Experiment will start in:
The Conscious Observer Water Experiment 2 finished
Researcher: Jeremy Pfeiffer
Can your thoughts effect water samples at a distance? Try it and see if you can make an effect. Sign up now for this experiment!Join us Sunday 4/21/2019 PST (Pacific Standard Time) 10:30am - 11:00am
Read details below to learn more about this experiment.
Held on:
June 23, 2019 at 11:32PM UTC Duration:
30 mins
16
Simply meditate the words love and gratitude onto the QC Entanglement Image Code. The Image Code is provided after you sign up and begin the experiment. The Image Code is entangled with one of two water samples in our experiment and compared against the other as control.
You can also follow along with the live plot on YouTube:
https://www.youtube.com/channel/UC6PPO-M377RVPWSYR_UmHog
Two channel electrochemical measurement of two separate water samples
Start date:
You can also follow along with the live plot on YouTube:
https://www.youtube.com/channel/UC6PPO-M377RVPWSYR_UmHog
Two channel electrochemical measurement of two separate water samplesStart date:
4/21/2019
Start time:
Start time:
UTC (Greenwich Meridian Time) 5:30pm - 6:00pm
PST (Pacific Standard Time) 10:30am - 11:00am
Experiment will be conducted for a period of 30min
- The experiment will start at a "Start Date" and will last a specific amount of minutes which indicated above. You can also see a countdown - time left before the experiment.
- When the countdown is finished, the experiment begins.
- During the experiment time, you can try to influence the water sample through its photo. To do so click on "Start Session" (this button will be available only during the experiment) and you will see a photo of the container with water. The photo is considered to be an entanglement key to the real object which during the experiment is placed into experimental setup - Electrochemical Impedance Spectrometer (EIS).
- When the experiment in progress you can see the plots that are created by EIS. These plots show the impedance of "Test" and "Control" samples, as well as surrounding temperature and other indicators, please see section "Plot" (and then click "Reload Graph" button) at this page and descriptions to the left of each plot.
- Concentrate your attention on the object at the photo and apply your intention to make water in the container more conductive.
- Perform concentration during a few minutes and when finished click "Finish Session".
- When the experiment is done the researcher who created the experiment will process the obtained data and publish results on this page at a "Results" section.
Any interesting experiences you had while participating in this experiment? Feel free to share in the comments. Results will be shared following completion the experiment.
I will be on the other side looking for your non local effect in my spectrometer read-outs. Good luck and have fun! - Jeremy Pfeiffer
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Wow, really interesting and insightful comment Jim. Thanks for sharing! Reply
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I found it interesting that my eyes wanted to split the image according to the which eye want seeing it. I noticed a rotation within the image that went vertical and another that went horizontal. Implied movement diangonally on the 3rd. I positioned myself to the image where it was up and to the left while I was participating. Reply
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Follow live plot on youtube: https://youtu.be/bTvjqdKzMYM Reply
Commentary and Data Analysis by Serge Kernbach:
1.
This is the collective experiment from last Sunday at “10:30—11:00” PST (05:30PM UTC).
– it is impressive, 37 entries, the community is growing. I see one of goals of such experiments as operator training for remote interactions (e.g. remote healing, ESP and similar with objective feedback provided from devices). It provides a real-world “proof” and “feedback” for the operator.
2.
From skeptical point of view, I would express the null hypothesis – it was no remote impact during “10:30—11:00”. It means two EIS channels at several times points would have similar parameters. For this, two time periods are tested: “10:30—11:00” and “12:30—13:00”. Please take look at “test_null_hypothesis.jpg” and “test_experiment.jpg”. Here we apply the standard statistical “3 sigma rule”: relationship between standard deviations for background and experiment (I equalized background sigmas to have equally scale). We observe equal Psi and curvature at “12:30—13:00” (caused probably by unstable temperature), but very different Psi at “10:30—11:00”. It is more visible in “the_whole_region.jpg”. Thus, we need to accept that some external influence impacted one of channels at “10:30—11:00” and changed it electrochemical properties. We also need to reject the null hypothesis. Congratulation to all with successful experiment.
3.
“3D_whole_region.jpg” – plots differential channel in 3D. You can see equal channels’ dynamics for 2 hours before session that quickly changes after the session. In fact, it provides the same information as 2D images, but more colorful.
April 24, 2019 | 15:37 UTC, Jeremy Pfeiffer says:
Results are in! Reply