2D, 1D, and 0D oeuvres, Research, Technology and Business
Des oeuvres en 2D, 1D et 0D, et la Recherche et l'Entreprise
Des oeuvres en 2D, 1D et 0D, et la Recherche et l'Entreprise
2D oeuvres : flat works / tableaux
Sciences impossible
Conversion de pensée en matière
L'espace entre mardi et mercredi
Un milliardième d’éternité au cœur du Soleil
Isotope Haïku 19
Une seconde à la vitesse d’un jour
Rouge (grossissement de 8,5 millions)
Photo de 2 secondes au bord d'un trou noire
Le karma d’oxygène
Conversion de pensée en matière
L'espace entre mardi et mercredi
Un milliardième d’éternité au cœur du Soleil
Isotope Haïku 19
Une seconde à la vitesse d’un jour
Rouge (grossissement de 8,5 millions)
Photo de 2 secondes au bord d'un trou noire
Le karma d’oxygène
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Tableaux : 50x50cm, imprimé sur aluminium. Série de 8 œuvres, chacune en édition limité à 4 (avec certificat d'authenticité numéroté).
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Capturant les vérités scientifiques avec humour, nous offrons une collection de 8 œuvres d’images des extrêmes de la science, et des notions impossibles. Ces tableaux entournent la science dans la plaisanterie, et sont en même temps plutôt soutenues par les théories du temps, l’espace, et matière. |
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Par exemple, la « Conversion de pensée en matière » à l’air ridicule. La théorie de la relativité d’Einstein, E = mc2 note que l’énergie peut être convertie en matière ; que l’énergie et la matière sont interchangeables. Aussi, la plupart de ce que nous voyons autours de nous sont des créations des humains. Le mûr, la rue, vos vêtements, même ces mots… tout était une pensée, une idée, qui a été réalisée sous forme physique par des êtres-humains. La conversion de pensée en matière est encore plus réelle et vivante que ne le remarque la science.
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Collection 'Sciences Impossible'
Sur l’aluminium brossé
Conversion de 0,0000005 kilogramme de pensée en matière. Grossissement 12 500 000 x
Conversion of 0.0000005 kilograms of thought into matter. 12,500,000 times magnification
Rouge, sous un grossissement de 8,5 millions de fois
Red, viewed at 8.5 million times magnification
La création d’un milliardième d’éternité au cœur du Soleil, à un grossissement de 7 000 000 x, à 2 heures 20 du matin
Creation of one billionth of eternity at the heart of the Sun, at 7,000,000 x magnification, taken at 2:20 a.m.
Le karma de l’oxygène, à 99% de la vitesse de la lumière (grossissement 7 800 000 x)
The karma of oxygen, at 99% of the speed of light (7,800,000 x magnification)
Une distorsion temporelle de 2 secondes à la périphérie d'un trou noir, à un grossissement de 4 000 000 X. Cette image était délicate à prendre. J'ai failli faire tomber la caméra.
A 2-second time distortion at the edge of a black hole, at 4,000,000 X magnification. This image was difficult to take. I nearly dropped the camera in.
Une seconde, ralentie à un jour, puis capturée sur une longue exposition à un grossissement de 5 millions de fois.
One second, slowed down to a day, then captured on long exposure at 5 million times magnification.
Sur l’aluminium blanc
L'espace entre mardi et mercredi, à 7300°C
The space between Tuesday and Wednesday, at 7,300°C
Haïku 19 syllabes, isotope rare, imagé par holoférométrie Neutrino, à 4200°C. Grossissement 200 000 x
Rare 19 syllable Haiku isotope, imaged using Neutrino holoferometry at 4,200°C. 200,000 x magnification
Sur l’aluminium brossé
Conversion de 0,0000005 kilogramme de pensée en matière. Grossissement 12 500 000 x
Conversion of 0.0000005 kilograms of thought into matter. 12,500,000 times magnification
Rouge, sous un grossissement de 8,5 millions de fois
Red, viewed at 8.5 million times magnification
La création d’un milliardième d’éternité au cœur du Soleil, à un grossissement de 7 000 000 x, à 2 heures 20 du matin
Creation of one billionth of eternity at the heart of the Sun, at 7,000,000 x magnification, taken at 2:20 a.m.
Le karma de l’oxygène, à 99% de la vitesse de la lumière (grossissement 7 800 000 x)
The karma of oxygen, at 99% of the speed of light (7,800,000 x magnification)
Une distorsion temporelle de 2 secondes à la périphérie d'un trou noir, à un grossissement de 4 000 000 X. Cette image était délicate à prendre. J'ai failli faire tomber la caméra.
A 2-second time distortion at the edge of a black hole, at 4,000,000 X magnification. This image was difficult to take. I nearly dropped the camera in.
Une seconde, ralentie à un jour, puis capturée sur une longue exposition à un grossissement de 5 millions de fois.
One second, slowed down to a day, then captured on long exposure at 5 million times magnification.
Sur l’aluminium blanc
L'espace entre mardi et mercredi, à 7300°C
The space between Tuesday and Wednesday, at 7,300°C
Haïku 19 syllabes, isotope rare, imagé par holoférométrie Neutrino, à 4200°C. Grossissement 200 000 x
Rare 19 syllable Haiku isotope, imaged using Neutrino holoferometry at 4,200°C. 200,000 x magnification
1D oeuvres : literature
0D MMADH - Ice Cream
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Research / Recherche
Matt Smart managed several UK research funds at the University of Oxford, in the Natural Environment, Biotechnology and Biosciences, Science and Technology Facilities, and non-academic partnerships with research. During 2015 to 2020 the funds value which Matt Smart managed was typically a total of between £500,000 and £7,000,000 per year. In 2013 Matt introduced the Knowledge Exchange Seed Fund, to begin partnerships between academics and non-academic external partners.
Matt Smart managed several UK research funds at the University of Oxford, in the Natural Environment, Biotechnology and Biosciences, Science and Technology Facilities, and non-academic partnerships with research. During 2015 to 2020 the funds value which Matt Smart managed was typically a total of between £500,000 and £7,000,000 per year. In 2013 Matt introduced the Knowledge Exchange Seed Fund, to begin partnerships between academics and non-academic external partners.
Academically Matt Smart is published in psychology and psychiatry, with over 350 academic citations in peer-reviewed journals.
Sur le plan académique, Matt Smart est publié en psychologie et en psychiatrie, avec plus de 350 citations académiques dans des revues à comité de lecture.
1. "Teen-aged mothers in contemporary Britain", Moffitt TE, E-Risk Study Team, 2002. Journal of Child Psychology and Psychiatry. (Sep;43(6):727-42).
http://www.ncbi.nlm.nih.gov/pubmed/12236608
2. "Can women provide reliable information about their children's fathers? Cross-informant agreement about men's lifetime antisocial behaviour",
Caspi A, Taylor A, Smart M, Jackson J, Tagami S, Moffitt TE, 2001. Journal of Child Psychology and Psychiatry. (Oct;42(7):915-20).
http://www.ncbi.nlm.nih.gov/pubmed/11693586
Sur le plan académique, Matt Smart est publié en psychologie et en psychiatrie, avec plus de 350 citations académiques dans des revues à comité de lecture.
1. "Teen-aged mothers in contemporary Britain", Moffitt TE, E-Risk Study Team, 2002. Journal of Child Psychology and Psychiatry. (Sep;43(6):727-42).
http://www.ncbi.nlm.nih.gov/pubmed/12236608
2. "Can women provide reliable information about their children's fathers? Cross-informant agreement about men's lifetime antisocial behaviour",
Caspi A, Taylor A, Smart M, Jackson J, Tagami S, Moffitt TE, 2001. Journal of Child Psychology and Psychiatry. (Oct;42(7):915-20).
http://www.ncbi.nlm.nih.gov/pubmed/11693586
Technology and Business
The UK government, when it was functional back in 2015, instigated a national assessment of strengths and potentials in UK research and enterprise in emerging technological fields. The purpose was to assess the nation's global positioning of future technology strengths, to inform extensive government investment in research and technology, and to navigate and steer priorities and investments of businesses, investors and the public sector.
Matt Smart led the management and co-ordination of the consortium of organisations which produced the national report for Oxfordshire. The consortium included the European Space Agency, UK leads on quantum engineering technologies, on satellite observation and data, and on self-drive car technology, the UK Atomic Energy Authority, the national Hydrology Centre, global construction firms and medicine and biotech firms, Airbus, intellectual property and investment experts, and the national Science and Technology Facilities Council, and several others. Matt was a lead author of the final report to government, which then informed government investment strategy (when the UK government could still understand and co-ordinate anything). The then Minister, Jo Johnson, was the government minister with oversight of the process. (Jo left government in order to distance himself from his greedy egotistical philandering ambitiously dishonest clown-and-not-in-a-funny-way brother.) The overall national process and the resultant reports were called 'Science and innovation audits'. The purpose was to help local and regional areas to map their research and innovation strengths and identify areas of potential global competitive advantage, and to inform government spending priorities in an increasingly competitive world where many nations were emerging as technological giants with huge capacity for research and business investment.
The Department for Business, Energy and Industrial Strategy (BEIS) invited consortia, formed around geographic and technological themes, to apply to be involved in the science and innovation audit (SIA) process. These consortia were made up of businesses, universities, research and innovation organisations, Local Enterprise Partnerships (LEPs) and their equivalents in the devolved administrations.
Matt Smart led this process for Oxfordshire, with links into other parts of the UK. Such technology and innovation knowledge continues to inspire his work, particularly the emotional communication methods of the creative process. Science and technology can frame questions and create answers, but it takes kindness and will to put the best solutions into practice. These are emotional aspects of societal development and cohesion. Science may be 'why', and 'how', and 'whether' we live. The arts are why we live.
Link to the SIA process: https://www.gov.uk/government/publications/science-and-innovation-audits-second-reports-published
Link to the SIA report from the Oxfordshire consortium (Matt is second author, after his boss's boss at the time): https://www.oxfordshirelep.com/sites/default/files/uploads/OxTTA%20SIA%20report%20-%20September%202018.pdf
The UK government, when it was functional back in 2015, instigated a national assessment of strengths and potentials in UK research and enterprise in emerging technological fields. The purpose was to assess the nation's global positioning of future technology strengths, to inform extensive government investment in research and technology, and to navigate and steer priorities and investments of businesses, investors and the public sector.
Matt Smart led the management and co-ordination of the consortium of organisations which produced the national report for Oxfordshire. The consortium included the European Space Agency, UK leads on quantum engineering technologies, on satellite observation and data, and on self-drive car technology, the UK Atomic Energy Authority, the national Hydrology Centre, global construction firms and medicine and biotech firms, Airbus, intellectual property and investment experts, and the national Science and Technology Facilities Council, and several others. Matt was a lead author of the final report to government, which then informed government investment strategy (when the UK government could still understand and co-ordinate anything). The then Minister, Jo Johnson, was the government minister with oversight of the process. (Jo left government in order to distance himself from his greedy egotistical philandering ambitiously dishonest clown-and-not-in-a-funny-way brother.) The overall national process and the resultant reports were called 'Science and innovation audits'. The purpose was to help local and regional areas to map their research and innovation strengths and identify areas of potential global competitive advantage, and to inform government spending priorities in an increasingly competitive world where many nations were emerging as technological giants with huge capacity for research and business investment.
The Department for Business, Energy and Industrial Strategy (BEIS) invited consortia, formed around geographic and technological themes, to apply to be involved in the science and innovation audit (SIA) process. These consortia were made up of businesses, universities, research and innovation organisations, Local Enterprise Partnerships (LEPs) and their equivalents in the devolved administrations.
Matt Smart led this process for Oxfordshire, with links into other parts of the UK. Such technology and innovation knowledge continues to inspire his work, particularly the emotional communication methods of the creative process. Science and technology can frame questions and create answers, but it takes kindness and will to put the best solutions into practice. These are emotional aspects of societal development and cohesion. Science may be 'why', and 'how', and 'whether' we live. The arts are why we live.
Link to the SIA process: https://www.gov.uk/government/publications/science-and-innovation-audits-second-reports-published
Link to the SIA report from the Oxfordshire consortium (Matt is second author, after his boss's boss at the time): https://www.oxfordshirelep.com/sites/default/files/uploads/OxTTA%20SIA%20report%20-%20September%202018.pdf
