Patterns for Health

04/06/2026

Having spent the last week tracking my sleep data to see if The Super Patch Company’s R.E.M. (Sleep Patch) actually makes a difference, or if it was all in my head. I tracked everything—clean nights, "no-patch" baselines, and even the ultimate test: a post-hockey night with a few beers.

Here’s what the data actually showed:

The Main Takeaway:
The biggest difference wasn't necessarily how long I slept, but the quality of that sleep.

Without the Patch: My sleep looked like a mountain range—lots of "choppy" spikes. My brain kept "surfacing" into an awake state, especially between 3:00 AM and 5:00 AM.

With the Patch: The graph smoothed out into solid, wide blocks. I stayed in those deep, restorative stages longer without those annoying micro-wakeups.

The Numbers
Starting 7-Day Average: 4 hr 42 min (Not great!)

Ending 7-Day Average: ~6 hr 30 min (Moving in the right direction!)

The Verdict: For me, the patch acts like a "stabilizer." It doesn't force you to sleep, but it definitely anchors you once you get there. If you’re a light sleeper or struggle with that 4:00 AM "brain-switch" turning on, this might be worth a look.

04/02/2026

I HEREBY DECLARE THAT I DO NOT GIVE MY PERMISSION FOR FACEBOOK OR META TO USE ANY OF MY PERSONAL DATA.

03/28/2026

After 3 more nights of charting my sleep patterns on and off of the REM Sleep Patch, we have some sound results.

Key Performance Findings
1. The "Stability Effect" (Architecture)
The most consistent finding is the visual shape of your sleep stages.

With the Patch: Your brain stays in "Core" and "REM" sleep for longer, uninterrupted periods. The graphs show wide, rectangular blocks.

Without the Patch: Your brain "flickers" between stages more frequently. The graphs show "choppy" spikes, meaning you are moving between light sleep and wakefulness much more often.

Physical Recovery Metrics
Heart Rate (Clean Night): 60 to 71 bpm. This indicates your heart is reaching a proper resting state when variables are low.

Respiratory Rate (Baseline vs. Hockey): Your breathing was most stable on your "Clean" nights (avg 13–17.5 breaths per min) and most taxed after the game (peaking at 26 breaths per min).

7-Day Average Improvement: You began this experiment with an average of 4 hr 42 min. Despite the 5:00 AM wake-up call today, your weekly trend is now significantly higher, likely hovering closer to 6.5 hours.

The Final Verdict
The R.E.M. Patch appears to be a highly effective stabilizer. It doesn't necessarily force you to sleep longer, but it significantly increases the solidness of the sleep cycles you do get, preventing the "micro-awakes" that were prevalent on your off-nights.


🛌

03/25/2026

It’s always fascinating to see how the "architecture" of a night’s sleep shifts when you change a variable. Looking at data from my March 24th (with the R.E.M. Patch) vs March 25th (without), there are some pretty distinct differences in how my body cycled through the stages of sleep/rest.
Here is the breakdown of how those two nights compare:

Comparison Overview Feature

March 24 (With Patch) vs March 25 (No Patch)

Total Time Asleep 7 hr 15 min vs 7 hr 26 min
Deep Sleep - One solid, continuous block vs Fragmented into three thin slivers.
Awake Spikes - Fewer, mostly toward the end vs Significantly more frequent, especially 3 AM – 6 AM.
REM Cycles Wider, more consolidated blocks vs More frequent, but shorter "spikes."

Key Observations
1. Sleep Consolidation vs. Fragmentation
The most striking difference is the "smoothness" of the graph. On the 24th (with patch), your sleep stages—particularly Core and REM—look like solid blocks. On the 25th (without patch), the graph looks much "choppier." You had many more "Awake" events (those orange vertical lines), suggesting your sleep was more restless and you were drifting in and out of consciousness more frequently.
2. Deep Sleep Quality
Deep sleep usually happens early in the night. On the 24th, you hit a deep, heavy block right at the start and stayed there. On the 25th, your deep sleep was interrupted twice within the first hour. While the total volume might be similar, continuous deep sleep is generally more restorative for physical recovery than fragmented deep sleep.
3. The "Restless Morning" Phase
On the night without the patch (the 25th), your sleep became very unstable after 3:00 AM. You can see a cluster of awake spikes and very short bursts of REM. On the patch night, you seemed to maintain longer, more stable REM cycles during the second half of the night, which is usually when the brain does its heavy lifting for memory and emotional processing.

🛌

03/05/2026

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03/05/2026

Contact us directly for access to product and or more details.

Backed by published, peer-reviewed clinical research in journals such as Cureus and Anesthesia & Pain Research.Cureus (2025) – Piezo Ion Channels & Haptic Te...

03/05/2026

Contact us directly for access to product and or more details.

Backed by published, peer-reviewed clinical research in journals such as Cureus and Anesthesia & Pain Research.Cureus (2025) – Piezo Ion Channels & Haptic Te...

03/05/2026

Explaining How This All Works.
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Backed by published, peer-reviewed clinical research in journals such as Cureus and Anesthesia & Pain Research.Cureus (2025) – Piezo Ion Channels & Haptic Te...

09/18/2024

Time Tested Results

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02/13/2024

Sleep like you’re on cloud 9. 🐑💤😴

REM Patches are easy-to-use and promote a better night’s sleep.

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