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Researchers liken their work to the invention of lasers, LEDs, and computer chips that revolutionized the world. https://t.co/v7cDDF7kUH https://t.co/5YWExkRRq4
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Researchers at keio university in japan have developed a Robotic Tail that humans can wear to improve balance https://t.co/BB5yIfyvFb
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Researchers are looking for ways to mitigate risks with newer technology and materials. https://t.co/SWg9OASCqJ https://t.co/gAGbbloNyf
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Researchers have identified the wreck of Nossa Senhora do Cabo, a Portuguese ship captured by pirates in 1721, off the coast of Madagascar. The site revealed over 3,000 artifacts, including diamonds, gold bars, and rare porcelain. If fully verified, it could be one of the most valuable pirate shipwrecks ever discovered.
For more content like this, please visit: https://t.co/wYpbt8jPU1
#shipwreckdiscovery# #piratehistory# #archaeologyfinds# #madagascar#
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Researchers have developed a simple laboratory model using a water tornado to simulate the dynamics of gas and dust in planet-forming discs. https://t.co/F4M5msdkHr https://t.co/8f0BDbLHWV
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Researchers used laser powder bed fusion to build customized steel anodes for bacteria to thrive, generating record output. https://t.co/7WIhIjrsQ9 https://t.co/MMJExx1laO
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Researchers identified a molecule, BamazScplp, in the venom of the Amazonian scorpion (Brotheas amazonicus) that shows potential in treating breast cancer
https://t.co/g8EAUdHFZL
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researchers at King's College London have successfully grown a tooth in a laboratory setting, potentially changing the future of fillings and implants
📹 Hashem Al-Ghaili
https://t.co/6sIyjYzwPA
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Researchers at CUNY have developed diamene, a groundbreaking material formed by stacking two graphene layers. Under sudden pressure, diamene transforms into a diamond-like structure, offering exceptional hardness while remaining incredibly thin and flexible. This innovation holds potential for revolutionizing protective gear, providing lightweight yet robust defense against high-impact forces.
For more content like this, please visit: https://t.co/rX1UfTwie0
#Diamene# #GrapheneInnovation# #MaterialsScience# #BulletproofTechnology# #CUNYResearch#
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Researchers at the City University of Hong Kong have developed a magnetic spray called "M-spray" that transforms ordinary objects into controllable devices. By applying this spray, objects can interact with magnetic fields, enabling movements like crawling, walking, or rolling. The coating is thin, flexible, and removable, making it suitable for various applications, including biomedical uses like targeted drug delivery.
For more content like this, please visit: https://t.co/1glyJr6Zj9
#MagneticSpray# #SmartMaterials# #CityUResearch# #InnovativeTechnology#
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“Research is what I’m doing when I don’t know what I’m doing.”
– Wernher von Braun
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Researchers build next-gen swarm robots that move and cooperate without code or sensors
https://t.co/PZHKDRuwka
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Researchers at Brunel University London have discovered that saccharin, an artificial sweetener, can kill multidrug-resistant bacteria by damaging their cell walls and interfering with DNA replication. This breakthrough could lead to more effective treatments against antibiotic-resistant infections.
For more content like this, please visit: https://t.co/fXBHUDHIJy
#AntibioticResistance# #SaccharinResearch# #BrunelUniversity# #MedicalBreakthrough#
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Researchers placed 1,000 AI agents in a Minecraft server, and they developed their own civilization with government, culture, and economy.
Run by California-based startup Altera, the project had AI agents collaborating to create virtual societies.
https://t.co/8TvGSXVYvQ
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Researchers Discover Unique Skeletal Tissue with Potential for Regenerative Medicine
https://t.co/4f3Ua7VQ97
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Laboratory research has demonstrated that dandelion root extract can trigger programmed cell death in over 95% of colon cancer cells within 48 hours, while sparing healthy cells. This impressive result comes from petri-dish and mouse studies—not human trials. Though clinical testing stalled due to low enrollment, the findings offer a promising entry point for natural, targeted cancer therapies.
Could this humble garden plant form the basis of gentler future treatments?
For more content like this, please visit: https://t.co/wYpbt8jPU1
#cancerresearch# #dandelionroot# #naturalmedicine# #coloncancer# #healthinnovation#
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Trend Research 这是购买了 $ENS ？
他们在昨晚把 150 万枚 $FORM ($512 万) 转进币安后，40 分钟前从币安提回了 20.3 万枚 $ENS ($550 万)。
https://t.co/yC2ipn88LX
Trend Research 目前的投资组合有以下几种代币，大致价值 $5.7 亿，目前应该都是水上盈利的状态：
10.8 万枚 $ETH ($4.02 亿)，成本约 $2,250；
6.42 亿枚大写 $NEIRO ($8271 万)，成本约 $0.0817；
541.1 万枚 $UNI ($5643 万)，成本约 9.5；
375.1 万枚 $FORM ($1332 万)，成本约 $2.13；
22.87 万枚 $COMP ($1169 万)，成本约 $49.3；
20.3 万枚 $ENS ($550 万)，成本约 $27.1。
本文由 #Bitget｜#@Bitget_zh 赞助
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. @Trend_Research_ 地址在 10 小时前把 150 万枚 $FORM ($512 万) 转进了币安。
➡️他们是在 4 月底从币安提出 900 万枚 FORM ($1920 万)，当时价格 $2.13。
➡️然后在 5 月底以 $2.56 的价格转进了币安 300 万枚、6 月底以 $2.58 的价格转进了币安 150 万枚、7 月底 (今天) 以 $3.41 的价格转进了币安 150 万枚。
转出的这 600 万枚 FORM 均价 $2.78，预计盈利 $390 万。他们现在还持有 300 万枚的 FORM ($1044 万)。
地址：https://t.co/qB6MNIJ5o0
本文由 #Bitget｜#@Bitget_zh 赞助
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. @Trend_Research_ 地址在 10 小时前把 150 万枚 $FORM ($512 万) 转进了币安。
➡️他们是在 4 月底从币安提出 900 万枚 FORM ($1920 万)，当时价格 $2.13。
➡️然后在 5 月底以 $2.56 的价格转进了币安 300 万枚、6 月底以 $2.58 的价格转进了币安 150 万枚、7 月底 (今天) 以 $3.41 的价格转进了币安 150 万枚。
转出的这 600 万枚 FORM 均价 $2.78，预计盈利 $390 万。他们现在还持有 300 万枚的 FORM ($1044 万)。
地址：https://t.co/qB6MNIJ5o0
本文由 #Bitget｜#@Bitget_zh 赞助
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MIT researchers discover way to move 25 Ton stones with their hands https://t.co/faXgArLLAp
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The research follows President Trump's recent launch of the “Golden Dome,” a planned multibillion-dollar space-based missile shield with infrared satellites. https://t.co/1gS5E4kMKX https://t.co/XM9wBfye3x
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