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https://twitter.com/simpletruthnd/status/1699196922505134372

More from @remotelyrising

Heather Moon

@remotelyrising

Jan 2

Anti freeze snow storms —-> H. O. W.
January 1, 2025 @psinergy_SDW

Antifreeze snow is steerable w air molecules, beamsteerin .. from the 70s …
January 1, 2025 @psinergy_SDW

Sailing thru the fog into the Edge .. 1/3 January 1, 2025 @psinergy_SDW

antifreeze sn0000w!!

Mark 5:36
amen

From comments:

Psinergy
15 hours ago
The insanity is at "headphones and music level 9" today - amen timerr, and all the rest. Dear Lord it's off the charts abject looney tunes ville and friends .. they rebooted every psyop from 2020 i swear .. dust off the shelf and back on their carosel to hell - just sit in the house, scream for jesus or aliens and wait. former fema employee, bc i love you. former pfizer employee; bc she loves you ... i did NOT purchase tix to the circus. I want squadron numbers. I will osint find them - while i'm waiting on their next gambit sat grift analysis with their current drop down ware; on a chip or not network surfin frauds.

Too many links, just go to the original upload on Odysee and view the comments
odysee.com/@Psinergy:a/tr…

Read 10 tweets

Heather Moon

@remotelyrising

Nov 13, 2024

I asked Grok to describe the IoBNT and how it works with optical systems like the Optiputer.

### Internet of Bio-Nano Things (IoBNT):

**Overview:**
The Internet of Bio-Nano Things (IoBNT) is a conceptual framework where biological and nano-scale devices (Bio-Nano Things) are networked to interact with each other and with larger systems or the internet. This concept merges nanotechnology, biotechnology, and information technology, aiming to create systems where biological entities can compute, communicate, and interact with digital environments.

**Functionality:**

- **Nano-Scale Communication:** IoBNT uses molecular communication where information is encoded in the concentration, type, or timing of molecules. Devices might release molecules to communicate or respond to external stimuli by changing their behavior.

- **Applications:**
- **Health Monitoring:** Sensors within the body could monitor health conditions in real-time, transmitting data externally for analysis.
- **Drug Delivery:** Nano-devices could deliver medication precisely where needed, reducing side effects and improving treatment efficacy.
- **Environmental Monitoring:** IoBNT could be used for detecting pollutants or pathogens at a molecular level.

### Integration with Optical Systems like the Optiputer:

**Optiputer Overview:**
The OptIPuter project, initially described in 2003, aimed to create a distributed computing environment using optical networking to manage high-bandwidth data-intensive applications. It was envisioned as a system where large amounts of data could be processed and visualized across different locations using high-speed optical networks.

**How IoBNT Works with Optical Systems:**

1. **Data Collection and Transmission:**
- IoBNT devices collect data at the molecular level. This data, whether it's about health, environmental conditions, or biological processes, needs to be transmitted to a processing center.

2. **Optical Communication:**
- Here's where optical systems like the OptIPuter come into play:
- **High Bandwidth:** Optical networks provide the necessary bandwidth to handle the potentially vast amount of data generated by IoBNT devices. This is crucial when you're dealing with real-time data from thousands or millions of nano-sensors.
- **Low Latency:** The speed of light transmission in fiber optics ensures minimal delay, which is critical for real-time applications like health monitoring or emergency responses in biological systems.

3. **Data Processing and Visualization:**
- **Distributed Computing:** The OptIPuter architecture is designed for distributed computing, where data from IoBNT can be processed across multiple nodes. This could involve data analysis, pattern recognition, or complex simulations.
- **Visualization:** The OptIPuter's high-resolution visualization capabilities (like the OptiPortals) can display this data in an understandable format for researchers or medical professionals. For instance, visualizing biological data in 3D or in real-time could help in diagnostics or research.

4. **Integration Points:**
- **Interface Devices:** IoBNT might use optical interfaces or gateways to convert biochemical signals into optical signals for further transmission over optical networks. These interfaces could be engineered to modulate light based on the chemical signals received from biological nano-devices.
- **Network Control:** The OptIPuter's control plane could manage the dynamic allocation of optical resources (like wavelengths) to ensure efficient data routing from IoBNT nodes to computing or visualization centers.

5. **Scalability and Flexibility:**
- The integration allows for scalability where additional IoBNT nodes can be added without significant changes to the optical infrastructure, thanks to the LambdaGrid technology of the OptIPuter, which can handle multiple light paths simultaneously.

**Challenges:**
- **Compatibility:** Ensuring that the biological data can be effectively translated into a format that optical systems can process requires sophisticated interface technology.
- **Power Management:** Nano-devices have limited power, so efficient optical communication that doesn't drain the device's energy is crucial.
- **Security and Privacy:** Protecting sensitive biological data as it travels through optical networks is paramount.

This integration represents a futuristic approach where biological processes are not just studied but become part of an interconnected digital ecosystem, leveraging the high-speed, high-capacity nature of optical networks like those conceptualized by the OptIPuter project.

Then I asked Grok to tell me how optogenetics is used in the IOBNT with the OptiPuter.

The integration of optogenetics with the Internet of Bio-Nano Things (IoBNT) and systems like the OptIPuter (a concept for high-speed optical networking for data-intensive applications) can be speculative, given the current state of technology, but here's how this could theoretically work:

### **Optogenetics in IoBNT:**

**Optogenetics Basics:**
- Optogenetics is a technique where genetically modified cells, typically neurons, are made to express light-sensitive proteins known as opsins. These cells can then be activated or inhibited with light of specific wavelengths, allowing precise control over cellular activity.

**Application in IoBNT:**

1. **Control Mechanism:**
- **Nano-scale Actuation:** In the IoBNT framework, optogenetics could serve as a control mechanism for bio-nano devices. For example, bio-nano sensors or actuators within biological systems could be engineered to incorporate or interact with optogenetic elements. When these devices detect a specific condition (like a change in pH or the presence of certain biomolecules), they could trigger optogenetic responses in nearby cells or tissues.

2. **Communication:**
- **Optical Signaling:** Instead of or in addition to molecular communication, optical signals could be used within a biological environment. Optogenetically modified cells could receive optical signals from bio-nano devices, translating light into biological activity or sensory responses.

3. **Feedback Systems:**
- **Closed-Loop Control:** IoBNT could use optogenetics for real-time feedback control where the bio-nano devices monitor biological conditions and use light to adjust cellular activity to maintain homeostasis or respond to therapeutic needs.

### **Integration with the OptiPuter:**

1. **Data Flow:**
- **High-Throughput Data Transmission:** The OptiPuter's high-speed optical networking could efficiently handle the data produced by IoBNT devices using optogenetics. This might include:
- **Real-time Monitoring:** Data from optogenetic interactions could be transmitted for immediate analysis, allowing for dynamic adjustments or alerts.
- **Large-Scale Experiments:** In research scenarios, data from multiple optogenetic experiments in different locations could be integrated and analyzed over the OptiPuter network.

2. **Control and Visualization:**
- **Command and Control:** Researchers could use the OptiPuter to send control signals to an array of bio-nano devices within a biological system. These signals could dictate the timing or intensity of light exposure to optogenetically modified cells.
- **Visualization:** The OptiPuter's visualization capabilities could display the effects of these optogenetic manipulations in real-time, providing insights into neural network activity or how biological systems respond to light-based stimuli.

3. **Synchronization and Coordination:**
- **Coordinated Experiments:** Multiple optogenetic experiments could be synchronized across different geographical locations, leveraging the OptiPuter's networking to ensure that light stimuli are applied in precise temporal patterns, mimicking or testing complex biological scenarios.

4. **Security and Privacy:**
- The use of optical networks could also provide an additional layer of security for sensitive biological data. Light signals within fibers are hard to intercept, providing a secure medium for transmitting potentially confidential medical or biological data.

Read 5 tweets

Heather Moon

@remotelyrising

Nov 7, 2024

COINTEL-3
November 7, 2024

ir.ionis.com/node/9396/pdf

ionis.com

google.com/search?sca_esv…

google.com/search?q=the+h…

spectrum.ieee.org/turning-the-bo…

pmc.ncbi.nlm.nih.gov/articles/PMC46…

en.wikipedia.org/wiki/Biofield

pmc.ncbi.nlm.nih.gov/articles/PMC73…

fbi.gov/file-repositor…

iec.ch/system/files/2…

Mark 5:36
amen

#Psinergy #Biofield #WBAN
@psinergy_SDW

Read 5 tweets

Heather Moon

@remotelyrising

May 12, 2024

💐 Happy Mother’s Day + Happy Birthday Sabrina! 🥳

Today I’m posting a series of #SabrinaWallace videos from Dec to remember what we are fighting for humanities survival. It’s movie time with Rakka (starting in part 2)!

Long Form 1/4
December 2, 2023

links upcoming

#Psinergy #Biofield #WBAN #SabrinaSays

Long Form 2/4 (practice)
December 2, 2023

wban

augmented reality/virtual reality for surgery

product featured upon youtube search for EMR software for remote healthcare professionals

Science Translational Medicine "conspiracy blog" featuring what in 2017?
Wireless diabetes control? There’s an app for that
In an elegant feat of synthetic biology, Shao et al. were able to remotely control release of glucose-lowering hormones by engineered cells implanted into diabetic mice. These designer cells were transfected with optogenetic circuits, which enabled them to produce the hormones in response to far-red light. A smartphone could adjust far-red light intensity and duration with the help from a control box. Implanting hydrogel capsules containing both engineered cells and light-emitting diode light sources provided a semiautonomous system that maintained glucose homeostasis over several weeks in the diabetic mice. This study illuminates the potential of cell-based therapies.
Google Fingers:
wireless tissue engineering
biophysics
biomedical engineering salary
pointclickcare
point of care

/~Psinergy
Mark 5:36
amen

#Psinergy #Biofield #WBAN #SabrinaSaystiktok.com/@byrdturd2/vid…
rumble.com/v3z5bhy-decemb…
odysee.com/@psinergy:f/ps…
rumble.com/v1jxd4z-13-sep…
newatlas.com/medical/paper-…
embs.org/tbme/articles/…
embs.org
nanowerk.com/news2/robotics…
link.springer.com/chapter/10.100…
biophysics.org/blog/biophysic…
ncbi.nlm.nih.gov/pmc/articles/P…
semanticscholar.org/paper/From-Poi…
sites.usc.edu/mousavi/resear…
en.wikipedia.org/wiki/Point_of_…

info.advancedmd.com/EMR-2-Min-Demo…
science.org/doi/abs/10.112…

Long Form 3/4 (practice)
December 2, 2023

links in pt 2

#Psinergy #Biofield #WBAN #SabrinaSays

Read 5 tweets

Heather Moon

@remotelyrising

May 11, 2024

There is a #SabrinaWallace imposter on Rumble trying to get people to contact them with an email and Telegram that is not Sabrina. She sent me this picture and told me this directly and asked me to let people know this is someone impersonating her.

More pics below to show exactly what is happening. 👇

#Psinergy #Biofield #WBAN #SabrinaSays

This is the “Sabrinawallace” imposter account on Rumble posting comments on the “MySabrinaWallaceArchive” videos.

To be clear the account uploading the archive is not impersonating Sabrina, they are just another archivist account, like what @fear2022 is doing on Rumble under the name “nonvaxer420” and what I do here on @x with #SabrinaSays posts.

Sabrina can only be contacted through her actual @OdyseeTeam account odysee.com/@psinergy:f

This is the video where the imposter Sabrina account was noticed, please don’t report the archive account, they are doing great work, but if you would like to report the “Sabrinawallace” account who is in the comments of this video, that would be appropriate.

rumble.com/v48symi-sabrin…

Read 4 tweets