass band musicians (BMs) with direct experience in the genre, non-brass band musicians (NBMs) with general musical experience but no brass band background, and non-musicians (NMs) with no formal musical training. These groups evaluated brass band performances under audio-only, visual-only, or audio-visual conditions, selecting the band they believed would achieve the best competition results.

The study’s results revealed a markedly nuanced picture of the sight-over-sound effect. When analyzing the overall participant sample, the researchers found no significant evidence of the effect, suggesting that a careful control over visual elements and musical pieces could indeed reduce visual dominance. However, detailed subgroup analyses suggested a dependency on the evaluator’s musical experience. Specifically, the sight-over-sound effect was observed in NBMs, who showed significantly higher accuracy in identifying winners from visual-only information. In contrast, the effect was absent in BMs, who demonstrated superior accuracy in the audio-only condition, indicating their ability to make precise judgments based solely on sound. The NM group did not exhibit the sight-over-sound effect either.

These findings carry significant implications for our understanding of multisensory integration and the practical aspects of music and music competitions. Firstly, the absence of the sight-over-sound effect in the overall sample highlights the importance of methodological rigor in future studies. More importantly, varying results across the three groups underscore that specialized musical training can profoundly shape how individuals process and prioritize sensory information. “Our study found that the sight-over-sound effect was observed only in NBMs, indicating its dependence on the evaluator’s specific musical experience, while BMs' auditory training potentially mitigating visual influence," explains Mr. Samma.

Additionally, the results are also relevant in social psychology and cognitive science in general, since they suggest that expertise in a given domain can alter one’s weighting of sensory inputs. For instance, visual dominance observed in the NBM group suggests that while they possess musical skills, they may still rely on visual cues for evaluation if they lack experience in a given genre. “By shedding light on the underexplored aspect of how evaluators’ musical experience influences the evaluation process in multisensory integration, this work has significant implications for various real-world aspects, such as music education, performance, and competition judging,” concludes Dr. Fujii. 

Further work on this intriguing topic will hopefully help us improve music education and make competitions fairer.

 

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Reference

DOI: https://doi.org/10.1371/journal.pone.0321442

 

About Keio University Global Research Institute (KGRI), Japan

The Keio University Global Research Institute (KGRI) was established in November 2016 as a research organization to bridge faculties and graduate schools across the university. KGRI aims to promote interdisciplinary and international collaborative research that goes beyond the boundaries of singular academic disciplines and international borders. It also aims to share research outcomes both in Japan and worldwide, further promoting engagement in joint research. To enhance those activities above, in 2022, Keio University set its goal of becoming a “Research university that forges the common sense of the future”.

Website: https://www.kgri.keio.ac.jp/en/index.html

 

About Associate Professor Shinya Fujii from Keio University

Dr. Shinya Fujii obtained MS and Ph.D. degrees in Human and Environmental Studies from Kyoto University in 2007 and 2010, respectively. He currently serves as an Associate Professor at the Faculty of Environment and Information Studies, Keio University. He is also the Director of the Neurosciences and Music Laboratory at Keio University and the Research Center for Music Science at Keio University Global Research Institute. Dr. Fujii specializes in perception neuroscience and its relationship with music. He has over 75 papers credited to his name.

https://neuromusic.sfc.keio.ac.jp/

https://www.kgri.keio.ac.jp/en/project/research-centers/2024/A24-28.html

https://www.k-ris.keio.ac.jp/html/100012635_en.html

https://researchmap.jp/7000025148?lang=en

 

About Tomohiro Samma from Keio University

Tomohiro Samma is a Ph.D. student at the Graduate School of Media and Governance, Keio University. He specializes in musical neuroscience and has three papers credited to his name. He is a member of the Society for Music Perception and Cognition and the Society for the Neural Control of Movement.

https://researchmap.jp/tsamma?lang=en

 

About Kazuaki Honda from Communication Science Laboratories, NTT, Inc.

Dr. Kazuaki Honda obtained a Ph.D. degree from the Graduate School of Media and Governance, Keio University, in 2024. He is a research scientist at NTT Communication Science Labs. Dr. Honda specializes in perceptual and cognitive neuroscience and its relationship with music.

https://www.rd.ntt/e/cs/team_project/human/embodied_intelligence/

 

Funding information

This work was supported by Taikichiro Mori Memorial Research Grants, the Japan Society for the Promotion of Science Grant-in-aid (16K16483 and 20H04092), Japan Science and Technology Corporation (JST COI-NEXT Grant: JPMJPF2203), Keio University Academic Development Funds, and Toyama Memorial Music Research Foundation.

 

KAIST develops robots that react to danger like humans​




The Korea Advanced Insti
tute of Science and Technology (KAIST)
KAIST Develops Robots That React to Danger Like Humans​ 

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<(From left) Ph.D candidate See-On Park, Professor Jongwon Lee, and Professor Shinhyun Choi>

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Credit: KAIST





In the midst of the co-development of artificial intelligence and robotic advancements, developing technologies that enable robots to efficiently perceive and respond to their surroundings like humans has become a crucial task. In this context, Korean researchers are gaining attention for newly implementing an artificial sensory nervous system that mimics the sensory nervous system of living organisms without the need for separate complex software or circuitry. This breakthrough technology is expected to be applied in fields such as in ultra-small robots and robotic prosthetics, where intelligent and energy-efficient responses to external stimuli are essential.

KAIST (President Kwang Hyung Lee) announced on July15th that a joint research team led by Endowed Chair Professor Shinhyun Choi of the School of Electrical Engineering at KAIST and Professor Jongwon Lee of the Department of Semiconductor Convergence at Chungnam National University (President Jung Kyum Kim) developed a next-generation neuromorphic semiconductor-based artificial sensory nervous system. This system mimics the functions of a living organism's sensory nervous system, and enables a new type of robotic system that can efficiently responds to external stimuli.

In nature, animals — including humans — ignore safe or familiar stimuli and selectively react sensitively to important or dangerous ones. This selective response helps prevent unnecessary energy consumption while maintaining rapid awareness of critical signals. For instance, the sound of an air conditioner or the feel of clothing against the skin soon become familiar and are disregarded. However, if someone calls your name or a sharp object touches your skin, a rapid focus and response occur. These behaviors are regulated by the 'habituation' and 'sensitization' functions in the sensory nervous system. Attempts have been consistently made to apply these sensory nervous system functions of living organisms in order to create robots that efficiently respond to external environments like humans.

However, implementing complex neural characteristics such as habituation and sensitization in robots has faced difficulties in miniaturization and energy efficiency due to the need for separate software or complex circuitry. In particular, there have been attempts to utilize memristors, a neuromorphic semiconductor. A memristor is a next-generation electrical device, which has been widely utilized as an artificial synapse due to its ability to store analog value in the form of device resistance. However, existing memristors had limitations in mimicking the complex characteristics of the nervous system because they only allowed simple monotonic changes in conductivity.

To overcome these limitations, the research team developed a new memristor capable of reproducing complex neural response patterns such as habituation and sensitization within a single device. By introducing additional layer inside the memristor that alter conductivity in opposite directions, the device can more realistically emulate the dynamic synaptic behaviors of a real nervous system — for example, decreasing its response to repeated safe stimuli but quickly regaining sensitivity when a danger signal is detected.

Using this new memristor, the research team built an artificial sensory nervous system capable of recognizing touch and pain, an applied it to a robotic hand to test its performance. When safe tactile stimuli were repeatedly applied, the robot hand, which initially reacted sensitively to unfamiliar tactile stimuli, gradually showed habituation characteristics by ignoring the stimuli. Later, when stimuli were applied along with an electric shock, it recognized this as a danger signal and showed sensitization characteristics by reacting sensitively again. Through this, it was experimentally proven that robots can efficiently respond to stimuli like humans without separate complex software or processors, verifying the possibility of developing energy-efficient neuro-inspired robots.

See-On Park, researcher at KAIST, stated, "By mimicking the human sensory nervous system with next-generation semiconductors, we have opened up the possibility of implementing a new concept of robots that are smarter and more energy-efficient in responding to external environments." He added, "This technology is expected to be utilized in various fusion fields of next-generation semiconductors and robotics, such as ultra-small robots, military robots, and medical robots like robotic prosthetics".

This research was published online on July 1st in the international journal 'Nature Communications,' with Ph.D candidate See-On Park as the first author.

This research was supported by the Korea National Research Foundation's Next-Generation Intelligent Semiconductor Technology Development Project, the Mid-Career Researcher Program, the PIM Artificial Intelligence Semiconductor Core Technology Development Project, the Excellent New Researcher Program, and the Nano Convergence Technology Division, National Nanofab Center's (NNFC) Nano-Medical Device Project.