Holy mother of god…I think legitimate IQ increase might actually be possible now and I know exactly how to try it. 

Guys, this experiment is going to be the most reckless thing I’ve ever attempted but I have to try it. 

And I’m not exaggerating when I say that to my knowledge it will be a first in human history. 

You’ll see when I tell you what I’m going to do. haha (I’ll tell you my exact dosages and substances in a few weeks once I’ve researched a bit more)

My girlfriend is going out of town around Christmas time so I’ll have a friend come over and watch me and I’ll dose and get on here and share my experience in real time with you guys. 

I’ll let you know the date soon.

Anyway, if you guys remember a few months ago I talked about how synaptogenesis AND enhancing efficient brain connectivity are the keys to true IQ increase imo. 

I didn’t think it was possible back then but after reading the study linked below I think it might be a real possibility.

I already know how to achieve massive synaptogenesis but we now have a way to extend that synaptogenesis out to the entire brain causing efficient full brain connectivity! 

Read the ENTIRE study below. I’m not kidding. This could really work. Holy sh*t! This is insane. 

I’m going to crank synaptogenesis up to level 10 and hit my brain with a huge dose of bright light for an extended period of time. 

The goal is to cause massive restructuring leading to enhanced long term full brain connectivity.

Those of you familiar with the literature on synaptogenesis and one shot brain restructuring can probably guess one substance that will be involved. lol

btw, I STRONGLY urge that NO ONE do what I’m going to do. 

I’m a test pilot pushing the bounds of human possibility and my plane could explode.

I could very well end up a cautionary tale. 

But hey, if I go down, I’ll go out in style. lol

Seriously though, I’ll probably be fine. 

I’ve tested every substance individually already so I know how my body responds to each of them. 

Hell, I’ve tested most of them in combination already.

Anyway, check out this mind-blowing study below. 

This is crazy.

“BLT can enhance intra-network functional connectivity in the DMN, FPN, SN, and SMN for MDD patients. Furthermore, BLT improves the information processing of the whole brain.” https://www.ncbi.nlm…les/PMC9681819/

“bright light therapy (BLT)”

“default mode network (DMN)”

“frontoparietal network (FPN)”

“salience network (SN)”

“sensorimotor network (SMN)”

” In this study, most nodes in the selected four networks demonstrate elevated betweenness centrality after the BLT. This finding suggests that the effect of BLT can improve the ability of multiple nodes in controlling the flow and integrity of information. Global efficiency is used to represent the efficiency of information transfer across all brain regions (35). The measurement of global efficiency can reflect the global interconnected status of the nodes within a network. All the nodes in these four networks demonstrate elevated global efficiency after BLT, implying that the effect of BLT can enhance the functional connection of nodes and help information flow to be more efficiently exchanged. In addition to the effect of enhancing intra-network functional connectivity of the DMN, FPN, SN, and SMN in MDD patients, based on the results of graph analysis, the BLT also helps global information processing of the brain by improving the flow and integrity of information and the efficiency of global information exchange among the nodes in these four networks.”

https://www.ncbi.nlm…les/PMC9681819/

Front Neurol

Subclinical alterations of resting state functional brain network for adjunctive bright light therapy in nonseasonal major depressive disorder: A double blind randomized controlled trial

Chun-Chao Huang 1 2 3, Hui-Chun Huang 3 4, Chen-Ju Lin 5 6, Chien-Chi Hsu 2 5, Chau-Shoun Lee 2 5, Yu-Hsin Hsu 7, Ting-Lin Chen 1, Wei-Hsin Liao 1, Yun-Hsiang Wu 8, Fan-Pei Gloria Yang 8 9 10, Shen-Ing Liu 2 3 5

Abstract

Introduction: The treatment effect of bright light therapy (BLT) on major depressive disorder (MDD) has been proven, but the underlying mechanism remains unclear. Neuroimaging biomarkers regarding disease alterations in MDD and treatment response are rarely focused on BLT. This study aimed to identify the modulatory mechanism of BLT in MDD using resting-state functional magnetic resonance imaging (rfMRI).

Materials and methods: This double-blind, randomized controlled clinical trial included a dim red light (dRL) control group and a BLT experimental group. All participants received light therapy for 30 min every morning for 4 weeks. The assessment of the Hamilton Depression Rating Scale-24 (HAMD-24) and brain MRI exam were performed at the baseline and the 4-week endpoint. The four networks in interest, including the default mode network (DMN), frontoparietal network (FPN), salience network (SN), and sensorimotor network (SMN), were analyzed. Between-group differences of the change in these four networks were evaluated.

Results: There were 22 and 21 participants in the BLT and dRL groups, respectively. Age, sex, years of education, baseline severity, and improvement in depressive symptoms were not significantly different between the two groups. The baseline rfMRI data did not show any significant functional connectivity differences within the DMN, FPN, SN, and SMN between the two groups. Compared with the dRL group, the BTL group showed significantly increased functional connectivity after treatment within the DMN, FPN, SN, and SMN. Graph analysis of the BLT group demonstrated an enhancement of betweenness centrality and global efficiency.

Conclusion: BLT can enhance intra-network functional connectivity in the DMN, FPN, SN, and SMN for MDD patients. Furthermore, BLT improves the information processing of the whole brain.