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#rf16 Roskilde Festival Camping East and West. Creative Commons (CC BY)

PGB Photographer & Creative - © Philip Romeyn - Phillostar Gone Ballistic 2018

What better way to stand out in a sea of Super Bowl ads than to have Christopher Walken talking about socks?

 

The 'Walken Closet' ad by Kia promotes the new Optima, with the famous actor persuading a young man to ditch his beige socks and bring a sense of pizazz to his wardrobe.

 

The beige socks, of course, are just a representation of those who blend in with society - it's the colourful socks (like the Kia Optima) that stand out.

 

Watch the Walken Closet below and tell us what you make of the surreal ad.

All of the photographs in this set is copyright under Creative Commons

Attribution-Noncommercial-No Derivative Works

  

{{creative commons}}

PGB Photographer & Creative - © Philip Romeyn - Phillostar Gone Ballistic 2018

PGB Photographer & Creative - © Philip Romeyn - Phillostar Gone Ballistic 2018

Selfie..no Câmera?

Creative Commons Summit 2017 day III

From Floral Depths editorial.

 

Creative direction, MUAH: Jasmiina Walters

Model: Lotte / Paparazzi

In 2002 Hans Bruno Lund introduced the concept

"Multicomplex Management (MCM)" as a platform

for a new series of management concepts and tools,

e.g. "Expected Creative Potential (ECP)", desig-

ned as personal tools for the CEO of large, multicom-

plex organizations in addition to the traditional mana-

gement concepts and tools.

 

As of January 2010 the new concepts / tools "Multicomplex Management (MCM)" and "Expected Creative Potential (ECP)" were referred to on more than 800.000 websites or 40.000.000 webpages.

 

Literature:

 

Lund, Hans Bruno

Multicomplex Management (MCM)

Version 3

CD-ROM, 741 colored illustrations

Hans Bruno Lund

Skodsborg

Denmark

2009

 

A multicomplex organization:

 

Organization Structure Model used: Nordic Industrial Fund - Nordic Council of Ministers - Bio & Chemistry Division (BCD) - Division REI-activities (Research / Education / Innovation): 5 programmes: NordFood, Nordic Wood, NordPap, NordBio and NordYeast; 748 projects; 6.000 participating private and public companies, institutions, organizations and agencies in 62 countries. BCD connected 180.000 researchers, operators, engineers, technicians and company, organization and agency executives (1998). BCD was - in combination with NordTek (the organization managing the cooperation of the 23 Nordic technical universities) - the largest industrial and technological REI-network in Northern Europe. BCD was a 27.000 ECP Organization connecting 278.000 people totalling 2.7 million ECP. Photo on Picture 1: Hans Bruno Lund visiting the governor of Oulu province, Finland Dr. Eino Siuruainen during a NordTek seminar.

 

Hans Bruno Lund

Contact: hansbrunolund@hotmail.com

 

Pictures to Multicomplex Management (MCM): 1, 2, 3, ... , 16.

 

Multicomplex Management (MCM) Pictures:

Picture 1 - 9 on Page 1

Picture 10 on Page 2

Picture 11 - 12 on Page 6

Picture 13 - 15 on Page 7

Picture 16 on Page 8

 

Multicomplex Management (MCM) is explained in Picture 2.

 

Expected Creative Potential (ECP) is explained in Picture 2.

 

NORDIC INDUSTRIAL FUND

BIO & CHEMISTRY DIVISION (BCD)

 

RESEARCH SUBJECTS A - K:

 

Comment:  are symboles for REI-areas which could

not be transferred from the original file.

 

Absorbent (413) 

Acetylering (366) 

Actin (NY13) 

Acustic (240) 

Adsorption (291/497) 

Aerobic (056/059)

Aeromonas (442) 

Affald (197/369)  XMX

Affedtning (571) 

Akvakultur (339/378/448/483) 

Alkoholfuktvatten - Offset (574) 

Alkyl-aryl-aromater (309) 

Al-legering (202)

Aluminium (680) 

Ammonia (047/462) 

Anaerobic (100)(50%) 

Anaerobic Processes (099-102) 

Ändträförsegling (265)  XMX

Animal Cell Cultures (047/421) 

Antibodies (054/554) 

Antimicrobial Activity (068) 

AOX (087) 

Aquaculture (461) 

Aquaform (362) 

Aroma development (073-076) 

Aroma Transfer in PET (104) 

Aromater (309) 

ARS1 plasmids (NY11) 

Aseptic Safety (126)  XMX

Aseptic Symposium (521)  XMX

Aseptiska processer (338)  XMX

Associativa förtjockare (337)

Atlanterhavslaks (339)

Atlantic cod (065) 

Atlantisk laks (378) 

Automatisk prickräkning (166) 

Avfallsfiber (197)  XMX

Avgaser från stålugn (204)  XMX

Avloppsvatten (5.3/167)  XMX

Avsvärtningsteknologi (227) 

Bacon (075) 

Bacteria (057/090)

Bacteria (066)(067)(068)(069)(070)(072)

Bacteriocins (070/072) 

Bakning - Energi (229)  XMX

Bakteriell njurinflammation (347) 

Balticum II(722) 

Barley (049/050/052/055)  XMX

Barriär och migration (171) 

Bättre finpapper (432) 

Beer (121)  XMX

BENEFISH (570) 

Benzyl (303) 

Bergarter (674) 

Bestruket papper (158/159) 

Betonelement (375) 

Betonelementer (686) 

Betong (266/516)

Bildanalys (318)

Billedanalyse (138) 

Bioautomation (630) 

BioAutomation(533) 

Biodegradation (090/092/093)  XMX

Biofixation (094-098)  XMX

Biofunktionella färgsystem (403) 

Biogasproduktion (354)  XMX

Biohydrometallurgi (397/479)  XMX

Bioleaching (095)  XMX

Biological Degradation (091/439)  XMX

Biological fixation (094)  XMX

Biological off-gas treatment (481)  XMX

Biologisk gasrening (400)  XMX

Biologisk marksanering (465)  XMX

Biomass (249/498)  XMX

Bioorganic synthesis (061) 

Bioorganisk syntese (380) 

Bioorganiska synteser (333) 

Biopreservation (067) 

Biopreservation (067-072) 

Bioprocess Engineering (037-048) 

Bioreactor (037/040/041) 

Bioreactors (045/046) 

BioRecNetwork(542) 

Bioremediation (090)  XMX

Biosamarbete Norden Europa (459) 

Bioseminar (468) 

Biosensors (043) 

Biosorbents (096)

Biosurfaktanter (453) 

BIOTANNOR (595)  XMX

Biotechnica Hannover (474) 

Biotechnology (031-102) 

Bioteknik (329/349/426) 

Bioteknisk metallutvinning (502)  XMX

Biotekniska metoden (2.2.1.4) 

Biotekniske substanser (377) 

Biotekniske substanser (454) 

Bioteknologi (466/490/507) 

Bioteknologi (355) 

Bioteknologikonference (424) 

Biotester (168/170)

Bjelkelag (575) 

Blandsyra (212)

Blåvilling (217) 

Blekning (148) XMX

Blekningens miljöpåverkan (239)  XMX

Bleksteg (143) XMX

Blekteknik (143-152/632) XMX

Blockpolymerer (307) 

Branching enzymes (051) 

Brandsäkra trähus (179/622) 

Broer i tre (184/626) 

Brokarage event (526) 

Brus (153/155) 

BSC (077/078/081)

Bullerskärmar i trä (187)  XMX

Byggkomponenter (532) 

Bygninger - Miljø (615)  XMX

Car.pis. (069) 

Carbohydrates (054/520) 

Catalysis (425)

Cell Cultures (047) 

Cell cycle gene cdc 21 (NY29) 

Cell response (039) 

Cellteknologi (421) 

Cellular Development (458) 

Cellulase (031/060) 

Cellulase enzymes (032) 

Cellulose (057/141) 

Cerealier (263)

Chlorinated compounds (085)  XMX

Chromgarvning (200)  XMX

CIMFISK (563)

Cis-acting mutations (NY30) 

Civil Guard (409)  XMX

Cleaner Production (120)  XMX

Cloned Polysaccharide Genes (509)  XMX

Cloning (051/055/060/NY02/) XMX

Cloning (NY03/NY05)  XMX

CO2-extraktion (414) 

Cod (065) 

Cod trypsin (034)

Collagenolytic enzymes (066) 

Concentration gradients (039) 

Control Methods (118) 

Crude Oil Emulsions (475) 

Cryotin (065) 

Cured in bag bacon (075) 

Cyclodextrin (631)

Dairies (119) 

Dairy Hygiene (117)  XMX

DAIRYNI (616)

Data Management Waste Water (450)  XMX

Databases (035)

Datasystem - Fiskeindustrien (557) 

Datorprogram Limträ (178) 

Defibrering (488)

Degradation (091/100/439)  XMX

Dehydrogenases (060) 

Denitrifikation (491)  XMX

Design of enzymes (356) 

Destillationsregulering (359) 

Dewatering of Sludges (089/438)  XMX

Dextrin (631) 

Dextrinase (055)

Dieelektrisk spektroskopi (135) 

DIXI (612) 

Djuptryck (515)

Djurkroppar (542)

DNA 

DNA coding (NY03) 

DNA gene sequence (NY08/NY28) 

DNA polymeraser (431) 

DNA-metoder (384) 

DNA-symposium (401) 

Doktorandutbytte (555) 

Dörrar (183/546) 

Dryforming paper (231)  XMX

Dynabeads (471)

EDI i træindustrin (599) 

EDISAW - Norden (182/588) 

Egenskaper (178-179) 

EG-netværk (463)

Electronic Miniturisation (629) 

Elektronmikroskopi (137) 

Emulgerte system (436) 

Emulsioner (296) 

Emulsions (112) 

Energi (608) XMX

Energi biomassa (249)  XMX

Energisnåla metoder (619) 

Energy metabolism control (048) 

Environm. Beer Production (121)  XMX

Environm. Biotechnology (085-102)  XMX

Environment (120-122)  XMX

Environmental Seafloor mapping (496)  XMX

Enzymatic lipid modification (083) 

Enzymatic Modification (082-084) 

Enzymatic modifications of lipids (084) 

Enzymatisk affedtning (571) 

Enzymatisk peptidsyntes (251) 

Enzyme Catalysis (425) 

Enzymer (147/571) 

Enzymer fra marine råstoffer (297) 

Enzymes (090/356/635) 

Enzymes in yeast (NY24) 

Enzymes/Lipids-stipend (511) 

EPI (592)  XMX

EROD-aktiviteten (169) 

Eucaryotic tRNA (NY26) 

EUREIN (613)

Eurodyn (398) 

Europastandarder (165-176) 

Evaluation - NordBio (606) 

Expertsystem Medicin (270) 

Expression of genes (NY02) 

Fab domain (NY16) 

Fabrik för blekt massa (277)  XMX

Facadefilm (685) 

Färg (155/207/237/335)  XMX

Färgbrusmätning (155) 

Färger (291/294)  XMX

Färgers reologi (335) 

Färgsystem (403)  XMX

Fartøy (712)

Fartyg (290) 

Fasadytor (541/573) 

Fat (386) 

Fatty Acid Synthethases (452) 

Fatty acids (063)

Fermentated sausage (074) 

Fermentation (038/076/079) 

FerroAlloys (687) 

Fiber (136/197) 

Fiberåtervinning (2.3)  XMX

Fiberlindningsteknologi (295) 

Fibermaterial (2.1) 

Fiberväggens egenskaper (2.2.3) 

FIMS (562)

Fingerskarvning (597) 

Finkemikalieområdet (286) 

Fish Packaging (103)  XMX

Fish Transportation (103)  XMX

Fisk (124/169/395/557/558/563) 

Fisk (267)

Fisk (564/568/570/594/609/617) 

Fiskavfallenzym (268)  XMX

Fiskeoppdrett (301) 

Fiskeriutbildning (219) 

Fiskfars (247)  XMX

Fiskindustriell vattenvård (206)  XMX

Fiskodling (292/412)  XMX

Fission yeast (NY08/NY27/NY29 

Fixation (094)  XMX

Fjernvarmerør (352) 

Flexotryckning (495) 

Flow injection (048) 

Flow processes (040) 

Fluid dynamics (037) 

Fluorescence (111)

FMS i nordisk treindustri (188) 

Foaming in bioreactors (044) 

Fönster (183/537/560) 

Food (607/616/618) 

Food Biotechnology (067-084) 

Food Brokerage (593) 

Food Fat (129) 

Food Hygiene (116-119)  XMX

Food Packaging (103-106/605)  XMX

Förgasning torv (254)  XMX

Förpackningar (548) 

Forskerseminar (569) 

Förstudie kemiområdet (260) 

Förtjockare (337) 

Förureningar (5.2)

Fouling av membran (264) 

Friktion (174) 

Frysfartyg (290)

Frysing (284) 

Fuktvatten (574)

Functional starch types (053) 

Furu kjernved (531) 

Fyrfärgsproduktion (237) 

Fytokemi (289) 

Garvning (194/200/242/246/278)  XMX

Garvning (595)  XMX

Gas (191/254/345/354/400/481)  XMX

Gasrensning (400)  XMX

Gener (NY02) 

Genetic recombination (NY07) 

Genteknik - Utställning (456) 

Genteknologi (327) 

Geometriska tolleranser (218) 

Geotermiska gaser (345)  XMX

Ginsing (258) 

Glasfiber (679) 

Gluten (215) 

Grafiska produkter (241) 

Grain (132) 

Gram-positive cocci (NY17) 

Gran (536) 

Gravity Ice Island (236)  XMX

Grundvandsrensning (486)  XMX

Gruvvatten (298)  XMX

Hallbyggnader i limtræ (577) 

Hälleflundra (483) 

Hållfastighet - Træ (624) 

Hårdförkromningsmetal (415) 

Havskatt (483) 

Health (128) 

Heavy Metals (094-098)  XMX

Hemaglutinin (NY12) 

Hemicellulose (057) 

Hepatocyter (169) 

Hesteblod (336) 

Heuristics (042) 

HH Stansning (536) 

High Pressure (130) 

Hippoglossus (346) 

Höga tryck (248)

Household waste (100)  XMX

Høyutbyttemassa (330)  XMX

HPLC control (041) 

Hudpermeation (358) 

Hum. mon. antikroppar (344/422) 

Human parathyroid hormone (NY09/372) 

Hushållsavfall (434)  XMX

Hydrofobe fasadefilmer (573) 

Hydrofobering (315) 

Hydrogen Al-legering (202) 

Hydrokarbonkjemi (281) 

Hydrolytic Enzymes (064-066) 

Hydrothermal Grain (132) 

Hygiene (075/116-119)  XMX

Hygienic Milk Packages (106)  XMX

Hygienisering foder (273)  XMX

Hygienproblem (470)  XMX

Hygienproblem (503)  XMX

Hyperbarisk CO2 (325) 

Iminobenzyl (303) 

Immunologi (478)

Immuntechnology (510) 

Immunteknologi-NW (517) 

Impregnerat virke (545) 

Industrial Enzymes (056-058/635)

Industrial waste (100)  XMX

Industrisamarbejde Island/Norden (353) 

Infektionsskydd (304) 

Influenza virus (NY12) 

Inneklimasystem (416)  XMX

Inorganic pyrophosphatase (NY18) 

Inorganic pyrophosphate (NY04) 

Instant pulping (256) 

INVIS-projektet (602) 

Islandsk perlit (203) 

Japan (185) 

Järnverk (190) XMX

Jäst- och växtceller (324) 

Jästgenetik (276)

Jordrensning (486)  XMX

Katalysatorgifte (391) 

Katalysatorgifter (280) 

Kem.mek. massa (550)  XMX

Kemikalier (286)

Kemiområdet (260) 

Kemisk massa (144/145)  XMX

Keramer 01 (640) 

Keramer 02 (641) 

Keramer 03 (642) 

Keramer 04 (643) 

Keramer 05 (644) 

Keramer 06 (645) 

Klima (416)  XMX

Kloningsvektorer (310) 

Klorfria bleksteg (143)  XMX

Kloridåtervinning (192)  XMX

Kloridutstötning (209)  XMX

Köksfläktar (238) 

Kolhydrater (393)

Kompositter 01

Kompositter 02

Kompositter 03

Kompositter 04

Kompositter 05

Kompositter 06

Kompositter 07

Konfokal mikroskopi (138) 

Konkurrenceevne (389) 

Konsumentförpackningar (548) 

Koordinatmålemaskiner (514) 

Korntørring (539)

Korrosion (207/223/224/274) 

Kreftrisiko (387)  XMX

Kvalitet (220) 

 

Literature

 

Lund, Hans Bruno

Multicomplex Management (MCM)

Version 3

CD-ROM, 741 colored illustrations

Dr. Hans Bruno Lund, Management Consultant

Skodsborg

Denmark

2009

 

Not available in libraries

  

Flower photographed in macro with a little creative edit applied.

 

March 2017

July 2018 new Safe Creative offices and Espublico Technology

Printable sign for Creative Commons bulletin board set.

 

See a photo of this bulletin board set in use here.

Life is like a wrestling match we grapple with it every single day at times it has us against the ropes expecting us to quit but we can and will finish strong and raise our hands in victory.~Bryant

 

Elementary Kidsmin in a School

 

CPC, GA #3 2164

Creative Commons Summit 2017

G521 and VL362 power 9472 through Morwell adjacent to the old Briquette branch line.

(You will love it even more in Large :-) )

 

A few of our office colleagues had given us this beautiful castle as a gift for our wedding and I knew that it would come real handy during one of the weekends. The weekend before the last one was when I shot this & I loved the way the light was streaming in through our windows. I have been working on getting that perfect black backgrounds for sometime now & this click really made me happy. Hope you like it too.

Creative bike parking in Berlin: space is in high demand.

A man uses a clever contraption to solder a broken radio.

In the foreground, a plastic jar serves as a bellows. The plastic bag on top is lifted up and down by a bolt threaded through the bag. When the bolt is lifted, air enters the bellows through the space in the pipe, seen just above the bellows. When the plunger is dropped, the air rushes through the pipe and into the pile of charcoal. The man with the radio had heated up the tips of metal wires to use as soldering irons.

 

View this trip's GPS track on Everytrail.com here.

"Another favorite; last year's technical, is this year's creative. Have fun with it."

PGB Photographer & Creative - © Philip Romeyn - Phillostar Gone Ballistic 2018

creative commons by marfis75

 

Twitter/ Instagram: @marfis75

 

License: cc-by-sa

you are free to share, adapt - attribution: Credits to "marfis75 on flickr"

Student teacher at work in the classroom.

Biblioteca Latinoamericana Branch.

 

July 21, 2009.

 

Teen Creative Corner.

 

Teens painted a self-portrait or a portrait of another teen. Artwork will be displayed in the Teens area at Biblioteca.

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