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Influenza Vaccine 2024-2025 Darkfield Microscopy - Self Assembled Microelectronics With Integrated Circuits
ANA MARIA MIHALCEA, MD, PHD
MAR 13

https://open.substack.com/pub/anamihalceamdphd/p/influenza-vaccine-2024-2025-darkfield

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Image: Influenza “vaccine”. AM Medical

Here I show a Darkfield Microscopic Analysis of the current Influenza vaccine. The initial microscopy looked rather uneventful, some microbots that were assembling larger structures:

Video: Influenza “vaccine” solution. Magnification 2000x. AM Medical.

Within about 40 minutes this elaborate mesh network self assembled:

Video: Influenza “vaccine” Micellar mesh network. Magnification 400x. AM Medical

Many micellar construction zones with material that was self assembling became visible after about 45 minutes on the slide.

Image: Influenza “vaccine” Micellar mesh network. Magnification 400x. AM Medical

This mesh network became denser over time and the spheres self assembled materials within them developing Mesogen like structures.

Image: Influenza “vaccine” Micellar mesh network. Magnification 400x. AM Medical

The next day all of the spheres had assembled this technology - all spheres had disappreared.

Image: Influenza “vaccine” Microtechnology. Magnification 200x left, 400x right. AM Medical

Video: Influenza “vaccine” Self assembled microchip network. Magnification 100x. AM Medical

This is what it looks like with the light turned down:

Image: Influenza “vaccine” Self assembled microchip network. Magnification 200x. AM Medical

You can see here microchips in comparison and their layout of the integrated circuitry board. It is the same as what I am showing here.

First System-on-Chip developed in a pioneering project between Tampere University and companies

The first System-on-Chip (SoC) developed by the Finnish SoC Hub consortium has now been taped out. Next the project partners will focus on improving the design, automation and performance of the System-on-Chip. The first of the three chips to be developed by the consortium will be ready for deployment in early 2022.

Image: Influenza “vaccine” Self assembled microchip network. Magnification 400x. AM Medical

Here you can see nanocale integrated circuitry design:

Nanoscale Communication Integrated Circuits (NCIC) Labs

Image: Influenza “vaccine” Self assembled microchip network. Magnification 200x. AM Medical

Image: Influenza “vaccine” Self assembled microchip network. Magnification 100x. AM Medical

Image: Influenza “vaccine” Self assembled microchip network. Magnification 200x. AM Medical

Image: Influenza “vaccine” Self assembled microchip network. Magnification 100x left and 400x right. AM Medical

Nano flower antennas were also seen.

Design of flower-shaped dipole nano-antenna for energy harvesting

Image: Influenza “vaccine” Self assembled microchip network. Magnification 400x. AM Medical

Image: Influenza “vaccine” Self assembled microchip network. Magnification 100x left and 400x right. AM Medical

Tampere university also developed polymer based robots artificially carrying GPS and biosensors. This fan like structure can be used for such biometric surveillance and has been seen in DARPA hydrogels.

I have shown elaborate flower nanoantennas that self assembled in this Pfizer injection:

Darkfield Microscopy Of Pfizer's Enbrel (Etanercept) Shows Nanoantennas, Microrobots, Self Assembly Nanotechnology Comparable To C19 Bioweapons. Microelectronics For Patient Monitoring

Other vaccines investigated by me:

Meningococcus Vaccine For Children - Darkfield Microscopy Shows Self Assembled Hydrogel Filaments

Human Papilloma Virus Vaccine HPV For 9-12 Year Old Children Shows Nanobots, Self Assembly Hydrogel And Polymer Mesh Development

Darkfield Microscopy Of Hepatitis A Vaccine For Children 2 Years And Older Shows Classic Hydrogel Filaments, Self Assembly and Quantum Dot Structures

Diphtheria, Tetanus, Pertussis, Polio, Hemophilus B and Hepatitis B Vaccine For Small Children: Darkfield Microscopy Shows Self Assembly Hydrogel Filaments And Structures

Darkfield Microscopy of Pneumococcal Vaccine Prevnar 13 Shows Quantum Dot Structures And Self Assembly Darkfield Microscopy of Pneumococcal Vaccine Prevnar 13 Shows Quantum Dot Structures And Self Assembly

Pfizer BioNTech COVID19 Injection 6 Days Left On Slide At Room Temperature - Comparison To COVID19 Unvaccinated Live Blood Affected by Shedding - Darkfield Microscopy

The Dangers Of Vaccine Shedding-Live and GMO - How Much Risk Do The Vaccinated Children And Adults Pose To Everyone?

You can find more information in my Transhuman books as well as information about treatment protocols with case studies.

Dranamihalcea.com

Humanity United Now - Ana Maria Mihalcea, MD, PhD is a reader-supported publication. To receive new posts and support my work, consider becoming a free or paid subscriber. 流感疫苗2024-2025 Darkfield显微镜 - 自组装微电子与集成电路
Ana Maria Mihalcea，医学博士，博士
3月13日

阅读应用程序

图像：流感“疫苗”。 是医疗

在这里，我显示了当前流感疫苗的Darkfield微观分析。 初始显微镜看起来相当平稳，一些正在组装较大结构的微型机器人：

视频：流感“疫苗”解决方案。 放大倍数2000x。 是医疗。

在大约40分钟内，这个精心设计的网络网络自组装：

视频：流感“疫苗”胶束网络。 放大400倍。 是医疗

在幻灯片上大约45分钟后，许多带有自我组装的材料的胶束建筑带变得可见。

图像：流感“疫苗”胶束网络。 放大400倍。 是医疗

随着时间的流逝，这种网格网络变得越来越密集，并且在其中开发了中源性的结构。

图像：流感“疫苗”胶束网络。 放大400倍。 是医疗

第二天，所有领域都组装了这项技术 - 所有领域都不赞成。

图像：流感“疫苗”微技术。 放大倍数为200倍，右400x。 是医疗

视频：流感“疫苗”自组装微芯片网络。 放大倍数100倍。 是医疗

这就是灯光的样子：

图像：流感“疫苗”自组装微芯片网络。 放大倍数200倍。 是医疗

您可以在这里看到微芯片，并在集成电板板上的布局及其布局。 这与我在这里所显示的相同。

在坦佩雷大学与公司之间的开拓性项目中开发了第一个芯片系统

芬兰SOC Hub财团开发的第一个片上系统（SOC）现已被录制。 接下来，项目合作伙伴将着重于改善片上系统的设计，自动化和性能。 财团要开发的三个芯片中的第一个将在2022年初准备部署。

图像：流感“疫苗”自组装微芯片网络。 放大400倍。 是医疗

在这里，您可以看到纳米级集成电路设计：

纳米级通信集成电路（NCIC）实验室

图像：流感“疫苗”自组装微芯片网络。 放大倍数200倍。 是医疗

图像：流感“疫苗”自组装微芯片网络。 放大倍数100倍。 是医疗

图像：流感“疫苗”自组装微芯片网络。 放大倍数200倍。 是医疗

图像：流感“疫苗”自组装微芯片网络。 左右放大100倍，右400倍。 是医疗

还可以看到纳米花天线。

花形偶极纳米 - 安特纳的设计用于能量收集

图像：流感“疫苗”自组装微芯片网络。 放大400倍。 是医疗

图像：流感“疫苗”自组装微芯片网络。 左右放大100倍，右400倍。 是医疗

坦佩雷大学还开发了基于聚合物的机器人，该机器人人为地携带GP和生物传感器。 这种风扇类似结构可用于这种生物识别监测，并已在DARPA水凝胶中看到。

我已经展示了精心制作的花纳米antennas，在此辉瑞注射中进行了自我组装：

辉瑞（Etanercept）（eTanercept）的Darkfield显微镜显示了纳米antennas，微型机器人，自组装纳米技术，与C19 BioWepon相当。 用于患者监测的微电子学

我调查的其他疫苗：

儿童的脑膜炎球菌疫苗 - 黑田显微镜显示自组装水凝胶丝

9-12岁儿童的人乳头状瘤病毒疫苗HPV显示纳米机器人，自由组装水凝胶和聚合物网状发育

2岁及以上儿童的肝炎A疫苗的Darkfield显微镜显示了经典的水凝胶丝，自组装和量子点结构

白喉，破伤风，百日咳，脊髓灰质炎，血友病B和小孩乙型肝炎疫苗：黑暗的显微镜显示自组装水凝胶丝和结构

肺炎球菌疫苗的暗区显微镜Prevnar 13显示了量子点结构和自由组合的肺炎球菌疫苗的暗场显微镜Prevnar 13显示了量子点结构和自组装

辉瑞Biontech covid19注射室温度剩下6天 - 在室温下 - 与covid19未接种的活血受到脱落的活血 - Darkfield显微镜检查

疫苗脱落生命和转基因生物的危险 - 疫苗接种的儿童和成人对每个人造成了多少风险？

您可以在我的超人类书籍中找到更多信息，以及有关案例研究的有关治疗方案的信息。

dranamihalcea.com

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