Something BIG Happened with Neuralink Problem First Patient! N1 Chip Shock Entire Industry!

TESLA CAR WORLD
13 May 202418:07

Summary

TLDR诺兰·阿巴格(Nolan Arbaugh)是首位接受Neuralink公司N1心灵感应芯片植入的患者,自植入以来100天,他不仅康复得非常好,而且在执行任务时表现出比初始水平更高的能力。尽管在植入后发生了一个小问题,但Neuralink公司和埃隆·马斯克(Elon Musk)已确认问题已解决。诺兰分享了他的进展和体验,以帮助未来的患者更好地理解Neuralink,特别是对于第二位即将接受“盲视”植入的患者。Neuralink的这项技术在医疗领域被视为奇迹,它不仅提高了诺兰的生活质量,还为四肢瘫痪患者带来了希望。尽管在测试过程中遇到了挑战,但Neuralink团队迅速解决了问题,并提升了技术性能。公司目前正在寻求扩展其患者注册表,并计划将服务扩展到加拿大等其他国家。Neuralink的愿景是通过脑机接口技术,恢复四肢瘫痪患者的运动功能,提高他们的生活质量。

Takeaways

  • 📈 诺兰·阿巴格(Nolan Arbaug)作为首位接受Neuralink N1心灵感应芯片植入的患者,在康复过程中表现出色,并在多个任务上达到了比初始预期更高的水平。
  • 🔌 尽管诺兰·阿巴格在植入芯片后100天出现了新的问题,但该问题已被解决,他分享了自己的进展和体验,以帮助未来的患者更好地理解Neuralink技术。
  • 👍 诺兰·阿巴格通过Neuralink芯片控制笔记本电脑,在不同位置(包括躺在床上)玩游戏、浏览互联网、进行直播,展示了芯片的多功能性。
  • 🎮 诺兰使用Neuralink芯片玩任天堂Switch上的《马里奥卡丁车》,这是他自脊髓损伤以来首次能够进行的活动。
  • 🔬 诺兰在研究会议中贡献了大量时间,帮助测试Neuralink芯片的健康状况并开发新功能。
  • 📊 诺兰在首次研究会议中创下了人类脑机接口(BCI)光标控制速度和准确性的新世界纪录,达到了4.6比特每秒(BPS),随后达到了8.0 BPS。
  • 🚫 植入的64根纤维中的一些在植入后变得脱落,导致连接性数据丢失,但这一问题并未影响诺兰的健康或恢复过程。
  • 🛠️ Neuralink对记录算法进行了调整,以更灵敏地响应神经群体信号,改进了将这些信号转换为光标移动的技术,并增强了用户界面。
  • 🔍 尽管Neuralink在早期阶段面临挑战和公众对其安全性的担忧,但公司仍在积极研究和改进产品。
  • 👁️ 盲视(Blindsight)是Neuralink的下一代产品,旨在恢复或增强视觉,这在医学领域是一个突破性的进步。
  • 📈 Neuralink目前的工作重点是提高光标控制性能,使其达到健全个体的水平,并扩展功能以包括文本输入,未来还计划将Link的功能扩展到物理世界,以控制机械臂、轮椅等技术。

Q & A

  • 诺兰·阿巴格是如何通过Neuralink的N1心灵感应芯片恢复的?

    -诺兰·阿巴格是Neuralink N1心灵感应芯片的首位患者,他在植入芯片后不仅恢复得非常好,而且执行许多任务和动作的水平都比最初高。他能够使用植入大脑的64根纤维上的10个电极,通过思维控制笔记本电脑,进行在线游戏、浏览互联网、直播和使用MacBook上的各种应用程序。

  • Neuralink的N1芯片在诺兰·阿巴格身上遇到了什么问题?

    -在植入100天后,诺兰·阿巴格身上的一些植入纤维出现了脱落,导致连接性数据丢失,这影响了他通过大脑控制计算机鼠标的速度和准确性。不过,Neuralink通过修改记录算法,提高了对神经信号的敏感性,并改善了将这些信号转换为光标移动的技术,从而迅速且持续地提高了比特每秒(BPS)的性能。

  • Neuralink的Blindsight植入物有什么预期效果?

    -Blindsight是一种旨在恢复或增强视力的设备,它通过将芯片植入大脑,利用电极纤维穿透大脑后部,这个区域对处理视觉图像和信息至关重要。Blindsight可能通过帮助恢复或替换该区域丢失的神经细胞,或通过将摄像头(如GoPro)的图像传输到大脑,使患者能够看到周围的一切。

  • Neuralink在招募新员工方面有什么新动态?

    -Neuralink正在寻找一位合格的神经外科医生加入公司,这位医生将与技术团队合作,进行脑机接口测试程序,并参与新技术开发,如手术机器人R1的评估和改进。此外,该医生还将确保动物使用的伦理性和人道性,并参与评估技术设计以及提供对新技术的可用性和安全性的反馈。

  • Neuralink的Blindsight产品将如何影响失明患者?

    -Blindsight产品为那些从出生就失明或因事故而失去视力的人带来了数百万的希望。虽然初步的视觉恢复设备的分辨率可能很低,但最终可能超过正常人的视力。这不仅代表了BCI技术的一个重大进步,也是埃隆·马斯克创新和承诺的象征,以及对克服生活中最大挑战的贡献。

  • Neuralink的N1芯片在提高光标控制性能方面有什么计划?

    -Neuralink目前的重点是将光标控制性能提高到与健全人相同的水平,并扩展功能以包括文本输入。公司还打算将Link的功能扩展到物理世界,以实现对机械臂、轮椅和其他可能帮助增加四肢瘫痪患者独立性技术的控制。

  • Neuralink的竞争对手Synchron在BCI领域有什么进展?

    -Synchron是Neuralink的竞争对手,它正准备招募患者进行大规模临床试验,这是寻求其设备商业批准所必需的。Synchron还计划部署一个在线注册机制,供有兴趣参加试验的患者使用,该试验包括数十名参与者,并已从约120个临床试验中心获得兴趣。

  • Neuralink的首次人体植入手术在医学领域的意义是什么?

    -Neuralink的首次人体植入手术被认为是成功的尝试,它在BCI领域开创了一个新的时代,为那些永久性失去运动能力的人带来了希望和乐观。尽管这项技术仍处于研究和测试阶段,需要更多时间进行完善和广泛应用,但它在提高四肢瘫痪患者生活质量方面的潜力是巨大的。

  • Neuralink在扩大患者注册方面有什么计划?

    -Neuralink在3月下旬宣布更新他们的患者注册,扩大到加拿大的访问权限。这是他们计划将患者注册扩展到世界其他国家的第一步。在加拿大和美国的任何人都可以注册,公司优先选择四肢瘫痪、截瘫、视力障碍、听力障碍、言语障碍或重大肢体截肢影响上肢或下肢的病例进行Prime研究。

  • Neuralink的N1芯片对诺兰·阿巴格日常生活的影响是什么?

    -诺兰·阿巴格通过N1芯片控制笔记本电脑,进行在线游戏、浏览互联网、直播和使用MacBook上的各种应用程序。在工作日,他每天贡献多达8小时进行研究会议,测试Neuralink芯片的健康状况并进一步开发新功能。在周末,他经常花费超过10小时进行娱乐。最近,他一周内总共使用了69小时的设备,其中35小时用于结构化锻炼课程,另外34小时用于个人使用。

  • Neuralink的Blindsight产品预计何时可以商业化?

    -如果一切顺利,Neuralink的Blindsight产品从研究和测试阶段到商业化的整个过程可能需要5到10年的时间。这包括进行可行性研究和关键研究,类似于药物的第三阶段研究。Neuralink需要时间来测试安全性和有效性,以获得美国食品药品监督管理局(USFDA)的批准,才能将其技术商业化。

  • Neuralink如何处理与患者注册相关的伦理问题?

    -Neuralink强调,Prime研究的参与者可以随时撤回他们的同意。这表明公司在进行人体试验时,重视参与者的自主权和伦理问题。此外,Neuralink在招募新员工时,也要求他们确保动物使用的伦理性和人道性,并与兽医、麻醉师和兽医技术人员紧密合作。

Outlines

00:00

🚀 诺兰·阿巴格的N1芯片植入100天:奇迹与挑战

诺兰·阿巴格是首位接受Neuralink公司N1心灵感应芯片植入的患者,术后100天表现出色,不仅恢复良好,还能高效执行多种任务。尽管后来出现了一些问题,但Neuralink公司和埃隆·马斯克都确认问题已解决。诺兰分享了他的进展和体验,以帮助未来患者更好地理解Neuralink技术,特别是即将进行的第二位患者的Blindsight植入手术。Neuralink在实际应用中被视为奇迹,但其发展也面临伦理和可行性的挑战。尽管如此,诺兰的成功案例在很大程度上消除了公众的负面看法,使得更多人开始支持Neuralink。然而,公司仍需面对早期发展阶段的重大障碍,包括一些植入纤维脱落导致的连接数据丢失问题。Neuralink正在研究这一问题,以避免未来植入设备中发生类似问题。

05:01

🔍 Neuralink的挑战与未来展望

尽管Neuralink面临挑战,但其在脑机接口(BCI)领域的成功尝试,尤其是诺兰·阿巴格的案例,为未来治疗四肢瘫痪患者带来了希望。Neuralink的Blindsight产品旨在恢复或增强视觉,这在医学领域是一个突破。尽管Blindsight的细节尚未完全披露,但其基本原理涉及将芯片植入大脑,以帮助恢复或替代失去的神经细胞,或通过将相机图像传输到大脑来使患者能够看到周围环境。Neuralink的首个人类植入案例虽然取得了成功,但公司仍需提供全面的信息披露,以避免增加对BCI技术的怀疑。此外,Neuralink正在寻找合格的神经外科医生加入团队,以推动技术发展,并已开始在加拿大和美国扩大患者注册范围,以准备治疗第二位患者。

10:03

📈 Neuralink的未来发展与竞争

Neuralink目前的工作重点是提高光标控制性能,使其达到健全个体的水平,并计划将Link的功能扩展到物理世界,以控制机械臂、轮椅等技术,帮助四肢瘫痪患者增加独立性。公司还计划在今年晚些时候治疗第二位患者时,使用Blindsight产品恢复视力。Neuralink正在寻找合格的神经外科医生,以加入公司的创新团队,并在德克萨斯州奥斯汀进行居住要求。此外,Neuralink在3月下旬更新了他们的患者注册,扩大了对加拿大的访问,这是他们计划将患者注册扩展到全球其他国家的第一步。Neuralink的竞争对手Synchron也在准备进行大规模临床试验,以寻求其设备的商业批准。尽管Neuralink在BCI领域取得了显著进展,但仍需进一步优化产品,并在研究和测试阶段进行更多时间的完善,才能实现广泛的现实世界应用。

15:03

📢 观众反馈与Neuralink的未来

视频最后呼吁观众对Neuralink的发展表达支持或疑虑,并参与调查,以了解Neuralink的可信度。鼓励观众在观看视频后感到放松,并希望他们点赞、订阅频道,并通过点击铃铛图标不错过任何精彩视频。Neuralink的发展不仅为四肢瘫痪患者带来了希望,也展示了科技和创新在克服生命挑战中的力量。

Mindmap

Keywords

💡Neurolink

Neurolink是一家致力于开发脑机接口(BCI)技术的公司,由埃隆·马斯克创立。该公司的目标是通过植入大脑的芯片来恢复或增强人体功能,如运动控制和视觉。在视频中,Neurolink的首个人类植入案例展示了其技术在帮助四肢瘫痪患者Nolan Arbaug恢复运动能力方面的潜力。

💡脑机接口(BCI)

脑机接口是一种直接连接大脑和外部设备(如计算机或假肢)的技术。它允许用户通过思考来控制设备,无需任何物理输入。在视频中,Neurolink的N1芯片就是一个BCI设备,它使Nolan Arbaug能够通过意念控制电脑和玩电子游戏。

💡N1芯片

N1芯片是Neurolink开发的一种脑机接口设备,它包含植入大脑的电极,能够捕捉大脑信号并将其转换为控制信号。视频中提到,N1芯片使Nolan Arbaug能够控制笔记本电脑,进行在线游戏和浏览互联网。

💡四肢瘫痪(Quadriplegia)

四肢瘫痪是一种严重的身体残疾,患者会失去对四肢的控制能力。视频中的Nolan Arbaug就是一名四肢瘫痪患者,Neurolink的技术旨在帮助这类患者恢复一定程度的自主能力。

💡Blindsight

Blindsight是Neurolink计划开发的另一种脑机接口设备,旨在恢复或增强视觉功能。视频中提到,Blindsight可能通过植入大脑的电极纤维或将摄像头图像传输到大脑,帮助盲人看到周围的世界。

💡电极

电极是N1芯片中的关键组件,它们被植入患者的大脑并分布到64根纤维上。电极负责捕捉大脑的神经信号并将其转换为电信号,从而实现对外部设备的控制。视频中提到,一些电极纤维在植入后出现了脱落,导致信号传输中断。

💡信号传输

信号传输是指电极捕捉到的大脑神经信号通过电线或无线方式发送到外部设备的过程。在Neurolink的案例中,信号传输对于实现意念控制至关重要。视频中提到,由于电极纤维脱落,信号传输受到了影响。

💡临床试验

临床试验是医学研究的一部分,用于测试新的治疗方法或医疗设备的安全性和有效性。Neurolink正在进行的临床试验旨在评估其脑机接口技术在人体中的性能。视频中提到,Neurolink正在招募患者参与其临床试验。

💡安全性

安全性是指医疗设备或治疗方法在人体使用时不造成伤害的程度。视频中提到,尽管Neurolink的技术在帮助患者方面显示出潜力,但其安全性仍然是公众和医学界关注的重点,特别是在电极纤维脱落事件发生后。

💡视觉恢复

视觉恢复是指通过医疗手段帮助失去视力的人恢复视觉能力。Blindsight项目的目标就是实现视觉恢复,这对于先天性盲人或因事故失明的人来说是一个巨大的突破。视频中提到,Blindsight可能会在一开始提供较低分辨率的图像,但最终可能超越正常人类视觉。

💡竞争

在BCI技术领域,Neurolink面临着来自其他公司的竞争,如Synchron。这些公司也在开发类似的脑机接口技术,并进行临床试验以获得商业批准。视频中提到,Synchron已经获得了在美国进行初步测试的批准,并在六名患者中植入了其设备。

Highlights

Nolan Arbaugh,首位接受Neuralink N1心灵感应芯片的患者,在术后100天不仅显著恢复,而且执行任务的能力比之前更高。

尽管Nolan Arbaugh出现了新的问题,但Elon Musk和Neuralink公司已确认问题已解决。

Neuralink在1月对29岁的四肢瘫痪患者Nolan Arbaugh进行了设备植入,以研究和测试其安全性。

手术后几周,公司报告了良好的恢复情况,并直播了Arbaugh通过思考下棋的场景。

Nolan Arbaugh使用N1芯片控制笔记本电脑,包括躺在床上时玩游戏、浏览互联网和使用其他应用程序。

Nolan在研究会议中使用设备,以测试Neuralink芯片的健康和新功能。

Nolan在首次研究会议中为人类BCI光标控制设定了新的世界纪录,达到4.6 BPS。

Neuralink芯片能够区分左键和右键点击,并允许足够精确的光标控制以选择小图标和按钮。

植入100天后,一些植入Arbaugh大脑的64根纤维中的一些发生了脱落,导致连接性数据丢失。

尽管发生了小问题,Neuralink立即解决了问题,并将性能提升到了更高水平。

Neuralink正在研究此问题,希望在未来的植入设备中防止这种情况发生。

Neuralink的首次人类植入手术可以被认为是成功的,并且引发了关于BCI技术安全性的广泛讨论。

Neuralink的Blindsight产品旨在恢复或增强视力,为医学领域带来突破。

Blindsight可能帮助恢复或替换大脑视觉信息处理区域的丢失神经细胞,或通过将相机图像传输到大脑。

Neuralink目前的工作重点是将光标控制性能提高到与健全人相同的水平,并扩展功能以包括文本输入。

Neuralink计划将Link的功能扩展到物理世界,以控制机械臂、轮椅等技术,帮助四肢瘫痪患者增加独立性。

Neuralink正在寻找合格的神经外科医生加入公司,以进行脑机接口测试程序,并改进手术机器人R1的技术。

Neuralink已将患者注册扩展到加拿大,并计划将患者注册扩展到全球其他国家。

Neuralink的竞争对手Synchron也在准备进行大规模临床试验,以寻求其设备的商业批准。

Neuralink的成功和技术的发展潜力为四肢瘫痪患者带来了希望,尽管这项技术仍处于研究和测试阶段。

Transcripts

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it's been a 100 days since Nolan arbaugh

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the first patient to received Nur Link's

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N1 telepathy chip not only recovered

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remarkably well but also performed many

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tasks and actions at a higher level than

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initially however a new incident

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occurred with Nolan arbau which Elon

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Musk and the company have confirmed

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while the issue seems to have been

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resolved Nolan arbau has just shared his

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progress and her experience so that

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future patients are not too confused

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with neuralink especially regarding the

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upcoming Blindside implantation for the

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second patient so why is nurlink

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becoming a miracle in the real world and

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I can only imagine where this is going

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to go um and y'all are really doing just

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the coolest thing in the world like I'm

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so happy to be a part of it really

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talking about the first patient in

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January neuralink implanted this device

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in a 29-year-old patient named Nolan

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arbaugh to research and test its safety

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the guy was a quadropole through an

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accident from driving just weeks after

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the implant the company reported a good

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recovery even live streaming when arba

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used BCI in March through playing chess

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just by thinking it would not be an

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exaggeration to say that thanks to

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neuralink the first patient is actually

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living a second life before

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participating in neural Link's Prime

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study arba used a tablet stylus to

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interact with digital devices a

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caregiver would place the stylus into

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ARA's mouth so he could use it hence the

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name Mouse stick he would have to sit

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upright to operate a tablet using the

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mouse stick the conso of using Mouse

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sticks were that they led to discomfort

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Comfort muscle fatigue and pressure

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Source the mouse stick also affected

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arbos speech everything was tied up too

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much making it impossible for the

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patient to feel comfortable for a long

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time but that soon changed since 10,24

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electrodes distributed over 64 fibers

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were successfully implanted into ARA's

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brain as confirmed and announced by the

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company of the media in the week since

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his surgery noan has used the N1 chip to

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control his laptop from various

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positions including while lying down in

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bed he plays online computer games like

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chess civilization with his friends

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browses the internet live streams and

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uses other applications on his MacBook

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all by controlling a cursor with his

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hand crazier he has even used the link

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to play Mario Kart on the Nintendo

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switch something he had not been able to

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do since his spinal cord injury on

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weekdays Nolan contributes to research

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sessions for up to 8 hours a day to test

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the health and further develop new

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capabilities of the neuralink chip on

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weekends Nolan often spends more than 10

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hours a day for entertainment recently

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he used the device for a total of 69

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hours in one week 35 hours for

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structured workout sessions and another

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34 hours for personal use participation

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in research sessions allows us to

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evaluate the performance of the link the

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standard measure for Speed and accuracy

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of cursor control in bits per second BPS

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calculated using a grid task as you can

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see in this video higher BPS values

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indic indicate better cursor control

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during his first ever research session

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Nolan had set a new world record for

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human BCI cursor control of 4.6 BPS he

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subsequently achieved 8.0 BPS and is

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currently trying to beat scores of the

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neural leak Engineers using a mouse with

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the hope of hitting approximately 10 BPS

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the link is able to distinguish left and

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right clicks and allow cursor controls

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sufficiently precise to select targets

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similar in size to the smallest icons

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and buttons you see on a laptop the

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ability to select small targets using

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multiple click types allows Nolan to use

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applications and play games on his

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laptop that were not possible with his

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mouth stick but it seemed like the chip

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would operate smoothly for decades

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before starting to degrade but neuralink

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apparently didn't let us in on the

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secret that a small problem occurred a

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100 days after

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implantation so what happened to

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neuralink there's no denying that

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neuralink has been elon's most

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criticized Venture with many ethical and

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feasibility concerns however after the

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success fful telepathy demonstration

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with Nolan arbaugh much of the negative

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perception has been dispelled and a

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significant portion of the public is

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gradually shifting towards supporting

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neuralink more however to fully convince

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everyone to trust it's not certainly the

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simplest task especially when the

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company is still in its early stages

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facing significant hurdles along the way

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which are widely discussed according to

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a recent report from The Wall Street

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Journal it seems that musk and the

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company may have only disclosed those

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issues to the public due to the

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intervention of of some authoritative

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agency indicating that neuralink might

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have indeed intended to conceal this

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mishap but everything seems to have been

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brought to light the public has yet to

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be informed about an issue that led

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neuralink to even consider removing the

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implanted device altogether the issue

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here is that some fibers out of the

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total 64 fibers of the implanted device

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placed in arb's brain became dislodged

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leading to a loss of connectivity data

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reiterating about neuralink electrodes

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they are implanted into the patient's

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brain and contain 1 24 electrodes across

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64 fibers or thin film materials these

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fibers are thinner than a hair and

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essentially capable of transmitting

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signals to the brain's neural network

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although this mishap didn't affect

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Harbaugh's recovery process or his

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health and he was never in danger

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because of it it did lead to a reduction

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in bits per second or the speed and

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accuracy at which arbot could control a

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computer with his brain this means that

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the response time to control a computer

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mouse slowed down because the total

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number of signals the device collected

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from the brain was interrupted in its

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separate report on the successful

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100-day Milestone post implantation

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neuralink didn't dwell too much on the

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details merely mentioning this incident

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in passing such as not specifically

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disclosing how many fibers got damaged

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all we know is encapsulated in a concise

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four sentence paragraph specifically

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neuralink wrote in its Post in the weeks

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following the surgery a number of fibers

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retracted from the brain resulting in a

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net decrease in the number of effective

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electrodes this led to a reduction in

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BPS in response to this change we

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modified the recording algorithm to be

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more sensitive to neurop population

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signals improve the techniques to

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translate these signals into cursor

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movements and enhance the user interface

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these refinements produced a rapid and

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sustained Improvement in BPS that has

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now superseded no one's initial

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performance according to the Wall Street

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journal's report neuralink is

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researching this issue in the hopes of

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preventing it from occurring in future

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implant devices it's believed that the

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fibers were retracted due to pumilis a

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condition where air becomes trapped

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inside arbos skull following his implant

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surgery causing some fibers to

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disconnect meanwhile many are alarmed

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because similar incidents with Utah aray

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chip implants have occurred in the BCI

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field before posing life-threatening

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risks in fact right from the early days

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post implantation no one arbau also

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hinted at potential side effects with

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neuralink he mentioned in a video of

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playing chess just by thinking it's not

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perfect I would say we've run into some

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issues however he also candidly admitted

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there's a lot of work to be done but

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it's already changed my life feel like

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it's going to change the world this

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incident has sparked considerable debate

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about the safety of neuralink with the

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most concerning aspect being its

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potential direct impact on the psyche of

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the next patient slated to use the

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neuralink Gen 2 blindsight product once

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again it's evident that things have been

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shaken up significantly by this minor

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mishap even though neural Link's first

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implantation today could be considered a

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successful Endeavor however given the

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company's history of alleged information

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suppression including reports of the

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deaths of some animals implanted with

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neuralink the company still needs to

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provide full disclosure to the media if

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it wants to avoid increasing skepticism

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about BCI technology it's crucial that

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both the positive and negative aspects

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are transparently disclosed on the other

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hand we must also be fair to say that

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Nur Link's first human implant still a

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success to be considered a revolution we

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need to know that every application in

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the world initially had errors with

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gradual improvements neur link is no

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exception although there was a small

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problem compared to the initial time the

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company team immediately resolved it

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completely and even upgraded it to a

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higher level on the other hand we

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believe that this is even a good thing

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because this incident was detected early

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to increase precautions for the next

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nuring patients the problem will be more

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serious when many patients receive the

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N1 chip without detecting this risk so

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it can be said that in incidents they

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are always valuable lessons analyzing

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the activity timeline of the first

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patient using neuralink BCI like no one

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is particularly important for gaining

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insight into how this technology impacts

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daily life and advances into the BCI

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field the special attention of the

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medical team at neuralink to one's

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activities along with a meticulously

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recording of every detail of his time

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and activities with nurlink it's a clear

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expression of care and ensuring patient

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safety this careful monitoring not only

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provides peace of mind for no one but

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also for all individuals who come into

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contact with and use this technology in

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the future what can we expect from

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blindsight nurlink after completing the

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first implant surgery dub telepathy Elon

play08:53

must confirm that the second patient

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would be implanted with a device named

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blindsight true to its name blindsight

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promises is to restore or enhance Vision

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a remarkable breakthrough in the medical

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field that we've discussed in previous

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episodes Elon Musk particularly

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emphasizes the more impressive ability

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of restoring vision of individuals blind

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from birth while it may seem like a

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distant dream with blind sight it

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becomes a reality the preliminary

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understanding of the method suggests

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that the chip will be implanted into the

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brain with primarily electrode fibers

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penetrating into the rear of the brain

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the area crucial for processing visual

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images and information blind sight may

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help restore or replace lost nerve cells

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of this area or through transmitting

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images from cameras like GoPro into the

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brain allowing patients to see

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everything around them although details

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about blind sight haven't been clearly

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disclosed it's evidently still a

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significant step further as must

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candidly admits resolution will be low

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at first like early Nintendo Graphics

play09:46

But ultimately May exceed normal human

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Vision despite being a distant success

play09:50

the release of this Vision restoration

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device has brought millions of hopes to

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those blind from birth or who've lost

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vision due to accidents the emergence of

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blindsight is not not only a significant

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advancement in BCI technology but also a

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testament to the power of elon's

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innovation and commitment along with

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that of neurolink and overcoming Life's

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greatest challenges neural Link's

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current work is focused on pushing

play10:12

cursor control performance to the same

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level as that of able-bodied individuals

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and on expanding functionality to

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include text entry in the future the

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company intends to extend the Link's

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functionality to the physical world to

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enable control of robotic arms

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Wheelchairs and other technologies that

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may help increase the independence for

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people living with

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quadriplegia in preparation for the

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treatment of the second patient with the

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vision restoration product blindsight

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later this year the team of experts and

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physicians at the company still feels a

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shortage a recent announcement from

play10:41

neuralink has made the situation more

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intriguing as they're seeking a fully

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qualified neurosurgeon to join the

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resident Innovation member of the

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neurological Innovation Society at the

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company with residency requirement in

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Austin Texas this position not only

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demands deep expertise in neurosurgery

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but also requires flexibility and

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willingness to collaborate with

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technical teams the doctor will work

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alongside top experts in the field to

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conduct brain machine interface testing

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procedures utilizing both human cavers

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and large animals their responsibilities

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also include evaluating and improving

play11:14

techniques for the new developments of

play11:16

the surgical robot R1 as well as

play11:18

surgical procedures equally important

play11:20

the neurosurgeon will also ensure the

play11:22

ethical and Humane use of animals

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collaborating closely with Veterinary

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anesthesiologists and Veterinary techn

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additionally they'll be involved in

play11:31

evaluating technical designs and

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providing feedback on the usability and

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safety of new technologies in the

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context of neural Link's rapid growth in

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numerous vacancies in Austin Texas and

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Fremont California the recruitment

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process becomes more crucial than ever

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the company needs the best talents to

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ensure the success of its products and

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projects in the future choosing a

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suitable neurosurgeon is a major

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decision that requires very careful

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consideration neuralink announced an

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update to their patient registry and

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late March expanding access to Canada

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according to the brain computer

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interface startup this is the first step

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in their plan to expand the patient

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registry to other countries worldwide

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neurolink noted that anyone in Canada

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and the US who's at least 18 years old

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can register and the company prioritizes

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selecting cases of quadriplegia

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paraplegia visual impairment hearing

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impairment speech impairment or major

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limb amputation affecting upper or lower

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arms or upper or lower leg for

play12:25

enrollment in the prime study it's

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important to note that neuralink also

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emphasized that participants in the

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prime study can withdraw their consent

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at any time according to the latest

play12:34

updates on Nur Link's website this

play12:36

breakthrough technology is bringing hope

play12:38

to hundreds of thousands of people

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worldwide who suffer from

play12:41

quadropolis it's estimated that in the

play12:43

us alone there are up to 180,000

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individuals living with this

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debilitating condition and each year

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this number increases by an additional

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18,000 new cases due to spinal cord

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injuries neuralink aiming to connect the

play12:56

human brain to computers promises to

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restore motor function for quadriplegic

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patients by implanting chips into the

play13:03

brain they can control electronic

play13:05

devices through thought replacing

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damaged body parts however with the

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field of BCI becoming increasingly

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prominent competition is also becoming

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more noteworthy synchron a competitor to

play13:15

elon's neuralink brain implant startup

play13:17

is preparing to recruit patients for a

play13:19

large scale clinical trial necessary to

play13:21

seek commercial approval for its device

play13:24

like neuralink synchron also plans to

play13:26

deploy an online registration mechanism

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for p patients interested in

play13:30

participating in the trial which

play13:31

includes dozens of participants and has

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garnered interest from around 120

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clinical trial centers to Aid in the

play13:37

research synchron seems to be making

play13:39

strides in the testing of their brain

play13:41

implant device compared to neuralink

play13:43

which is commendable synchron also

play13:45

received approval from the United States

play13:46

for preliminary testing in July 2021 and

play13:49

has implanted its device in six patients

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the company reported that previous

play13:54

trials on four patients in Australia

play13:55

showed no serious adverse effects

play13:58

therefore while while its competitors

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improving neuralink should also focus on

play14:01

optimizing its product the development

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of neuralink has lustered in a new era

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in the field of BCI bringing hope and

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optimism to those who have permanently

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lost their motor abilities however this

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technology is still in the research and

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testing phase requiring more time for

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refinement and widespread real world

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application however the statistics on

play14:20

the discoveries and new capabilities in

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the first patient show the enormous

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potential of neuralink in improving the

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quality of life for quadropole patients

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this is a clear Testament to the power

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of Science and Technology and serves as

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a reminder of the importance of

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investing in research and development of

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Advanced Technologies contributing to

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human welfare typically this type of

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study enrolls 5 to 10 patients and lasts

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up to a year the next step is a

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feasibility study and then a pivotal

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study which is somewhat similar to a

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phase three study for a drug if all goes

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well it will likely take between 5 years

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and 10 years before

play14:55

commercialization neuralink has a long

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way to go to test safety and and

play14:59

Effectiveness to qualify for approval by

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the usfda to commercialize its

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technology if you feel positive about

play15:05

neuralink and appreciate its development

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please comment success if you have

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doubts about the risks or side effects

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of the chip please share your opinion so

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we can conduct a survey on the

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trustworthiness of nurlink we value any

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contributions you might make we hope

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you'll have the most relaxing feelings

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after watching this video if you did

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please hit the like button and join the

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Tesla carroad family by subscribing to

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awesome videos by hitting that Bell icon

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we certainly value your feedback and

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your time thanks for watching and we'll

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see you soon until then stay safe have

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fun and God bless bye

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