AudioActive presents: What's Next For Live Music In Crawley? trib.al/4Jd3fJx

AudioActive presents: What's Next For Live Music In Crawley? trib.al/Ic8tQP5

AudioActive presents: What's Next For Live Music In Crawley? trib.al/DoepEpw

Audio Active - Audio Active's Adventure in Time & Space (On-U Sound, 1993) 沖縄出身Naritaを中心とした日本のダブ/エレクトロニックユニット。Adrian Sherrwood率いるロンドンのOn-U Soundレーベルから作品を発表。 → 砂原良徳&常盤響「NOT FOR SALE」Tr.4: What Is Love! でサンプリング #AudioActive #OnUSound #AdrianSherrwood #Dub #Japanese #Electronic #Plunderphonics #砂原良徳 #常盤響

'Worthing and the Spanish Civil War - A fight against fascism' - event organised by Sussex Brigaders Remembered on Friday 22 May at AudioActive #worthing @IBMT_SCW @wrthgsolidarity blogs.brighton.ac.uk/sussexb…

Below is a list of some of the entries in The Math Book: From Pythagoras to the 57th Dimension, Milestones in the History of Mathematics Introduction • Ant Odometer (c. 150 million BC) • Primates Count (c. 30 million BC) • Cicada-Generated Prime Numbers (c. 1 million BC) • Knots (c. 100,000 BC) • Ishango Bone (c. 18,000 BC) • Quipu (c. 3000 BC) • Dice (c. 3000 BC) • Magic Squares (c. 2200 BC) • Plimpton 322 (c. 1800 BC) • Rhind Papyrus (c. 1650 BC) • Tic Tac Toe (c. 1300 BC) • Pythagorean Theorem and Triangles (c. 600 BC) • Go (548 BC) • Pythagoras Founds Mathematical Brotherhood (530 BC) • Zeno's Paradoxes (c. 445 BC) • Quadrature of the Lune (c. 440 BC) • Platonic Solids (350 BC) • Aristotle's Organon (c. 350 BC) • Aristotle's Wheel Paradox (c. 320 BC) • Euclid's Elements (300 BC) • Archimedes: Sand, Cattle & Stomachion (c. 250 BC) • pi (c. 250 BC) • Sieve of Eratosthenes (c. 240 BC) • Archimedean Semi-Regular Polyhedra (c. 240 BC) • Archimedes' Spiral (225 BC) • Cissoid of Diocles (c. 180 BC) • Ptolemy's Almagest (c. 150) • Diophantus's Arithmetica (250) • Pappus's Hexagon Theorem (c. 340) • Bakhshali Manuscript (c. 350) • The Death of Hypatia (415) • Zero (c. 650) • Alcuin's Propositiones ad Acuendos Juvenes (c. 800) • al-Khwarizmi's Algebra (830) • Borromean Rings (834) • Ganita Sara Samgraha (850) Thabit Formula for Amicable Numbers (c. 850) • Kitab al-fusul fi al-hisab al-Hindi (c. 953) • Omar Khayyam's Treatise (1070) • Al-Samawal's The Dazzling (c. 1150) • Abacus (c. 1200) • Fibonacci's Liber Abaci (1202) • Wheat on a Chessboard (1256) • Harmonic Series Diverges (c. 1350) • Law of Cosines (c. 1427) • Treviso Arithmetic (1478) • Discovery of Series Formula for Pi (c. 1500) • Golden Ratio (1509) • Polygraphiae Libri Sex (1518) • Loxodrome (1537) • Cardano's Ars Magna (1545) • Sumario Compendioso (1556) • Mercator Projection (1569) • Imaginary Numbers (1572) • Kepler Conjecture (1611) • Logarithms (1614) • Slide Rule (1621) • Fermat's Spiral (1636) • Fermat's Last Theorem (1637) • Descartes' La Geometrie (1637) • Cardioid (1637) • Logarithmic Spiral (1638) • Projective Geometry (1639) • Torricelli's Trumpet (1641) • Pascal's Triangle (1654) • The Length of Neile's Semicubical Parabola (1657) • Viviani's Theorem (1659) • Discovery of Calculus (c. 1665) • Newton's Method (1669) • Tautochrone Problem (1673) • Astroid (1674) L'Hopital's Analysis of the Infinitely Small (1696) • Rope around the Earth Puzzle (1702) • Law of Large Numbers (1713) • Euler's Number, e (1727) • Stirling's Formula (1730) • Normal Distribution Curve (1733) • Euler-Mascheroni Constant (1735) • Konigsberg Bridges (1736) • St. Petersburg Paradox (1738) • Goldbach Conjecture (1742) • Agnesi's Instituzioni Analitiche (1748) • Euler's Formula for Polyhedra (1751) • Euler's Polygon Division Problem (1751) • Knight's Tours (1759) • Bayes' Theorem (1761) • Franklin Magic Square (1769) • Minimal Surface (1774) • Buffon's Needle (1777) • Thirty-Six Officers Problem (1779) • Sangaku Geometry (c. 1789) • Least Squares (1795) • Constructing a Regular Heptadecagon (1796) • Fundamental Theorem of Algebra (1797) • Gauss's Disquisitiones Arithmeticae (1801) • Three-Armed Protractor (1801) • Fourier Series (1807) • Laplace's Theorie Analytique des Probabilites (1812) • Prince Rupert's Problem (1816) • Bessel Functions (1817) • Babbage Mechanical Computer (1822) • Cauchy's Le Calcul Infinitesimal (1823) • Barycentric Calculus (1827) • Non-Euclidean Geometry (1829) • Mobius Function (1831) • Group Theory (1832) • Pigeonhole Principle (1834) Quaternions (1843) • Transcendental Numbers (1844) • Catalan Conjecture (1844) • The Matrices of Sylvester (1850) • Four-Color Theorem (1852) • Boolean Algebra (1854) • Icosian Game (1857) • Harmonograph (1857) • The Mobius Strip (1858) • Holditch's Theorem (1858) • Riemann Hypothesis (1859) • Beltrami's Pseudosphere (1868) • Weierstrass Function (1872) • Gros's Theorie du Baguenodier (1872) • The Doctorate of Kovalevskaya (1874) • Fifteen Puzzle (1874) • Cantor's Transfinite Numbers (1874) • Reuleaux Triangle (1875) • Harmonic Analyzer (1876) • Ritty Model I Cash Register (1879) • Venn Diagrams (1880) • Benford's Law (1881) • Klein Bottle (1882) • Tower of Hanoi (1883) • Flatland (1884) • Tesseract (1888) • Peano Axioms (1889) • Peano Curve (1890) • Wallpaper Groups (1891) • Sylvester's Line Problem (1893) • Proof of the Prime Number Theorem (1896) • Pick's Theorem (1899) • Morley's Trisector Theorem (1899) • Hilbert's 23 Problems (1900) • Chi-Square (1900) • Boy's Surface (1901) • Barber Paradox (1901) • Jung's Theorem (1901) • Poincare Conjecture (1904) • Koch Snowflake (1904) • Zermelo's Axiom of Choice (1904) • Jordan Curve Theorem (1905) • Thue-Morse Sequence (1906) • Brouwer Fixed-Point Theorem (1909) • Normal Number (1909) • Boole's Philosophy and Fun of Algebra (1909) • Principia Mathematica (1910-1913) • Hairy Ball Theorem (1912) • Infinite Monkey Theorem (1913) • Bieberbach Conjecture (1916) • Johnson's Theorem (1916) • Hausdorff Dimension (1918) • Brun's Constant (1919) • Googol (c. 1920) • Antoine's Necklace (1920) • Noether's Idealtheorie (1921) • Lost in Hyperspace (1921) • Geodesic Dome (1922) • Alexander's Horned Sphere (1924) • Banach-Tarski Paradox (1924) • Squaring a Rectangle (1925) • Hilbert's Grand Hotel (1925) • Menger Sponge (1926) • Differential Analyzer (1927) • Ramsey Theory (1928) • Godel's Theorem (1931) • Champernowne's Number (1933) • Bourbaki: Secret Society (1935) • Fields Medal (1936) • Turing Machines (1936) • Voderberg Tilings (1936) • Collatz Conjecture (1937) • Ford Circles (1938) • The Rise of Randomizing Machines (1938) • Birthday Paradox (1939) • Polygon Circumscribing (c. 1940) • Hex (1942) • Pig Game Strategy (1945) • ENIAC (1946) • Von Neumann's Middle-Square Randomizer (1946) • Gray Code (1947) • Information Theory (1948) • Curta Calculator (1948) • Csaszar Polyhedron (1949) • Nash Equilibrium (1950) • Coastline Paradox (c. 1950) • Prisoner's Dilemma (1950) • Cellular Automata (1952) • Martin Gardner's Mathematical Recreations (1957) • Gilbreath's Conjecture (1958) • Turning a Sphere Inside Out (1958) • Platonic Billiards (1958) • Outer Billiards (1959) • Newcomb's Paradox (1960) • Sierpinski Numbers (1960) • Chaos and the Butterfly Effect (1963) • Ulam Spiral (1963) • Continuum Hypothesis Undecidability (1963) • Superegg (c. 1965) • Fuzzy Logic (1965) • Instant Insanity (1966) • Langlands Program (1967) • Sprouts (1967) • Catastrophe Theory (1968) • Tokarsky's Unilluminable Room (1969) • Donald Knuth and Mastermind (1970) • Erdos and Extreme Collaboration (1971) • HP-35: First Scientific Pocket Calculator (1972) Penrose Tiles (1973) • Art Gallery Theorem (1973) • Rubik's Cube (1974) • Chaitin's Omega (1974) • Surreal Numbers (1974) • Perko Knots (1974) • Fractals (1975) • Feigenbaum Constant (1975) • Public-Key Cryptography (1977) • Szilassi Polyhedron (1977) • Ikeda Attractor (1979) • Spidrons (1979) • Mandelbrot Set (1980) • Monster Group (1981) • Ball Triangle Picking (1982) • Jones Polynomial (1984) • Weeks Manifold (1985) • Andrica's Conjecture (1985) • The ABC Conjecture (1985) • Audioactive Sequence (1986) • Mathematica (1988) • Murphy's Law and Knots (1988) • Butterfly Curve (1989) • The On-Line Encyclopedia of Integer Sequences (1996) • Eternity Puzzle (1999) • Perfect Magic Tesseract (1999) • Parrondo's Paradox (1999) • Solving of the Holyhedron (1999) • Bed Sheet Problem (2001) • Solving the Game of Awari (2002) • Tetris is NP-Complete (2002) • NUMB3RS (2005) • Checkers is Solved (2007) • The Quest for Lie Group E8 (2007) • Mathematical Universe Hypothesis (2007) • and a few more recent entries.... Notes and Further Reading • About the Author

Audioactive feat. Adrian Sherwood - Weed specialist (NPA live 1998) youtu.be/CHEhk-vzQ2c?si=8Pjq… @YouTubeより

Because of National Lottery players, funding is helping organisations like AudioActive use music to change young people’s lives. 🎶 Our Ambassador-in-Chief, @ClaudiaWinkle head down to Brighton to visit their studios to see the incredible work they do first-hand. 🎵 @TNLUK

【レビュー】 オーディオ・アクティヴ&ララージ（Audio Active & Laraaji）『The Way Out Is The Way In』唯一無二の音空間を聴かせる95年作が来日記念リイシュー!（bounce） #オーディオ・アクティヴ #AudioActive #ララージ #Laraaji #TheWayOutIsTheWayIn buff.ly/jHaCd5u

"This one, Trump janaab, is not only radioactive but audioactive. If you crush it into a white powder and snort it, I tell you, you will start believing all lies as the truth and shout them from everywhere, even a cricket playground."

#スモーキンシガレットもくもくジャケ貼ろうぜ audioactive から2枚 bag filled with emptiness Back To The Stoned Age

We've got some exciting news... This autumn, we’re opening the doors to Moulsecoomb Place – a new community-driven creative hub developed by East Brighton Trust in partnership with AudioActive. 👉 Find out what’s coming: loom.ly/BCbjve0 #EastBrightonTrust

【ご予約受付中♪】 #ララージ、#オーディオ・アクティブ 『ザ・ウェイ・アウト・イズ・ザ・ウェイ・イン』 "音の曼荼羅"─至高のトリップ・サウンド！ アンビエント界の伝説と東京発ダブバンドが織り成す唯一無二のコラボ作が新装版にて待望再発！ tower.jp/item/6956188?kid=ps… #Laraaji #AudioActive

#Underworld #CJBolland #KenIshii #AudioActive #TakkyuIshino #HaruomiHosono #KayNakayama #MixmasterMorris

Lease signed between @EBT_UK and AudioActive. Welcome to Moulsecoomb Place. 💙 A Hive of purpose, community and delivery. 👌 @DMHStallard 🙏

私audioactiveの世代なんですよ。プライマルスクリームの前座で生ライブも体感。だが、ブルーハーブが抜け落ちてる。日本語hiphopってだけで敬遠してたんだろう。 クソかっこいいな。今だから分かる。言葉って突き刺さるんだな。逆に今知れて良かった!何の先入観もなく初体験で聴けるやん!

It's really a shame that more people didn't take linear algebra with John Conway. He taught it in complete isolation. Like, from the rest of pure mathematics. The Jordan normal form was needed to compute the "audioactive decay" growth constant. It was glorious.

こないだのAudioActiveと言い、今回の通好みなブンブンの選曲と言い相変わらず良いとこ攻めてくるモグさん イコはちゃんと9月の対バン相手選曲

脚上がんないじゃーん スカートなんだから！って風に舞うスカート押さえてる姿は可愛かった ツアーT？いや、本物の偽物のDEADBearですｗ ASPのも着ろーーー！って ニヤリとさせるオマージュしてたら買うかな、こないだ選択してたAudioActiveとか、これはもう見つからないｗ #ASP渋谷

Big news from East Brighton Trust! 🎉 We’re moving into the historic Moulsecoomb Place — and teaming up with the amazing AudioActive to turn it into a buzzing hub for creativity, community, and connection. 🎶🏡 🔗 Read the full story: loom.ly/N_U3_0s #EastBrightonTrust