ÿþ <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN"> <HTML> <HEAD> <TITLE>Interference Nets, Gerd Heinz, GFaI Berlin</TITLE> <META http-equiv="content-type" content="text/html; charset=ISO-8859-1"> <META name="robots" content="index"> <META name="description" content="GFaI Berlin, Homepage Gerd Heinz"> <META content="Interference Networks"> <META content="Gerd Heinz, mailto:heinz@gfai.de" name="author"> <META content="999; url=http://www.gfai.de/~heinz/index.html" http-equiv="refresh"> </HEAD> <BODY BGCOLOR="#f8f9ff" TEXT="#000000" BACKGROUND="images/back3hin.gif" LINK="#1065b0" VLINK="#888888" ALINK="#555555"> <SPAN style="font-family:'Arial',arial,sans-serif"> <p> <TABLE WIDTH="100%"> <TR> <TD WIDTH="15%"></TD> <TD ALIGN="left"> <p><br><p> <i><FONT size="2"> Any intelligent fool can make things bigger, more complex, and more violent. </i><br> Albert Einstein <p> <a href="news/einstein.htm">further citations...</a> </font> <br><p><br> </FONT></i> </TD> <TD WIDTH="15%"></TD> </TR> </TABLE> <CENTER> <p> <img src="images/descartes.gif" width="500" height="600" border="0" title="Descartes vision of mind and body for analogy between optical and nerve-wave interference?" usemap="#Index"> <map name="Index"> <area shape="rect" coords="170,140,230,80" href="historic/biomodel/models.htm#chiasma" title="Interference Model of Vision, Chiasma Opticum" noop="a"> <area shape="rect" coords="60,420,120,240" href="historic/index.htm#nerves" title="Waves on Wires" noop="b"> <area shape="rect" coords="120,140,180,90" href="publications/papers/2007_DAGA_Musik.pdf" title="Soundspaces - Klangräume" noop="c"> <area shape="rect" coords="130,210,200,150" href="publications/papers/2007_DAGA_Reko.pdf" title="Interference Reconstruction" noop="d"> <area shape="rect" coords="70,500,190,420" href="historic/biomodel/models.htm" title="Interference Models for Nerve Nets" noop="e"> <area shape="rect" coords="320,370,350,280" href="historic/intro/iwk_ilm.htm#daumen" title="Thumb Experiment" noop="f"> <area shape="rect" coords="70,90,180,30" href="historic/biomodel/models.htm#homunculus" title="Penfields Homunculus" noop="g"> <area shape="rect" coords="70,140,120,90" href="historic/index.htm#props" title="Interference Integral Properties" noop="h"> <area shape="rect" coords="230,200,430,30" href="publications/index.htm" title="Heinz Publications" noop="i"> <area shape="rect" coords="430,210,480,10" href="http://www.acoustic-camera.com/" title="Acoustic Camera" noop="j"> <area shape="rect" coords="190,560,330,370" href="publications/presse/index.htm" title="Press Releases, Papers about Acoustic Camera" noop="k"> <area shape="rect" coords="350,310,410,240" href="news/pioneers.htm" title="Meeting the Pioneers" noop="L"> <area shape="rect" coords="410,350,460,280" href="historic/intro/iwk_ilm.htm" title="Nerve Pulse Parameters" noop="m"> <area shape="rect" coords="30,200,70,90" href="historic/index.htm" title="Overview about Interference Nets" noop="n"> <area shape="rect" coords="80,250,130,140" href="historic/intro/intro.htm" title="Noise Location: Konishi-Jeffress Model" noop="o"> <area shape="rect" coords="250,260,320,210" href="publications/NI/index.htm" title="Buchmanuskript: Neuronale Interferenzen, 1993" noop="p"> <area shape="rect" coords="120,250,190,420" href="historic/history/index.htm" title="First Acoustic Images and Films" noop="q"> <area shape="rect" coords="190,280,260,370" href="historic/sim/pain/pain.htm" title="The pain calculus" noop="r"> <area shape="rect" coords="30,200,80,250" href="historic/biomodel/models.htm#bursts" title="Elementary Functions of Neuron" noop="s"> <area shape="rect" coords="130,210,190,250" href="historic/index.htm#neuro" title="Die Mathematik des Nervensystems" noop="t"> <area shape="rect" coords="350,310,410,370" href="historic/pressinf/bilder_d.htm#zoom" title="About zooming I²" noop="u"> <area shape="rect" coords="330,370,460,440" href="historic/pressinf/bilder_d.htm#move" title="About moving I²" noop="v"> <area shape="rect" coords="20,500,190,580" href="historic/pressinf/bilder_d.htm" title="Calculations at nerve system" noop="w"> <area shape="rect" coords="330,500,430,580" href="historic/pressinf/bilder_d.htm#tempo" title="Spatio-temporal maps" noop="x"> <area shape="rect" coords="330,440,390,500" href="historic/pressinf/bilder_d.htm#holo" title="Lashley and the Cross Interference Distance" noop="y"> <area shape="rect" coords="410,210,480,280" href="historic/pressinf/bilder_d.htm#permu" title="Abstraction, Binding problem and a mathematical proof" noop="z"> </map> <font SIZE="2"> <br>Fig.: Mind and body vision of Descartes - modified (<a href="http://en.wikipedia.org/wiki/Mind-body_dualism">source</a>) <br>for analogy between optical and nerve-wave interference. <FONT COLOR="#1065b0"> <br>(Move the mouse slowly over the image) </FONT> </font> </p> <p> <FONT COLOR="#1065b0"> <BR> <H1> Von Netzwerken, die <a href="publications/papers/2007_DAGA_Reko.pdf"> S</a>ehen, <br>H&ouml;ren, F&uuml;hlen oder Denken </H1> <H2>(About Networks, that See, Hear, Feel or Think) <br><p><br> oder ein wenig</H2> <H1> <a href="historic/pressinf/bilder_d.htm"> M</a>athematik des Nervensystems </H1> <br> <p> <center> </* Platz für ein Zitat */> <FONT COLOR="#000000"> <font size="3"> <i> "Man muss etwas Neues machen, <br>um etwas Neues zu sehen!"<br> </font> <font size="2"> Georg Christoph Lichtenberg <p> (If you keep doing it the same way, <br>you ll keep getting the same results) </font></font> </i> </center> <p> <br> <p> <H2> Introduction to Wave <A href="publications/intro/vorwort.pdf">I</A>nterference <A href="publications/intro/interferenznetzwerk.htm">N</A>etworks (<A HREF="news/pioneers.htm">IN</A>) </H2> </FONT> </CENTER> <BR><P><BR> <H1> <FONT COLOR="#1065b0" SIZE="6"><B>Contents</B></FONT> </H1> <TABLE> <TR> <TD WIDTH="15%"> </TD> <TD ALIGN="left"> <P> <br> <FONT COLOR="gray" SIZE="-2"> <b>Interference network (IN) df.:</b> Network with finite fast propagating time functions. The net consists of branches and nodes. Any branch has a single delay (or a set of delays for different time function types -> colored IN, &alpha;-, &beta;-, &gamma;-, &delta;-waves in neurology). Any time function, flowing over a branch, is delayed by the branch delay. Nodes combine different time functions (add, multiply, integrate, fuzzy...). If we suppose, branches have a velocity, the length of a branch corresponds with his delay. Any three-dimensional net structure creates then a corresponding processing structure (advanced filter theory). In opposite to state machines or artifical neural networks <i>it is forbidden</i>, to propagate any signal infinite fast. Any signal flow has a velocity. The definition implements, that clocks have also delays. Data addressing needs coherence of the same signal flowing over different branches. Images can be carried by individual coherence. First application: acoustic imaging with delay or time inversion (1995). G. Heinz </font> <br><p><br> <a href="publications/animations/index.htm"> <img src="publications/animations/Interferenzintegral_mult_gauss.gif" width="380" align=right border="0" title="Wie ein Interferenzintegral zweier Zeitfunktionen entsteht"> </a> <A NAME="interference"></A> <H2><FONT COLOR="#1065b0"> Interference in Nets </FONT> </H2> <DL> <DT>Time function waves, interference integrals and field theory (<A HREF="publications/papers/2010_autosys.pdf">english</A>)</DT> <DT>Wave animations (<A href="publications/animations/index.htm">german</A>) </DT> <DT>Konishi-Jeffress model (<A HREF="historic/intro/intro.htm">german</A>)</DT> <DT>Simulation of wave fields (<A href="historic/pressinf/bilder_d.htm">german</A>) </DT> <DT>About time-functions (<A href="publications/intro/vorwort.pdf">german</A>) </DT> <DT>Pioneers of interference nets research (<A HREF="news/pioneers.htm">english</A>) </DT> <DT>Interference network (<A href="publications/intro/interferenznetzwerk.htm">german</A>) </DT> <DT>Understanding somatotopic areas (<A href="publications/intro/somatotopie.htm">german</A>) <DT>Edith's Fliege (<A href="publications/intro/fliege.htm">german</A>) </DT></DT> <DT>Application: Acoustic Camera (<A href="publications/intro/akustische_kamera.htm">german</A>) </DT> <DT>Noise images (<A HREF="historic/index.htm#noise">german/english</A>) </DT> <DT>Interference integral properties of nerve nets (<A HREF="historic/index.htm#neuro">german/english</A>) </DT> <DT>Mystery of nerve calculus (<A href="publications/intro/geheimnis.htm">german</A>) </DT> <DT>A story behind the idea (<A href="publications/intro/story.htm">german</A>) </DT> <DT>Some highlights (<A HREF="publications/intro.htm">german</A>) </DT> <DT>Interference integrals for acoustic images (<A href="publications/papers/2007_DAGA_Reko.pdf">german</A>)</DT> </DL> <P><BR> <A NAME="noise"></A> <H2><FONT COLOR="#1065b0"> Discovery of Acoustic Photo- and Cinematography</FONT> </H2> <a href="publications/movies/index.htm"> <img src="images/runup.gif" width="220" align=right border="0" title="Bildfolge von Interferenzintegralen von 32 Zeitfunktionen als akustischer Film (Interferenz-Rekonstruktion)"> </a> <DL> <DT>Early history of a new technology (<A HREF="historic/index.htm#noise">german/english</A>) </DT> <DT>Virtual waves and acoustic images (<A HREF="publications/papers/2006_ZfP.pdf">german</A>) </DT> <DT>History and application in car-industry (<A HREF="publications/papers/2005_Wien.pdf">german</A>) </DT> <DT>Interference-reconstruction (<A HREF="publications/papers/2007_DAGA_Reko.pdf">german</A>) </DT> <DT>Reports about the invention (1997) (<A HREF="publications/presse/index.htm#1997">german</A>) </DT> <DT>Some highlights 1996 (<A HREF="publications/annual/96_PSI.pdf">german</A>) </DT> <DT>The first acoustic image 1994 (<A HREF="publications/annual/94_Neuro.pdf">german</A>) </DT> </DT> <DT>First acoustic photos and films (<A HREF="historic/index.htm#noise">german/english</A>) </DT> <DT>Early acoustic films in high quality (<A HREF="publications/movies/index.htm">english</A>) </DT> </DL> <P><BR> <A NAME="pubs"></A> <H2><FONT COLOR="#1065b0"> Publication Directories </FONT> </H2> <a href="historic/index.htm#neuro"> <img src="images/g800x_3d.gif" width="350" align=right border="0" title="Interferenzintegral 'G' dreier Zeitfunktionen (rekonstruktiv)"> </a> <DL> <DT>Papers (<A HREF="publications/index.htm">german/english</A>) </DT> <DT>Press, television and events (<A HREF="publications/presse/index.htm">german</A>) </DT> <DT>Annual reports (<A HREF="publications/annualreports.htm">german</A>) </DT> <DT>Project reports (<A HREF="publications/projects.htm">german</A>) </DT> <DT>Workshops (<A HREF="historic/bionet/index.htm">english</A>) </DT> <DT>Technical docs (<A HREF="techdocs/index.htm">german</A>) </DT> <DT>Restricted download directory (<A HREF="http://www.gfai.de/projekte/spspba/index.html">german</A>) </DT> <DT>Interference integral animations (<A href="publications/animations/index.htm">german</A>) </DT> <DT>Historical Milestones - letters, reports (<A HREF="historic/index.htm">german</A>) <DT>Impressions (<A HREF="images/index.htm">english</A>) </DT> </DT> </DL> <P><BR> <p> <img src="images/3d3.jpg" width=580> <br><font size="2"> Fig.: Introducing 3-dimensional interferencial noise reconstructions (reports: <a href="http://www.gfai.de/~heinz/publications/annual/99_IMF.pdf">1999</a>, <a href="http://www.gfai.de/~heinz/publications/annual/00_3DS.pdf">2000</a>) </font> <p><br><p> <a href="historic/biomodel/squids/squids.htm"> <img src="historic/biomodel/squids/squid.jpg" width="200" align=right border="0" title="Waves on animals"> </a> <A NAME="links"></A> <H2><FONT COLOR="#1065b0"> Links </FONT> </H2> <DL> <DT>Acoustic Camera <A HREF="http://www.acoustic-camera.com">www.acoustic-camera.com</A>, <A HREF="http://www.akustische-kamera.de">www.akustische-kamera.de</A> </DT> <DT>Company <A HREF="http://www.gfai.de/pinboard/index.html">GFaI-News</A></DT> <DT>GFaI <A HREF="http://www.gfai.de">www.gfai.de</A> </DT> <DT>GFaI-location <A HREF="http://www.gfai.de/kurzinfo/standort/index.html">Map of Adlershof</A> (400 meter to S-Bahn station Adlershof)</DT> <DT>Way to GFaI <A HREF="http://www.gfai.de/kurzinfo/standort/verkehr.html">Public transportation</A> </DT> <DT>City-map of Berlin <A HREF="http://www.berlin.de/stadtplan/map.asp?sid=72e716180beb39d95680acf7cf170aed&amp;size=5x5">www.berlin.de</A></DT> <DT>Hotels <A HREF="./location/hotelsaroundahof.htm">close to GFaI</A></DT> <DT>GFaI-Informationen <a href="http://www.gfai.de/trab/trab_info.html">(PDF)</a> </DT> <DT>Wista - Science Park Berlin-Adlershof <A HREF="http://www.adlershof.de/index.php?id=news">Wista-News</A> </DT> </DL> <P><BR> <a href="historic/pressinf/bilder_d.htm"> <img src="historic/sim/s_lang_mov.gif" width="160" align=right border="0" title="Projektive Interferenz von vier Zeitfunktionswellen (zeitlich vorwärts gerichtet)"> </a> <A NAME="news"></A> <H2><FONT COLOR="#1065b0"> News </FONT> </H2> <DL> <DT>Empfehlungen der Kommission <A HREF="news/dfg_empfehlungen.pdf">"Selbstkontrolle in der Wissenschaft"</A> (lokale Kopie)</DT> <DT>Online-Dissertationen <A HREF="http://search.dissonline.de/">in der Nationalbibliothek</A></DT> <DT>Online-Dissertationen <A HREF="http://jorge.ub.fu-berlin.de/work/DissSearch">an der FU Berlin</A></DT> <DT>Online-Dissertationen <A HREF="http://edoc.hu-berlin.de/">an der HU Berlin</A></DT> <DT>Online-Dissertationen <A HREF="http://edocs.tu-berlin.de/diss/index.html">an der TU Berlin</A></DT> <DT><i>Uncovered science - </i> <a href="news/index.htm">scientific discussions over and around the world</a> (de/en) </DT> </DL> <P><BR> <a href="historic/index.htm#neuro"> <img src="historic/images/konju.gif" width="280" align=right border="0" title="Überlagerung projektiver Ströme (zeitlich vorwärts) in einem nervlichen Netzwerk"> </a> <A NAME="awards"></A> <H2><FONT COLOR="#1065b0"> Awards </FONT> </H2> <DL> <DT>2008 DVS/Abicor-Innovationspreis <a href="publications/presse/contents/abicor/innopreis2008.htm">lokale Kopie</a>, <a href="awards/2008_abicor.pdf">Urkunde</a>, <a href="publications/presse/contents/abicor/index.htm">Bilder</a> </DT> <DT>2005 Nominierung Deutscher Zukunftspreis <a href="publications/presse/contents/zukpreis/nominierung/www.deutscher-zukunftspreis.de/newsite/2005/index.html">Homepage</a>, <a href="awards/2005_zukpreis.pdf">Urkunde</a>, <a href="publications/presse/contents/zukpreis/index.htm">Bilder</a> </DT> <DT>2003 Innovationspreis Berlin-Brandenburg <A HREF="http://www.gfai.de/trab/gfaiin_26_4_2003.pdf">Bericht</A>, <A HREF="http://www.tagesspiegel.de/zeitung/Sonderthemen;art893,2266290">Presse</A>, <a href="awards/2003_innobb.pdf">Urkunde</a></DT> <DT>2001 Otto von Guericke Preis <A HREF="http://www.gfai.de/trab/gfaiin_17_3_2001.pdf">Bericht</A>, <A HREF="publications/presse/contents/OvG_Preis/Preisverleihung/index.htm">Bilder</A>, <a href="awards/2001_ovg.pdf">Urkunde</a></DT> <DT>1987 Nationalpreis für erste Telefon-ICs (ISDN) <A HREF="awards/1987_npt.pdf">(Urkunde)</A></DT> <DT>1985 Informatik-Kurse in der Volkshochschule <A HREF="awards/1985_urania.pdf">(Urkunde)</A> </DT> <DT>1984 Für den ersten Berliner Schaltkreis/Integrated Circuit <A HREF="awards/1984_banner.pdf">(Urkunde)</A> </DT> </DL> <P><BR> <A NAME="fun"></A> <H2><FONT COLOR="#1065b0"> Seitenzertifikate </FONT> </H2> <DL> <DT>Seitensuchergebnis nach RoHS-Konformität filtern (<A HREF="news/einstein.htm">german</A>) </DT> <DT>ISO-9002 Zertifizierung anzeigen (<A HREF="news/einstein.htm">german</A>) </DT> <DT>Hier finden Sie das CE-Zertifikat dieser Seite (<A HREF="news/einstein.htm">german</A>) </DT> <DT>TÜV-Zertifikat der Seite anzeigen (<A HREF="news/einstein.htm">german</A>) </DT> </DL> <P><BR> <hr> <h2> <a href="http://www.gfai.de"> <img src="images/gfaiwebg.gif" width="160" align=right border="0" title="Copyrights: Gitte Griepentrog/GFaI"> </a> <FONT COLOR="#1065b0"> <B>Impressum</B> </FONT> </h2> <FONT size=-1><B> GFaI e.V.<BR> Dr. G. Heinz<BR> Volmerstr. 3<BR> D-12489 Berlin<BR> Germany<p> Tel. +49 30 814 563 - 300 (Zentrale)<BR> <A HREF="mailto:heinz@gfai.de">heinz@gfai.de</A><P> <P> <P> </center> <hr> <p><br><br> <font size=-1 color="gray"> <p> <marquee align="middle" scrollamount="4" scrolldelay="1"> ... Mikroprozessoren werden immer schneller. Wird die Signallaufzeit von Taktsignalen länger als die Taktdauer (Ist), wird Synchronität zum Glückstreffer: Die Zukunft der Gigahertz-Mikroelektronik gehört den Interferenznetzen ... ... Liegt die Signallaufzeit durch das Nervensystem bei einem hundertfachen der Signaldauer (Spike), sind Interferenznetzwerke als Modellbasis unverzichtbar ... ... Erste akustische Bilder und Filme entstanden 1995 als Demo für einfachste Eigenschaften von Interferenznetzwerken ... ... Wellenoptik baut auf Interferenznetze. Radar und Sonar können mit Interferenznetzen ebenso simuliert werden, wie zellulare Automaten, das Jeffress-Modell des Hörens oder der visuelle Cortex ... ... Die Grundlage der Systemtheorie - die Faltung - kann als Interferenznetz interpretiert werden ... ... Find hundrets of pages at http://www.gfai.de/~heinz ... </marquee> </font> </p> <center> <FONT COLOR="#999999"> <B> <H3> <li> Waves on Wires <li> Time-Function as Wave <li> Neural Interference Circuits <li> Non-Materialistic Field Theory <li> Acoustic Photo- and Cinematography <li> Self-Interference and Cross-Interference Properties <li> Integration between System-, Control-, Circuit- and Field Theory <li> Interferences in Optics, Acoustics, Electrics, Nerves <li> Wave Fields and Interference Integrals </H3> </B> </FONT> </center> <br><br> <hr> <i> <font size="2"> <p> ... cominciai a credere, che uno, che lascia un opinione imbevuta col latte, e seguita da infiniti, per venire in un altra da pochissimi seguita, e negata da tutte le scuole, e che veramente sembra un paradosso grandissimo, bisognasse per necessità, che fusse mosso, per non dir forzato, di ragioni piu efficaci. <p> ... ich begann zu glauben, daß einer, der eine Meinung, die er schon mit der Muttermilch aufgesogen hat und der unzählige gefolgt sind, aufgibt, um zu einer anderen zu gelangen, die nur verschwindend wenige teilen und die von allen Schulen abgelehnt wird und die auch tatsächlich ein riesiges Paradoxon scheint, daß ein solcher also unbedingt von tieferliegenden Argumenten angetrieben, wenn nicht geradezu gezwungen sein müsste. <p></i> Galileo, Dialogue on the Two Greatest World Systems, 2nd Day. <br> Zitat aus <a href="http://www.mikomma.de/schroedinger.htm">Schrödinger, Erwin</a>: Are there Quantum Jumps? <br> Part I, The British Journal for the Philosophy of Science, 3 (1952), 109-123 </font> <p> <hr> <p> <font size=-1> <P> File created june 30, 2005; permanently edited and modified. <br> Page location <a href="http://www.gfai.de/~heinz/">http://www.gfai.de/~heinz</A> <br> The old directory http://www.gfai.de/www_open/perspg/heinz.htm is removed. <br> <p> © Copyrights for all subsequent pages: If not otherwise noted, any non-profit usage <br> and redistribution is allowed with the name of the author in writing. </p> <p>Haftungsauschluß: Für den Inhalt externer Links wird keinerlei Haftung übernommen. <br> Liability exclusion: No warranty for the content of external links.</p> </font> <p> <br> <p> </TD> <TD WIDTH="15%"> </TD> </TR> </TABLE> <BR> <BR> </SPAN> </BODY> </HTML>