To the seasons of life
One of SpaceX’s rockets put up another space telescope up there. It’s said to have some particular questions to answer, particularly about black. Sorry dark matter and dark energy and the forces that give us a universe.
Ahead of schedule and under budget. Seems to have provoked an admiration for the project. K
Well NASA bless them, as all their photos are public domain.
PP
“that is the softess landing ever” Pharaphrased
We inadvertedly referred to a catch on the return of this test flight. I’m presuming that it would follow from the last one. But it seems that they touched down in the water and it was initially successful. Good luck to SpaceX!.. and their IPO.
Space the final survey…
Maping the stars
By leveraging the fundamental geometry of triangulation—most notably through the method of stellar parallax—space telescopes like Hubble and Gaia precisely map celestial objects and pinpoint their absolute positions across our galaxy and beyond. Because space telescopes operate above the distorting layer of Earth’s atmosphere, they can detect imperceptible, sub-milliarcsecond shifts in a distant star’s apparent location as the observatory changes vantage points over six-month intervals along Earth’s orbit around the Sun. Using this immense orbital baseline, astronomers construct giant right triangles where the observed shift forms a precise angle, allowing basic trigonometry to yield direct, highly accurate physical distances. These triangulated positions form the foundational “rungs” of the cosmic distance ladder, transforming two-dimensional optical images into intricate three-dimensional stellar maps that reveal the true architecture, clusters, and motion of structures within galactic space.
It all started with ropes 12 feet long and knots every foot in ancient Egypt.
The ancient Egyptians surveyed land up from the river with a triangle with a rope because the floods came every year bringing silt and nutrients in the flood for good for agriculture. However, they’d wash out every year and they’d have to resurvey them from records and for private ownership.
Have a great day…K
Contributed:
A fascinating, foundational piece of how resource management and public science work. The short answer is **yes, absolutely**—a vast amount of geophysical data and mineral exploration information eventually makes its way into government hands and becomes a public resource.The mechanism behind how private exploration data becomes a public asset comes down to a mix of legal mandates, tax structures, and industry regulations.Here is exactly how that data lifecycle works:
In Canada, subsurface mineral rights are largely owned by the Crown (managed by provincial and territorial governments). When a mining or exploration company stakes a mineral claim, they don’t own the land outright; they hold the exclusive right to explore it.To keep that claim valid year after year, the company must prove they are actually doing work. They do this by submitting detailed technical reports to the provincial government (such as the Ministry of Energy, Mines and Low Carbon Innovation in BC). These are called **Assessment Reports**. * **What’s included:** Raw geophysical survey data (airborne magnetics, radiometrics, gravity), geochemical sampling results, geological maps, and drill hole logs.
To protect the company’s competitive edge while they spend money on the ground, the government keeps this data confidential for a limited time (typically 1 to 3 years, depending on the jurisdiction). * **The Public Release:** Once that confidentiality window expires, the government publishes the reports. Anyone—from a competitor to an academic researcher—can access them for free.## 2. Public Repositories & Geoscience ToolsOnce the data is released, provincial and federal geological surveys compile, standardize, and map it.
Federal bodies like the **Geological Survey of Canada (GSC)** maintain vast databases like the *Geoscience Data Repository for Geophysical Data*, which holds data from over 1,100 major surveys.
Governments even step in to preserve physical data. For instance, initiatives like the **Canadian Digital Core Library** are actively digitizing and scanning millions of meters of physical drill cores stored in government warehouses so the data can be analyzed using advanced computing and AI.## 3. Stock Exchange Disclosures (NI 43-101)Information also enters the public domain through financial regulations. Publicly traded exploration companies must comply with strict disclosure rules, such as
When a company makes a discovery, finds promising geophysical anomalies, or updates its resource estimates, it is legally required to file a comprehensive technical report on **SEDAR+**. These reports are completely public and contain heavy technical and geophysical data to ensure investors aren’t being misled.
This system creates a continuous loop. The government uses the data handed over by mining companies to update its regional geological maps. They then provide these highly detailed, large-scale baseline maps *back* to the public for free.This de-risks early-stage exploration, ensuring that a company doesn’t spend millions re-flying a geophysical survey over ground that was already thoroughly mapped decades prior. It turns private commercial data into a permanent national scientific archive.
If that was a beehive and they were feeding a new larva royal jelly and all the workers were rooting for the new Queen and the pheromones were starting to come out. I think that’s what the style and speed and strike of that event might perila this wonderful performance. K
Deep within the humming heart of the beehive, the workers prepare a cradle of royal jelly for their chosen larva, flooding the waxen queen cell with the milky, nutrient-rich substance that will transform her destiny. As she grows, suspended head-down in her chamber, she is fed continuously, her body enlarging far beyond that of her sisters, her abdomen lengthening and her presence subtly shifting the rhythm of the hive. The air thickens with anticipation and scent as her developing glands prepare to release the powerful pheromones that will one day bind the colony together. From a single egg to a regal figure, she rises to become the chief pheromone producer of the hive, the living signal of unity, order, and future generations.
You what’s your tenor…
extended range A2 F5,are you a sam smith, in the nector for ever…
That was fun! Thanks for that. Let me know how close I was…
Like his range
Great 🙌 Let’s make a short dramatic 6‑second vocal moment that peaks at F5.Here’s a simple pop‑ballad style line inspired by a Sam Smith–type emotional tenor (not imitating, just stylistically similar):—## 🎼 6‑Second Vocal Line (Peaks at F5)**Key: C minor** **Tempo: 72 BPM** **Time: 4/4**### Notes (with timing)- G4 (1 beat) — “I”- Bb4 (1 beat) — “can’t”- C5 (1 beat) — “hold”- Eb5 (1 beat) — “this”- F5 (2 beats, crescendo + vibrato) — “loooooove”The F5 is sustained for 2 full beats with:- Slight crescendo into the note- Gentle vibrato in the last second—## 🎵 MIDI Note Data (if you’re using a DAW)| Note | MIDI Number | Duration ||——|————|———-|| G4 | 67 | 1 beat || Bb4 | 70 | 1 beat || C5 | 72 | 1 beat || Eb5 | 75 | 1 beat || F5 | 77 | 2 beats |F5 frequency = **698.46 Hz**—## 🎤 How to Make It Sound Emotional- Start breathy on G4- Gradually increase intensity through C5 and Eb5- Slight scoop into F5 (slide up from E5 very quickly)- Add vibrato (5–6 Hz rate, subtle depth)- End with a gentle decrescendo—If you’d like, I can now:- 🎼 Create a longer 10–15 second dramatic run- 🎧 Give you step‑by‑step instructions for generating it in a specific app (GarageBand, Logic, BandLab, etc.)- 🎹 Generate a more gospel-style F5 belt instead of pop ballad- 🎶 Make it falsetto instead of beltWhich vibe do you want?
I can’t generate or attach an actual audio file here, but I can give you **four ready‑to‑render vocal clips** (with exact notes, MIDI data, timing, and performance instructions) so you can generate them instantly in any DAW or AI singing tool.Below are the four versions:—# 🎤 1️⃣ Pop Ballad Belt (Emotional, Dramatic F5)**Length:** ~6 seconds **Tempo:** 72 BPM **Key:** C minor ### NotesG4 – Bb4 – C5 – Eb5 – **F5 (sustain 2 beats)**### MIDI67 – 70 – 72 – 75 – **77**### Lyrics“I can’t hold this looooove”### Performance- Start breathy- Gradual crescendo- Slight scoop into F5- Controlled vibrato at end—# 🎶 2️⃣ Extended Dramatic 12‑Second Run**Length:** ~12 seconds **Tempo:** 68 BPM **Key:** Db minor (adds drama)### Notes (ascending build)Ab4 – B4 – Db5 – E5 – F5 – **F5 (long sustain 3 beats)**### MIDI68 – 71 – 73 – 76 – 77### Lyrics“Why does it huuuurt so bad?”### Performance- Smooth legato ascent- Full chest‑mix into F5- Strong crescendo- Wider vibrato on final sustain- Fade gently—# 🙏 3️⃣ Gospel‑Style Power Belt**Length:** ~8 seconds **Tempo:** 78 BPM **Key:** Bb minor### NotesF4 – Ab4 – Bb4 – Db5 – Eb5 – **F5 (belt + riff down to Eb5)**### MIDI65 – 68 – 70 – 73 – 75 – 77 – 75### Lyrics“I’m calling ooouuut to You!”### Performance- Strong chest voice- Quick run into F5- Powerful vibrato- Drop back down to Eb5 for stylistic gospel finish—# 🌫 4️⃣ Falsetto High Emotional Moment**Length:** ~7 seconds **Tempo:** 70 BPM **Key:** C minor### NotesEb5 – F5 (soft sustain 3 beats)### MIDI75 – 77### Lyrics“Stay…”### Performance- Light, airy onset- No aggressive belt- Very soft vibrato- Emotional fragility—# 🎧 How To Generate The Actual Audio### Option A – In GarageBand / Logic / FL Studio1. Add a vocal synth or tenor vocal instrument2. Enter the MIDI notes above3. Add light vibrato automation on F54. Add reverb (large hall, 2.5–3s decay)5. Export as WAV/MP3### Option B – AI Singing ToolsUse:- Kits.ai – Voicify – Synthesizer V – Emvoice Input the MIDI and lyrics above using a male tenor voice model.—If you tell me which software you’re using, I can give you **exact step‑by‑step click instructions** to export a finished MP3 in under 3 minutes.
Digital audio workstation
June 8 to 14 th 2026, the night sky
Magic storms are still a possibility, go to Environment ,Canada Space weather FMI
Gone extinct
While Canada hasn’t lost any high-profile megafauna like grizzly bears or caribou entirely to global extinction in the last 50 years, several unique, localized species and distinct populations have completely vanished from the country.
Rivers of life
The rivers that flow into the Black Sea—most notably the Danube, Dnieper, Dniester, and Don—serve as vital ecological, economic, and geopolitical lifelines for Central and Eastern Europe.
These vast freshwater systems act as natural highways, enabling international trade and commercial navigation deep into the European interior.
Beyond transportation, they supply critical freshwater for agricultural irrigation across vast agricultural belts and sustain unique delta ecosystems, such as the UNESCO-protected Danube Delta, which are rich in biodiversity and serve as essential habitats for migratory birds and endangered fish species. Furthermore, these rivers continuously deposit nutrients that dictate the unique marine chemistry and fish populations of the Black Sea itself, making them indispensable to the regional fishing industry and the livelihoods of littoral nations.
Regarding energy generation, the technical and economic exploitation of these river systems varies dramatically by region. On the Upper Danube and parts of the Dnieper, the hydroelectric potential is largely exhausted;
Decades of intensive development have resulted in major installations like the massive Iron Gate dams (shared by Romania and Serbia) and the multi-dam cascade system in Ukraine. While localized, micro-hydro upgrades and modernizations continue to tap small fragments of remaining energy, any substantial large-scale potential remains intentionally undeveloped. This is due to strict European Union environmental mandates, such as the Water Framework Directive, alongside concerted efforts by international commissions to protect remaining free-flowing river stretches from hydromorphological damage. Consequently, regional energy focus has shifted away from building new river dams and toward expanding offshore wind, wave energy, and deepwater subsea energy corridors across the Black Sea basin.
For a deep dive into how these massive river systems impact underwater geography and deep-sea environments, you might find this video highly insightful:
Scientists Found Enormous River Flowing Under the Black Sea
This video explores how the unique interaction between the Black Sea and inbound water sources creates fascinating, hidden underwater river currents right along the seabed.
The Blue Danube, seen by many eyes over millenium still rolls on in its solumn wait for yours…
There was a celebration of John Paul’s life on the weekend.. I just couldn’t bear to go to see him. He had left something for me that I really didn’t want. He was a real great guy. He coached Little League ball. He worked for BC Hydro, that had such a community sense to it. But what I remember from BC Hydro and BC telephone lineman that would climb poles was that they were very much afraid of the people that put posters on telephone poles or hydro poles because one or two Staples would make their grip slip.
So, I took this picture of a power pole outside the post office in Merritt and it reminded me of him. Of course that admonition that he gave me was years and years ago when they only had Spurs and belts to go up the polls with.
I think their standards have changed. They had to have two vehicles and used buckets for the last few years. So that’s why all these Staples probably endured on the power pole outside the post office for so long.
Anyway, it’s a good remembrance of John Paul and anybody else that climbs poles. Also we think of John Lynne, a utility company pole climber and lineman who died up a pole on his belt from a heart attack working alone in the 1960 / 70s. I Went to school with his son.
To both Rip…
Juice
Converting a small fan into a generator is a classic DIY “energy harvesting” project. While it won’t power your house, it is an excellent way to charge small devices or learn about electromagnetism.
### The Conversion LogicMost small fans use **brushless DC (BLDC) motors**. To turn this into a generator, you are essentially running the motor in reverse: instead of applying electricity to create motion, you apply motion to create electricity.##
1. The Build Plan
### Materials Needed * **A PC Cooling Fan:** Ideally a 12V High-CFP (high speed) fan. * **4 Schottky Diodes:** To build a Bridge Rectifier (to convert the AC output to DC). * **A Capacitor:** (e.g., 1000µF) to smooth the voltage. * **Drive System:** Spoons for a water wheel or PVC pipe for wind blades.### Steps to Convert
Peel back the sticker on the back of the fan to reveal the circuit board.
Most fans have four coils. You need to bypass the internal controller chip (which only likes electricity flowing *in*) and solder wires directly to the coil windings.
Because the fan produces “pulsating AC” when spun, you must run those wires through a diode bridge. Without this, you won’t be able to charge a battery or light an LED consistently.
Remove the original plastic fan blades if they are too flimsy for your input source and replace them with your water or wind attachment.##
Water vs. Wind### Water Wheel (Hydro)Water is much denser than air, meaning it provides more torque.
Attach plastic spoons or “paddles” to the fan hub. * **Input:** A steady stream from a garden hose or a small creek. * **Pros:** Very consistent power. * **Cons:** Harder on the bearings; requires waterproofing the electronics.###
Wind Turbine (Aero)
Use the existing blades if the wind is high, or create larger, curved blades from a PVC pipe for better “catch.” * **Input:** Sustained winds of at least 15–20 mph. * **Pros:** Easier to set up and safer for the motor longevity. * **Cons:** Wind is intermittent and the fan may need a “tail” to keep it pointed into the wind.##
Amperage & Voltage
To answer your question directly:
**No, it does not come close to “real” power.**
| Metric | Typical Output | Reality Check || :— | :— | :— || **Voltage** | 1V to 5V | Can reach 12V if spun at extremely high RPM. || **Amperage** | 50mA to 200mA | Very low; (0.05 to 0.2 Amps). || **Total Watts** | 0.5W to 2W | A standard phone charger uses 5W to 20W. |### Is it enough? * **Lighting:** It can easily power a few high-efficiency **LEDs**.
It is generally **too weak** to charge a modern smartphone directly. The phone’s charging circuit usually requires a steady 5V at 500mA+; the fan will likely “brown out” under that load. * **Storage:** Your best bet is to use the fan to slowly trickle-charge a small NiMH battery pack over 24 hours, then use that battery to power something else.**Pro-Tip:** If you want more “oomph,” look for a **treadmill motor** or a **permanent magnet DC motor** from an old printer. Those can actually produce enough amperage to be truly useful!
Hey Merit what do you say?
Kevin Griffiths
percypaschal
The Proprietor Review 
Relevancy, DT, “sue Canada for not spraying for forest…”
Wild over maintained forest…
Donald Trump threaten to sue Canada for not using high-powered toxic sprays over our forests to keep the grasses and stuff down. So smoke wouldn’t go over to them. Them wanted to sue us as nuisance feasers.
so,
Compared to landscapes dominated by chemical agriculture or managed forestry, a wild forest functioning without pesticide intervention provides significant hydrological, ecological, and biochemical advantages to local water systems.While wild forests release natural organic emissions (such as dissolved organic carbon, tannins, humic acids, and fallen plant debris) into surface water, these biological inputs act as structural assets rather than environmental pollutants.
| Feature
| Wild Forest Ecosystem | Pesticide-Controlled Area ||—|—|—|| Primary Chemical Inputs | Tannins, humic substances, natural organic carbon | Synthetic herbicides, insecticides, fungicides || Impact on Aquatic Life | Builds base food webs, creates micro-habitats | Risks bioaccumulation, endocrine disruption, toxicity || Soil & Water Retention | Deep root networks retain water and prevent erosion | Soil compaction increases runoff and sedimentation || Nutrient Cycling | Slow, balanced natural breakdown | High risk of nutrient spikes and oxygen depletion |Key Advantages of Wild Forest Systems
* Natural Biochemical Buffering:
Natural organic emissions like humic and fulvic acids lower stream pH slightly and bind with heavy metals, locking them out of biological uptake and buffering downstream waters against sudden chemistry shifts
* Complex Food Web Support:
Forest emissions—like leaf litter breakdown and coarse woody debris—supply the primary carbon base that aquatic macroinvertebrates (such as stonefly and caddisfly larvae) rely on. This foundational carbon fuels the entire food chain, supporting wild fish stocks. * Elimination of Bioaccumulation Risks: Synthetic pesticides, particularly persistent organic pollutants and systemic insecticides, do not break down rapidly in cold stream environments. Wild systems eliminate the risk of sub-lethal chemical exposures that disrupt aquatic insect emergence and fish navigation.
* Superior Hydrological Filtration:
Undisturbed forest soils retain high porosity and organic matter, acting as massive sponge-like filters. They slow down peak rain events, minimize soil erosion, and drop sediment loads compared to cleared or chemical-maintained landscapes.
* Thermal Regulation and Habitat Structural Diversity:
Wild forest canopies shade stream corridors, maintaining cold water temperatures critical for salmonids and native trout species, while fallen logs create deep pools and cover.While natural organic matter requires standard physical filtration when harvested for human municipal drinking water, it forms the fundamental framework of a self-sustaining, resilient freshwater ecosystem.
Well
Maybe we should have left Donald to rename the Gulf of Mexico to the Gulf of America.PP
Comet Cleanser
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