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Page 13: Luckily, I rather enjoyed skydiving : during those 20 seconds of freefall, no one can yell at you! I became addicted to adrenalin |
1978 |
In the beginning, I jumped like everyone and like all the equipment, in TAPs (airborne troops). The parachute, a simple half-sphere, could not be steered in the air and opened automatically (we said “en commandé”, controlled) because the static line which pulled the parachutes open was attached to the Saint Andrew’s cross on the plane. Everyone jumped out at the same time, all from one big plane, at a point chosen in the plane by its width, after a first pre-test with a mini-parachute. Everyone landed more or less in the same spot. As we jumped with our guns, we had to throw them away from us, 5 metres before landing, to avoid breaking a leg on it. We attached it with a string to keep from damaging or losing it. Then, as I was good at it, I was recruited into the base’s sports team and we jumped with wings, parachutes with a slit that let you steer. And no gun. Cool. We practiced precision landing (landing with your right foot on a handkerchief bolted to the ground). When we jumped out of the (small, this time) plane, the field we were landing in rather resembled a handkerchief itself. After 50 successful automatic jumps, while pretending to open the parachute by ourselves, we were allowed to skydive. My record is 20 seconds of freefall. Don’t laugh, that’s quite long! To parachute from a small plane (see below on this page) you have to crawl out of the small door to get your feet on the wing strut. At this point you’re facing the propeller with the wind raging at you face-on. To avoid twisting and wrapping the rope around your neck, you have to jump in a crouching position. Then, you fall. Really. At this point what you need to do is -- slowly and in perfect symmetry, if not, you spin – bring your hands towards your chest to grasp the handle which opens the parachute. Next, you get whacked hard in the back as the parachute unfurls. Then, you can steer your parachute left or right by pulling on the right straps. This isn’t as easy as it sounds, the wind often changes at different altitudes. It goes without saying, the parachutes then weren’t as advanced as the ones now (2004). In freefall, there wasn’t even an automatic parachute deployment feature. So you had to open it. Just don’t lose consciousness! |
Throughout my lovely stay with the Disciplinary Military Base in Drachenbronn, I was able to sneak out, discretely, every night to live in a small farmhouse rented for next to nothing in the nearest village, Birlenbach. It was thanks to this small escape that I was able to keep my spirits up and it still makes me chuckle today. Not “The Great Escape”, but close! |
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Boris Vian : Le déserteur Mister President I wrote you a letter Maybe you’ll read it If you have the time I just received My military papers To go to war Before Wednesday evening Mister President I don’t want to do it I am not on this earth To kill poor people It is not meant to anger you I need to tell you My decision is made I am going to desert Since I was born I saw my father die I saw my brothers leave And my children cry My mother has suffered so She is in her grave And laughs at bombs And laughs at the worms When I was a prisonner My wife was stolen from me My soul was stolen from me And my cherished memories Tomorrow in the morning I will shut the door On dead years I will follow the roads I will beg for my life On the roads of France Of Brittany in the Provence And I will tell the people : Refuse to obey Refuse to do it Do not go to war Refuse to leave If you need to give your blood Go give yours You are a good apostle Mister President If you come after me, tell your gendarmes That I will not be armed And that they can shoot. |
I summarize it all with photos, as usual. |
I would go skydiving again 15 years later in Canada, near Vancouver, with Angel Swanson. |
My exit is flawless, of course. |
Parasailing in Polynesia with Frédérique. |
I would also go skydiving again 30 years later in the deserts of Nevada with Frédérique, a monitor, and a GoPro. If only I had had a GoPro during all my years of adventuring! |
From very very high up, 5km high in fact (half the cruising altitude of a commercial airliner) and in total comfort. |
I attended the commemmorations of the 70th D-Day anniversary in Normandy and saw the – somewhat modernized – Airborne troops parachuting. No longer necessary to jump with “crouching with arms stretched out”. |
Using the front-mounted small emergency parachute. |
19 May 2018 : La Fête Aérienne 2018 (Aerial Festival) « le Temps Des Hélices » in La Ferté Allais No, don’t worry, the photo is the right way up. |
Le 07 septembre 2019 : 5-7 September 2019: The Victory Day in Leicestershire, England. |
Thank you to Hartmut and Carlos for the paragliding. 440-metre-high cliff, one of the tallest in the world, in Madeira. |
9 May 2018 : Sand yachting on la côte d'Opale with Frédérique Gorsky |
7 January 2017 : With Frédérique in the La Villette wind tunnel. |
Thank you Photoshop. |
Il n'y a qu'en Tchéquie où l'on peut amener sur un aérodrome des jolies filles et les photographier nues. Heureusement, j'ai fait beaucoup de parachutisme dans ma jeunesse ! |
Partial eclipse of the Moon, seen from Paris, in my courtyard, in Port Royal, on July 16, 2019.
Those are gorgeous pictures of the Moon, I love how you included the night version of the "UFO" and then the day version showing it is a lamp. That is wonderful! I have stopped using Facebook, it was taking up too much of my time. I also think it is a little bit awful and actively screwed up the elections for the US helping put Trump in office. But it does have its good side, such as getting to see your pictures, and I really miss that. So I may start using it again, who knows? I am so happy you emailed me when you didn't see me on Facebook. Thank you for doing that! I am involved with a very exciting project now which is taking up my time - NASA's TESS planet hunter space telescope. The observatory I work with got accepted into their "follow up" program which means I'm part of the group of astronomers who get to see the data first. The TESS cameras have huge pixels that can have more than one star in each pixel, so when an exoplanet crosses in front of its star (from our point of view), there is a small dip in the light. The TESS cameras will detect the small dimming which triggers an alert that there may be an exoplanet somewhere in the sky area covered by the huge pixel. We get a list of those coordinates in the sky and then it's our job to follow up using our ground based telescope to see which star is dimming in brightness. I hope I have explained it well, it is so exciting to be involved with this work! What could be more fun than finding planets outside our solar system? This gives a good overview of what TESS does: https://www.nasa.gov/content/about-tess The Transiting Exoplanet Survey Satellite (TESS) is the next step in the search for planets outside of our solar system, including those that could support life. The mission will find exoplanets that periodically block part of the light from their host stars, events called transits. TESS will survey 200,000 of the brightest stars near the sun to search for transiting exoplanets. TESS launched on April 18, 2018, aboard a SpaceX Falcon 9 rocket. TESS scientists expect the mission will catalog thousands of planet candidates and vastly increase the current number of known exoplanets. Of these, approximately 300 are expected to be Earth-sized and super-Earth-sized exoplanets, which are worlds no larger than twice the size of Earth. TESS will find the most promising exoplanets orbiting our nearest and brightest stars, giving future researchers a rich set of new targets for more comprehensive follow-up studies. And here is more about the Follow Up program if you want to see examples of the data. I know you would love the math. https://heasarc.gsfc.nasa.gov/docs/tess/followup.html I hope you are doing well, it is always wonderful to hear from you.
TESS = Transiting Exoplanet Survey Satellite Le Transiting Exoplanet Survey Satellite (en français « Satellite de recensement des exoplanètes en transit »), plus connu par son acronyme TESS, est un petit télescope spatial consacré à la recherche d'exoplanètes lancé le 18 avril 2018. TESS a pour principal objectif de recenser de manière systématique les exoplanètes proches et de détecter plusieurs dizaines de planètes telluriques gravitant dans la zone habitable d'étoiles à la fois brillantes et proches. Pour y parvenir, le télescope spatial, qui utilise la méthode de détection des transits, observera pratiquement tout le ciel en consacrant 27 jours à chaque secteur de la voute céleste. TESS observera des étoiles en moyenne 30 à 100 fois plus brillantes que celles étudiées par le télescope spatial Kepler, facilitant ainsi la détection de planètes de petite taille malgré le recours à des détecteurs beaucoup moins performants que ceux de Kepler. Les observations de TESS porteront en particulier sur des étoiles de type spectral G — catégorie à laquelle se rattache le Soleil — et K. Du fait de la durée des observations, les planètes détectées devraient avoir en moyenne une période orbitale d'une dizaine de jours. Les planètes détectées par TESS doivent être ensuite étudiées plus en détail par des instruments plus puissants comme le télescope spatial infrarouge James-Webb. TESS est un engin spatial de petite taille (350 kilogrammes) qui emporte quatre caméras grand angle. Il circule sur une orbite terrestre haute de 13,7 jours, en résonance de moyen mouvement 2:1 avec la Lune, avec un apogée situé au-delà de l'orbite lunaire, choisie parce qu'elle permet de remplir les objectifs de la mission tout en restant dans l'enveloppe de coût du projet. Celui-ci a été sélectionné par la NASA en avril 2013 dans le cadre du programme Explorer de la NASA, dédié aux missions scientifiques à cout réduit (200 millions de dollars), et développé par le Massachusetts Institute of Technology. La mission primaire doit durer deux ans. En février 2019, le satellite TESS, le tout nouveau chasseur d'exoplanètes de la Nasa, découvrait l'exoplanète GJ 357b. Cet astre orbite autour d'une étoile naine de type M d'environ 30% la taille et la masse du Soleil et 40% plus froide. Il est situé à 31 années-lumière de la Terre, dans la constellation de l'Hydre. En cherchant à confirmer l'existence de cette planète avec des observations au sol, les astrophysiciens ont déniché deux autres exoplanètes dans le même système. Le satellite TESS et une d'artiste de la planète GJ 357b. The Transiting Exoplanet Survey Satellite (TESS) is a two-year survey that will discover exoplanets in orbit around bright stars. NASA's exoplanet-hunting telescope, TESS has spotted an exoplanet 31 light years away called GJ 357 d. Now this discovery is rather remarkable because this star is supposed to have liquid water on it's surface. The study shows that GJ 357 d is in the habitable zone, where temperatures are just right.
Le 27
septembre 2015 : La lune de sang
Partial eclipse of the Moon, seen from Paris, in my courtyard, in Port Royal, on July 16, 2019.
Those are gorgeous pictures of the Moon, I love how you included the night version of the "UFO" and then the day version showing it is a lamp. That is wonderful!
I have stopped using Facebook, it was taking up too much of my time. I also think it is a little bit awful and actively screwed up the elections for the US helping put Trump in office. But it does have its good side, such as getting to see your pictures, and I really miss that. So I may start using it again, who knows? I am so happy you emailed me when you didn't see me on Facebook. Thank you for doing that! I am involved with a very exciting project now which is taking up my time - NASA's TESS planet hunter space telescope. The observatory I work with got accepted into their "follow up" program which means I'm part of the group of astronomers who get to see the data first. The TESS cameras have huge pixels that can have more than one star in each pixel, so when an exoplanet crosses in front of its star (from our point of view), there is a small dip in the light. The TESS cameras will detect the small dimming which triggers an alert that there may be an exoplanet somewhere in the sky area covered by the huge pixel. We get a list of those coordinates in the sky and then it's our job to follow up using our ground based telescope to see which star is dimming in brightness. I hope I have explained it well, it is so exciting to be involved with this work! What could be more fun than finding planets outside our solar system? This gives a good overview of what TESS does: https://www.nasa.gov/content/about-tess The Transiting Exoplanet Survey Satellite (TESS) is the next step in the search for planets outside of our solar system, including those that could support life. The mission will find exoplanets that periodically block part of the light from their host stars, events called transits. TESS will survey 200,000 of the brightest stars near the sun to search for transiting exoplanets. TESS launched on April 18, 2018, aboard a SpaceX Falcon 9 rocket. TESS scientists expect the mission will catalog thousands of planet candidates and vastly increase the current number of known exoplanets. Of these, approximately 300 are expected to be Earth-sized and super-Earth-sized exoplanets, which are worlds no larger than twice the size of Earth. TESS will find the most promising exoplanets orbiting our nearest and brightest stars, giving future researchers a rich set of new targets for more comprehensive follow-up studies. And here is more about the Follow Up program if you want to see examples of the data. I know you would love the math. https://heasarc.gsfc.nasa.gov/docs/tess/followup.html I hope you are doing well, it is always wonderful to hear from you.
Shannon TESS = Transiting Exoplanet Survey Satellite Le Transiting Exoplanet Survey Satellite (en français « Satellite de recensement des exoplanètes en transit »), plus connu par son acronyme TESS, est un petit télescope spatial consacré à la recherche d'exoplanètes lancé le 18 avril 2018. TESS a pour principal objectif de recenser de manière systématique les exoplanètes proches et de détecter plusieurs dizaines de planètes telluriques gravitant dans la zone habitable d'étoiles à la fois brillantes et proches. Pour y parvenir, le télescope spatial, qui utilise la méthode de détection des transits, observera pratiquement tout le ciel en consacrant 27 jours à chaque secteur de la voute céleste. TESS observera des étoiles en moyenne 30 à 100 fois plus brillantes que celles étudiées par le télescope spatial Kepler, facilitant ainsi la détection de planètes de petite taille malgré le recours à des détecteurs beaucoup moins performants que ceux de Kepler. Les observations de TESS porteront en particulier sur des étoiles de type spectral G — catégorie à laquelle se rattache le Soleil — et K. Du fait de la durée des observations, les planètes détectées devraient avoir en moyenne une période orbitale d'une dizaine de jours. Les planètes détectées par TESS doivent être ensuite étudiées plus en détail par des instruments plus puissants comme le télescope spatial infrarouge James-Webb. TESS est un engin spatial de petite taille (350 kilogrammes) qui emporte quatre caméras grand angle. Il circule sur une orbite terrestre haute de 13,7 jours, en résonance de moyen mouvement 2:1 avec la Lune, avec un apogée situé au-delà de l'orbite lunaire, choisie parce qu'elle permet de remplir les objectifs de la mission tout en restant dans l'enveloppe de coût du projet. Celui-ci a été sélectionné par la NASA en avril 2013 dans le cadre du programme Explorer de la NASA, dédié aux missions scientifiques à cout réduit (200 millions de dollars), et développé par le Massachusetts Institute of Technology. La mission primaire doit durer deux ans. En février 2019, le satellite TESS, le tout nouveau chasseur d'exoplanètes de la Nasa, découvrait l'exoplanète GJ 357b. Cet astre orbite autour d'une étoile naine de type M d'environ 30% la taille et la masse du Soleil et 40% plus froide. Il est situé à 31 années-lumière de la Terre, dans la constellation de l'Hydre. En cherchant à confirmer l'existence de cette planète avec des observations au sol, les astrophysiciens ont déniché deux autres exoplanètes dans le même système. Le satellite TESS et une d'artiste de la planète GJ 357b. The Transiting Exoplanet Survey Satellite (TESS) is a two-year survey that will discover exoplanets in orbit around bright stars. |
Conclusion 1: I must not be bad, so that all these people trust me. Conclusion 2: Thanks to all these varied clients (industry, wedding, corporate and personal portraits, press, events, objects, medical, culinary, diving, sports, pageants, etc. ..), I see extraordinary slices of life, confidential or public, trades and fabulous countries. I do feel very privileged. Real life, live. Thank you customers. In rough estimation, I take 5,000 photos a week. 5,000 x 52 = 260,000 a year. For 35 years = 9,100,000 photos. Well, I would like to reach 10 million anyway! Conclusion 3: Photography is my language |
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Due to manipulations between prisedevue.photos, prisedevue.photos and famousphotographer.com, some links may be broken. Sorry. I'm working on it ! |
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************************* MY BLOGS Not many photographers have the courage to show their photos on a daily basis. I do it to show that in a wide range of photography, I always take good photos for my clients. Technical perfection and an obvious sensitivity. If you imagine the logistic necessary for these missions (estimates, preparations, equipment, transports in traffic jams, safety, etc.), you can see that I am a photographer who achieves results in all circumstances.
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