alien.li

alien.li

My fascination with computers started in the nineties, drawn in by early hacker culture and the realization that a real hacker is, at heart, simply a skilled programmer. Wired for deep, narrow focus, I gravitated early toward math and technology—working through C before finding Perl, a language I still rely on for automation and glue code. Today, I value the simplicity, documentation, and correctness of OpenBSD, strongly preferring quiet Unix environments over mainstream operating systems.

Late nights were shaped by AM talk radio, tuning into Loveline and Coast to Coast AM after midnight. I remain a lifelong admirer of the late Art Bell and have deep respect for George Knapp’s investigative work. That same curiosity extends into the study of consciousness, altered states of mind, and the modern UAP reality that we are not alone.

Outside of tech, music is a constant backdrop—mostly melodic trance and progressive electronic music (Above & Beyond, Armin van Buuren, Tiësto, Eric Prydz, Deadmau5) alongside sharp lyricism (2Pac, Eminem, Harry Mack). Inspired by Miss Monique and watching ARIatHOME, I recently started learning production firsthand with FL Studio and an Arturia MiniLab 3. In both my environment and my craft, I lean toward minimalism, steady routines, and predictable systems.

COAST TO COAST AM // KINGDOM OF NYE · STUDIO B

From the High Desert · W6OBB Night Watch

PAHRUMP, NV (W6OBB) 36.2083° N, 115.9839° W
PATH TO MSP (AZ 058.4°) 1,302 mi · 2,095 km NE
50 KW SKYWAVE LINK F2 Skywave · 1-Hop
Telos Studio Switchboard — Open Lines: NO SCREENERS
LINE 01 · WEST OF THE ROCKIES 1-800-825-5033 (PT / MT)

“From the High Desert and the great American Southwest—I'm Art Bell.” Unscreened open lines routing Western states into Studio B in Pahrump, Nevada as Giorgio Moroder's “The Chase” fades under the mic. First-time callers strictly reminded: turn your radio down.

KNYE 95.1 FM · Pahrump, NV (El. 2,697 ft) High Desert · --:--:-- PT
Minneapolis, MN · 44.9778° N, 93.2650° W

Atmospheric & Radio Propagation Telemetry

--.-°F --.-°C
Syncing Sky
Feels like --.-°F · Relative Humidity --%
Wind -- mph · Visibility -- km
Select any telemetry channel below to inspect live values & learn how it works: 5 Channels
AM Skywave Propagation Ionospheric D-Layer (530–1700 kHz) Evaluating UV -.- · Sol --.-°
SOLAR ALTITUDE --.-°
UV INDEX -.-
D-REGION (60–90 KM) ---

What this measures: During daylight, solar ultraviolet and X-ray radiation ionize the lowest region of Earth's ionosphere (the D-layer, 60–90 km up), which acts like a sponge that absorbs medium-wave AM radio signals. After sunset, solar ionization stops and the D-layer rapidly recombines—allowing AM broadcasts to pass through and bounce off the higher E and F layers (100–300 km) for hundreds or thousands of miles across the continent.

Tropospheric Radio Refractivity ITU-R P.453 Index (N) & 1420 MHz Delay ---.- N-units ZTD -.--- m
DRY TERM (N_dry) ---.- N
WET TERM (N_wet) --.- N
ZENITH DELAY (ZTD) -.--- m

What this measures: Radio waves travel slightly slower in the lower atmosphere than in a vacuum (~0.03% slower at sea level). Because air density and water vapor decrease with altitude, radio waves bend slightly downward toward Earth, extending the radio horizon ~15% beyond the visual horizon. Refractivity (N) quantifies this speed change in parts per million, and Zenith Tropospheric Delay (ZTD) measures the extra apparent path length (~2.3 meters) added to satellite and 1420 MHz deep-space signals arriving from overhead.

Barometric Pressure Atmospheric Column Mass & Seeing Stability ---- hPa --.-- inHg · Δstd --
SEA-LEVEL BARO ---- hPa
INCHES MERCURY --.-- inHg
VS STD (1013.25) --.- hPa

What this measures: Barometric pressure measures the total weight of the air column above Minneapolis compared against the standard sea-level baseline (1013.25 hPa / 29.92 inHg). High pressure (positive delta) indicates sinking air (subsidence) that suppresses cloud formation and creates calm, stable skies for optical and radio astronomy; low pressure indicates rising air, turbulence, and frontal precipitation.

Dew-Point Spread (ΔT) Saturation Margin & Antenna Condensation ΔT --.-°F Dew --.-°F · RH --%
DEW POINT --.-°F (--.-°C)
SPREAD (T − T_dew) +--.-°F (+--.-°C)
VAPOR PRESSURE --.-- hPa

What this measures: Unlike relative humidity (which changes whenever air warms or cools), the dew point is the absolute temperature at which invisible water vapor in the air saturates and condenses into liquid water or frost. The dew-point spread (ΔT) shows how many degrees of safety margin remain before moisture condenses on exposed telescope lenses, coaxial connectors, and unheated radio dish feedhorns.

Lunar Phase & Skyglow 29.53-Day Synodic Cycle & EME Albedo --- --% Illum · φ 0.---
ILLUMINATION --%
SYNODIC PHASE (φ) 0.---
CYCLE AGE --.- days

What this measures: The synodic phase (φ from 0.000 New Moon to 0.500 Full Moon to 1.000) tracks the Moon's 29.53-day cycle relative to Earth and the Sun. In optical astronomy, high lunar illumination scatters sunlight off atmospheric aerosols and brightens the night sky background; in radio astronomy, the Moon acts as both a ~230 K thermal noise source and a passive reflector for Earth-Moon-Earth (EME / moonbounce) signals.

OpenWeather One Call 4.0 · Minneapolis, MN KV Cache · 10m TTL