Wednesday, November 27, 2024

Most recent weight loss experiment procedure--it resulted in weight drops four times so far

 As too many people working to lose weight know, weight "plateaus" happen and it's not always clear why. I think it's because there are certain molecules that help the body give up its fat storage and utilize it and that some processed foods contain those certain molecules. I have had otherwise unexplained weight drops from some canned fish or cured meats, certain chocolates, and occasionally other processed foods.

By keeping a food diary and paying close attention to what seems to give results and what doesn't, I have arrived at a procedure that I think provides the needed molecules to go down from a weight plateau. Four times now, it has resulted in me experiencing weight drops of one pound in one day when combined with a low carbohydrate lunch, light cardio exercise, no processed sugars for either lunch or dinner, and a weight maintenance beverage at both lunch and dinner (see procedure for my weight maintenance beverage at the bottom of this post * ).

Here is the procedure:

Part One:

For breakfast, drink some distilled water that has sat in the sunlight in a glass container together with some minced celery leaf and toaster-roasted banana/plantain leaf (put the roasted banana/plantain leaf in with the distilled water and minced celery leaf right after toasting it black in the toaster). Don't have anything else. Think of this part as your "first breakfast."

I think part one provides a stabilized source of enzymes that are needed for the second part of this procedure.

Part Two:

Think of this as "second breakfast" and consume it about 1-3 hours after part one.

This part currently uses juniper berries that I collect from juniper bushes growing in yards and alleys. They aren't technically berries but are actually seed cones which are used as a culinary spice. I think the juniper berries can be replaced by other edible natural products, but I haven't yet determined which other natural products can be substituted for them.

Microwave uncovered sixty seconds in a microwave-safe plastic cup about seven (dusted off, dry) juniper berries together with a little just-grated cinnamon bark, a pinch of roasted banana/plantain leaf ash, and a little beer salt (beer salt has no beer; I think the silicon dioxide in it is the important ingredient). When the minute is over, stir the cup contents with the handle of a white plastic disposable spoon for about one minute. 

Put a little salted butter on the blades of a "bullet blender." Press the juniper berries from the paragraph above into the butter. I use salted butter because all the unsalted butter in the United States of America started to have additives in the past few years.

Prepare another seven juniper berries by microwaving them for 90 seconds uncovered in a white mug with a little beer salt and a little cream of tartar (I think the cream of tartar is important because of the potassium in it). Stir the contents of the mug simultaneously with the handle of a silver fork and the handle of a bronze spoon from Thailand (yes, that is an unusual thing to have on hand, but I was given a set of bronze tableware from southeast Asia years ago). After stirring with both utensils for about 90 seconds, press these seven juniper berries also into the salted butter on the blades of the blender.

Put some distilled water (about 2 ounces) into the cup of the bullet blender, screw on the blade part, and blend for about 40 seconds to make a butter puree of distilled water, salted butter, and the two kinds of juniper berries. I think the butter provides a medium for mixing the nonpolar and polar chemical compounds on the surfaces of the two sets of juniper berries.

Eat a little raw green cabbage. (The cabbage has either enzymes or nitrates that are important).

Microwave uncovered for 60 seconds some Hershey's cocoa topped with some dried dill weed in a dry Mason jar. I use the jars that come with the Classico pasta sauce. After microwaving, stir in with a plastic utensil (I use a plastic chopstick) some just-sliced small pieces of Roma tomato.

Microwave uncovered for 60 seconds in a plain ceramic mug some Hershey's cocoa topped with dried onion powder, a little roasted banana/plantain leaf ash, and lastly a little red raspberry seed powder. 

Pour a little butter puree into the Mason jar. Also pour a little butter puree into the plain ceramic mug. Mix the contents of the Mason jar with a long plastic utensil and pour them into the plain ceramic mug. Mix the contents of the plain ceramic mug together and then drink about a third of it. 

Prepare ahead of time (but not more than 24 hours) around 10 dry soybeans in about 2 ounces of distilled water. I think the soaking water from this has some lipid molecules that are similar to phospholipids but that contain arsenic/antimony/bismuth in place of phosphorus. If the soybeans have soaked for 24 hours, put the container of them and the soaking water into the refrigerator to prevent them becoming slimy and gross; this should keep the beans from getting gross for another day or two.

Pour some of the soybean soaking water into the plain ceramic mug and stir with plastic. Consume about half. 

Cut a little raw green cabbage into thin slices and put into the plain ceramic mug. Mix a little and consume the rest of the mug's contents.

If this works for you like I've felt it work for me, you might experience some faint fat-burning sensations, especially in your fingers or upper arms, within the next hour.


That was a bit daunting to type! I think this procedure can have some of the ingredients or steps removed, but I wanted to document that I finally have a procedure that has given repeated results on four different occasions. The big difference seems to be the new step where I microwave the juniper berries with beer salt and cream of tartar and then stir them with the two utensils, the silver fork and the Thai bronze spoon.

I'm not sure exactly why the beer salt is so helpful. I think it might be because the silicon dioxide when microwaved could be giving off tiny electron-sized sparks that facilitate the chemical reactions and ionizations listed in tables of standard electrode potentials (see https://en.wikipedia.org/wiki/Standard_electrode_potential_(data_page)).


* Here is my weight maintenance smoothie. 

Prepare in a jar a little  beef gelatin powder mixed with room-temperature distilled water.

In a high-speed blender, blend some fresh, rinsed broccoli florets with rinsed raw cacao nibs and distilled water.

Pour the blender contents once pureed and steaming (that takes about 50 seconds in my Blendtec at its top speed) into the jar of gelatin-water. Mix together in the jar.

Dilute with more distilled water to a pleasant drinkable texture.

I have this smoothie at lunch and dinner and avoid fried foods and simple sugars, and it has been doing a great job of keeping my weight steady. I think it's likely helpful because it's creating a molecule similar to insulin that keeps the body from making a lot of its own insulin. We tend to think of insulin as a good thing because diabetics need it, but insulin also tells the body to store fat.


[Update 12/10/2024: Something seems to have happened to the Thai bronze spoon and/or silver fork so that I couldn't recreate the weight loss for the past thirteen days. Yesterday I tried two different things to "recharge" whatever needed to be there:

1) I baked at 450 Fahrenheit in the oven the two implements (the fork and the spoon) with powdered dried eggshell then cooled them quickly in the freezer. This was done in case I need a specific crystal/lattice structure in the metal, a structure obtained by annealing.

2) I ran a current through the bronze fork and the silver spoon, using a 9-volt battery, by hooking them to a battery and placing them both in a glass jar of distilled water with a little salt added.

Yesterday morning, I used the first set of implements to do the originally posted experiment. Then, later in the morning, I used the second set of implements to do the same experiment (using the resulting juniper berries to replenish the butter puree leftover from the earlier try that day).

This morning I woke up and weighed in lower for the first time since I reported success with the originally posted experiment. I wonder if there is something in some of the more expensive dishwasher detergent pods that facilitated a needed change in either the silver fork or the Thai bronze spoon. I ran out of those more expensive pods and switched to the cheaper, store-brand dishwasher detergent pods.]

[Update 12/18/2024: I think baking the utensils at 450-500 Fahrenheit in the oven might be effective. I just did that today after first dipping the utensils in distilled water mixed with cocoa powder, then sprinkling powdered eggshell on them. The sensations I experienced afterward in my fingers and in other places in my body, especially when eating the tomato pieces after putting in the soy-soaking water, were very noticeable.]

Monday, November 25, 2024

Encoded messages in a Spanish-language reading primer: Nacho Estados Unidos Libro Inicial de Lectura

Recently, I acquired a Spanish-language reading book for beginning readers intended for the schoolchildren of the USA. The title is Nacho - Estados Unidos - Libro Inicial de Lectura, which means "Nacho" - United States of America - First Reading Book." The boy on the cover appears to be named Nacho, for that is written on his cap. 

I played around with the letters on the front cover, doing double-letter-cancellations with letters in the same color font or with the same color outlining them. In doing so, I found hints that this reading primer had encoded messages, which would mean someone at the publisher, Susueta, was probably putting in coded messages way back in 1974 when the book first was published.


I tried double-letter-cancellations on an inside page, using letters that appeared in the same color font (black, blue, red, gray, etc.) and then applying the "OL cipher" from my previous decoding efforts with predominantly English-language works:

  • A B C D E F G H I J K L M
  • Z Y X W V U T S R Q P O N

Nothing happened. No apparent encoded messages. Since this is a book in Spanish, which has more letters than the English alphabet, I tried again with the added letters of "ch" and "ñ"; I didn't added "ll" and "rr" because they are doubled letters and so would cancel themselves out in any algorithm that couldn't distinguish when they were being used as a digraph (i.e., a two-part letter). That gave me an "OK cipher":

  • A B C Ch D E F G H I J K L M
  • Z Y X W  V U T S R Q P O N Ñ

This cipher gave results!

Here's an example from page 10. The red letters, when double-cancelled, give PIEOSA.


Applying the "OK cipher" above, I get

P I E O S A

J Q U K G Z

However, I have learned from doing a lot of decoding that an additional step is often needed, applying a "see-saw" of sorts using specific letters. In this book, it looks like I'm supposed to use the page number--10 here--to decide which letter to use as my "fulcrum." The tenth letter of the Spanish alphabet (still excluding ll and rr) is "O", so I switch lines at the "O" point to get the following:

P I E G Z

J Q U S A

The first requires the use of the "Z" (zigzag from outside to inside) and results in P I E G, which looks like a mockery of "G" from "Pie Jesu." The second looks like it's referring to something in the USA; from my previous decoding efforts, I've seen that J on its own often signifies some kind of "hook" and "Q" on its own often refers to smart people who are running something. "G" on its own often appears to refer to a secular group, perhaps from "Gaea," the Greek mythology word for the personification of the Earth/world.

Page 6 had some reddish letters that quickly yielded a short, plausible decoded message when I used the "OK cipher" above and "E" (because its the sixth letter) as the "fulcrum." But page 6 gave me problems when I tried to decode the letters in black font. My efforts just didn't seem to result in anything.


I was about to give up and try a different decoding algorithm when I noticed that the printing of the publisher's name in the lower left was so poorly done that the letters were black instead of the usual blue:


For comparison, see the same word on page 10 here:


So I did double-letter-cancellation on all the black letters on page 6 again, this time including "susueta" at the end. After using "E" as a fulcrum, I got a string of letters that yielded possible messages. 

This points to the likely involvement of people in typesetting and approval of the final print job (i.e., the quality assurance gatekeepers in the publishing industry) in hiding messages. Authors could be completely innocent of sneakiness and yet have their books used to pass around messages, some innocent and some not.

Tuesday, November 19, 2024

Rye grain, fibrinogen beta chain, and a danger of organized secret-keeping

I was looking at the most recent US Post Office mailer (a regular ad sent out by the USPS at the start of the holiday season each year) and found messages encoded in it, too. Encoded messages generally fall into four categories: 1) science tidbits, 2) identification of people/organizations in underground groups, 3) mockery of people placed below the encoders in their hierarchies, and 4) instructions on further decoding keys to use. 

A day or two ago, I saw one message couplet that appeared to be drawing a connection between rye and fibrinogen beta chain ("FBG"): RHY FBG. That looks like a scientific tidbit "hit." FBG is connected to blood clots, i.e., thrombosis, via thrombin: "Following vascular injury, fibrinogen is cleaved by thrombin to form fibrin which is the most abundant component of blood clots" (https://en.wikipedia.org/wiki/Fibrinogen_beta_chain). 

Thrombin can be counteracted by ferulic acid (see https://pubmed.ncbi.nlm.nih.gov/26948317): "In addition, [ferulic acid] dose-dependently inhibited platelet aggregation induced by various platelet agonists, including adenosine diphosphate (ADP), thrombin, collagen, arachidonic acid (AA), and U46619." Ferulic acid is relatively high in rye grain. See https://pmc.ncbi.nlm.nih.gov/articles/PMC5466124/ for a listing of foods high in ferulic acid and an description of how alkaline hydrolysis must occur for the ferulic acid to be freed. Pretzels traditionally were made by first boiling the pretzel dough in diluted lye water, which is an alkaline hydrolysis process; it's interesting to me that pretzels are coincidentally from the part of the world that consumes the most rye flour in its bread products.

The other half of the message couplet was IS BUY T, which I think means that "IS" bought "T". I keep seeing "T" in various messages, apparently in reference to what Mormons would recognize as "secret combinations" (i.e., oath-bound hierarchies of people who cover for the misdeeds of others in the same oath-bound structure). I would think that a big problem with taking orders from a shadowy higher-up is that you don't know who is giving that higher-up his/her orders. Did "IS" buy control of one or more "T"s? Who is "IS" anyway? The "Islamic State"? "Israel"? The second possibility would help explain the world standing by and not stopping the killing in Gaza. While I completely support Israel's right to exist, 43,000 dead, mostly-civilian Palestinians in just the past year is genocide. Have secret combinations been traded and sold like sports teams until the people caught up in them are now being silenced and trapped into inaction by their own secrets? That would explain so much about today's headlines....

Friday, November 8, 2024

Digging into indices of older books (includes Excel VBA macros to facilitate decoding)

Based on my research using older books, some people in the printing industry have been encoding messages for a very long time in places where others wouldn't think to look. The index of a book is a good place to do such encoding because the typesetters can control how many characters are on a given line and what letter/number combinations each line ends with. 

Using the example of Stepping Stones to an Abundant Life, a 1971 book by David O. McKay, the president of the LDS Church who died in 1970 before the book was printed, I can show you some of what I find when I search in an index. Typos are often a tip-off of where to start in order to find what encoding patterns are being used.

The index has only two entries that start with the letter combination "smo," and one of those has a glaring typo:

Smokers lack respect for others, 283.
Smoking cigarets, warns against 281;
     overcoming habit of, 113.

The typesetter can influence what is on the first line easily but not the entire entry. So I applied doubles cancellation* to just the first line of each entry:


Smokers lack respect for others, 283.
Smoking cigarets, warns against 281;

Minus the punctuation, I get "lpfh3kcewgain1" and then, after substituting the numbers for the corresponding letters of the alphabet and capitalizing it all, I get LPFHCKCEWGAINA.

CKC actually equals "X" because the second C is before an "e" and so makes an "s" sound. This string is therefore LPFHXEWGAINA. Applying the OL cipher** to LPFHXEWGAINA in the two possible ways (one of which doesn't require any transformation since there are no other O's or L's in the string) gives me the following: 

PFHXEWGAINA
KUSCVDTZRMZ

Starting with PFHXEWGAINA, apply the X to first reverse the fragment before X and then the fragment after X, which gives the following:

HFPEWGAINA - H.F. Pew GA in A, which looks to me like a reference to the custom upholstery company HF Custom (https://www.hfcustomfurniture.com/ouramericanstory.inc), which has been in business since about 1940 and makes chairs that look like the ones in LDS Church buildings. I think the GA is supposed to mean "Gaea" (i.e., "the world," a term Jesus used to refer critically to those who sought material gain instead of being generous and good) and A is for "America."
 
PFHANIAGWE - P. F. Han Iagwe, which to me looks like P. F. Hon. Iago, or Prince Philip Honorable Iago. Iago is the villain in Othello, and he causes Othello to commit suicide. A little internet research turns up recent news articles on how the now-deceased husband of Queen Elizabeth II might have been involved with the major players in a scandal that brought down the UK government in the 1960s and resulted in one man committing suicide. Look into the Profumo affair, Stephen Ward, and Christine Keeler; also see https://www.independent.co.uk/news/uk/home-news/prince-phillip-profumo-affair-scandal-fbi-hoover-b2583748.html. I doubt Prince Philip himself was involved in causing the suicide of Stephen Ward, for there would have been several government functionaries surrounding him who had their own reasons to keep Philip's reputation intact.

Going back to KUSCVDTZRMZ, I first apply the V to pull together its two neighboring fragments in an alternating way starting from the inside:

CDSTUZKRMZ

I then use the first Z in CDSTUZKRMZ to pull together its two neighboring fragments in an alternating way starting from the outside:

CZDMSRTKU

I then use the remaining Z in CZDMSRTKU to pull together its two neighboring fragments, again in an alternating way starting from the outside:

CUKTRSMD - CUK TRS MD, which to me looks like kook-taurus (i.e., bull)-medical doctor, which appears to be saying that a bull was involved in revealing medical knowledge. (I've seen several clues where people who are revealing secrets are called crazy or loony.) Interestingly, there was a BBC TV show called The Doctors produced by a Donald Bull that ran from 1969-1972; quoting from IMDB, "Most of the episodes produced are missing from the archives; 139 of the 160 shows are thought to be lost." (https://www.imdb.com/title/tt0163933/plotsummary/?ref_=tt_ov_pl)

Decades after these messages and clues get encoded, we can now often deduce what they were referring to. Why encode them in book indices in the first place? Blackmail purposes? Bragging? A quiet marketplace of secrets being run by those in the archive and publishing fields? A combination of all three? I think digging into these older indices is an intriguing exercise that could also be of good in shedding light on any similar modern practices being carried out with newer technology.

I have also found that a cipher that turns Ds into Xs (from in-D-X, I think) to be productive in decoding messages and clues in indices. Below is a macro*** to aid in turning Ds into Xs and so forth.


* Here is a macro in Microsoft Excel to do cancellation of double letters:

Function RemoveDuplicates1(pWorkRng As Range) As String
'Updateby Extendoffice found online and modified
Dim xValue As String
Dim xChar As String
Dim xOutValue As String
Dim result As String
Set xDic = CreateObject("Scripting.Dictionary")
xValue = pWorkRng.Value
xValue = LCase(xValue)
For i = 1 To VBA.Len(xValue)
    xChar = VBA.Mid(xValue, i, 1)
    If xDic.Exists(xChar) Then
        result = Replace(xOutValue, xChar, "")
        xDic.Remove xChar
        xOutValue = result
    Else
        xDic(xChar) = ""
        xOutValue = xOutValue & xChar
    End If
Next
RemoveDuplicates1 = xOutValue
End Function

** Here is a macro in Microsoft Excel to do the cipher that turns Os into Ls and so forth:

Function OLCipher(pWorkRng1 As Range) As String
'Turn O to L and so forth (U-shaped cipher)
Dim xOLValue As String
Dim xOLChar As String
Dim xtempChar As String
Dim xOutOLValue As String
xOLValue = pWorkRng1.Value
xOLValue = LCase(xOLValue)
For i = 1 To VBA.Len(xOLValue)
    xOLChar = VBA.Mid(xOLValue, i, 1)
    xtempChar = xOLChar
    xtempChar = Replace(xtempChar, "a", "Z")
    xtempChar = Replace(xtempChar, "b", "Y")
    xtempChar = Replace(xtempChar, "c", "X")
    xtempChar = Replace(xtempChar, "d", "W")
    xtempChar = Replace(xtempChar, "e", "V")
    xtempChar = Replace(xtempChar, "f", "U")
    xtempChar = Replace(xtempChar, "g", "T")
    xtempChar = Replace(xtempChar, "h", "S")
    xtempChar = Replace(xtempChar, "i", "R")
    xtempChar = Replace(xtempChar, "j", "Q")
    xtempChar = Replace(xtempChar, "k", "P")
    xtempChar = Replace(xtempChar, "l", "O")
    xtempChar = Replace(xtempChar, "m", "N")
    xtempChar = Replace(xtempChar, "n", "M")
    xtempChar = Replace(xtempChar, "o", "L")
    xtempChar = Replace(xtempChar, "p", "K")
    xtempChar = Replace(xtempChar, "q", "J")
    xtempChar = Replace(xtempChar, "r", "I")
    xtempChar = Replace(xtempChar, "s", "H")
    xtempChar = Replace(xtempChar, "t", "G")
    xtempChar = Replace(xtempChar, "u", "F")
    xtempChar = Replace(xtempChar, "v", "E")
    xtempChar = Replace(xtempChar, "w", "D")
    xtempChar = Replace(xtempChar, "x", "C")
    xtempChar = Replace(xtempChar, "y", "B")
    xtempChar = Replace(xtempChar, "z", "A")
xOutOLValue = xOutOLValue & xtempChar
Next
OLCipher = xOutOLValue
End Function

*** Here is a macro to turn Ds into Xs (and As into Ns and so forth):

Function DXCipher(pWorkRng2 As Range) As String
'Turn A to N, D to X, and so forth (O-shaped cipher)
Dim xDXValue As String
Dim xDXChar As String
Dim xtChar As String
Dim xOutDXValue As String
xDXValue = pWorkRng2.Value
xDXValue = LCase(xDXValue)
For i = 1 To VBA.Len(xDXValue)
    xDXChar = VBA.Mid(xDXValue, i, 1)
    xtChar = xDXChar
    xtChar = Replace(xtChar, "a", "N")
    xtChar = Replace(xtChar, "b", "Z")
    xtChar = Replace(xtChar, "c", "Y")
    xtChar = Replace(xtChar, "d", "X")
    xtChar = Replace(xtChar, "e", "W")
    xtChar = Replace(xtChar, "f", "V")
    xtChar = Replace(xtChar, "g", "U")
    xtChar = Replace(xtChar, "h", "T")
    xtChar = Replace(xtChar, "i", "S")
    xtChar = Replace(xtChar, "j", "R")
    xtChar = Replace(xtChar, "k", "Q")
    xtChar = Replace(xtChar, "l", "P")
    xtChar = Replace(xtChar, "m", "O")
    xtChar = Replace(xtChar, "n", "A")
    xtChar = Replace(xtChar, "o", "M")
    xtChar = Replace(xtChar, "p", "L")
    xtChar = Replace(xtChar, "q", "K")
    xtChar = Replace(xtChar, "r", "J")
    xtChar = Replace(xtChar, "s", "I")
    xtChar = Replace(xtChar, "t", "H")
    xtChar = Replace(xtChar, "u", "G")
    xtChar = Replace(xtChar, "v", "F")
    xtChar = Replace(xtChar, "w", "E")
    xtChar = Replace(xtChar, "x", "D")
    xtChar = Replace(xtChar, "y", "C")
    xtChar = Replace(xtChar, "z", "B")
xOutDXValue = xOutDXValue & xtChar
Next
DXCipher = xOutDXValue
End Function