Bauman 2005-eng Blok To the Contestants and Guests of the
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- FINLAND DEVELOPING AND CONSTRUCTING AN EMISSION SPECTROMETER AND VISIBLE AREA SPECTRAL ANALYSES OF VARIOUS LIGHT SOURCES Timo PAAVOLA
- MICROBIOLOGY OF LEAD CONTAMINATED SOIL – PLANT GROWTH PROMOTING ACTIVITIES AMONG PSEUDOMONAS SPP. ISOLATED FROM SHOOTING RANGE Emma Maria HAAPANIEMI
- FRANCE FURTHER AND QUICKER WITH DESCARTES AND A COMPASS Jacques BOIS
- THE SPEED METER FOR ROLLER BLADE Carole DUFOUR
- GEORGIA RECOGNISING CANCER CELL: DOES MALIGNIZATION CHANGE NUCLEOLAR STRUCTURE Ekatherine BAKRADZE
- GERMANY LAB ON THE CHIP – NEW PERSPECTIVES WITH ELECTRONS AS UNIVERSAL REAGENT Stephen SCHULZ
- CORNERS IN WATER – UNEXPECTED SYMMETRY BREAKING IN FLUID DYNAMICS Igor GOTLIBOVYCH
- PHYSICS OF VENTRILOQUISM Jörg METZNER
- HUNGARY NEW METHOD AND INITIAL TESTS OF DRUG CANDIDATES AGAINST ATHEROSCLEROSIS, HEART DISEASE, STROKE AND SEPTIC SHOCK
- MORPHOLOGIC AND NEUROCHEMICAL EXAMINATION OF THE CENTRAL INNERVATION OF ANTRUM AND DUODENUM Péter KURUCZ
- TRACING OF BURGLAR’S ROUTE, COMPLEX INSPECTION SYSTEM Ákos KAPUI
- ICELAND CUDDLE-ME CLOTHES Una Guo laug SVEINSDÓTTIR
- IRELAND CROMA: A NEW DIALECT OF LISP Patrick COLLISON
- ISRAEL PREPARATION OF DNA LIBRARIES FOR DIRECTED EVOLUTION Fowad HASONA
- THE EFFECT OF DIETARY COMPONENTS ON THE DOPAMINE MECHANISM IN PARKINSON’S DISEASE Ronit SHAPIRA
- AN ADVANCED SUN SENSOR MODEL FOR PICO-SATELLITES Yonatan WINETRAUB
- ITALY PROVISIONAL STUDY ON PLANT ENGINEERING SOLUTIONS BASED ON RENEWABLE ENERGY SOURCES TO FEED A STANDARD CONGRESS - CATERING CENTRE: PROVISIONAL
- DYNAMIC ANALYSIS OF ROAD HUMPS Michele BOLZONI
Mari SARV City/Region: Kohtla-Järve School: Kohtla-Järve Järve Gymnasium Career intention: Veterinarian Hobbies: Music, dancing, singing e-mail: mari.sarv@mail.ee 56 57 FINLAND DEVELOPING AND CONSTRUCTING AN EMISSION SPECTROMETER AND VISIBLE AREA SPECTRAL ANALYSES OF VARIOUS LIGHT SOURCES Timo PAAVOLA City/Region: Oulu School: Kastellin lukio – upper secondary school Career intention: Engineer Hobbies: Literature (fact and fiction), skiing and badminton, occassionally e-mail: timo.paavola@mail.suomi.net and timopaavola@luukku.com
City/Region: Helsinki School: Comprehensive school done, half of matriculation examenation Career intention: Pediatric hematologist/oncologist Hobbies: Music (clarinet, piano), writing, drawing, “medicine” e-mail: myeloblastm7@yahoo.com A spectrometer analyses the radiation emitted or absorbed by matter. The instrument I have developed and built is an emission spectrometer. Visible light emitted by a light source is dispersed into different components or colours. Light emitting chemical elements can be identified through measuring the intensity of the dispersed light components or wavelengths. The method is called a spectrum analysis. An original device was constructed using mainly materials and equipment commonly at hand, such as wood, metal, cardboard, clay, folio and an electric drilling machine. A working spectrometer has been built without advanced technological equipment or special materials. With my device, I conducted spectral analyses of many light sources, such as a fluorescent lamp, an UV- lamp and two fluorescent materials (zinc sulphide and white print paper). The first phase of the project lasted from the late summer of 2004 to the end of February in 2005. In my research I studied bacteria (Pseudomonad) isolated from lead polluted soil (in practice from a shooting range). The aims were to find out which bacteria species there were and also to evaluate their skills to produce certain biologically active complexes. In the future, bacteria from the contaminated area could be used to its biological cleaning so that the bacteria would be put on the plant’s root system where it would help the plant to suck lead or another contaminant from the soil and also help it to grow in stressful circumstances. After that the plant is destroyed properly.
City/Region: L’Etrat School: Externat Saint-Tlichel Career intention: Photograph or Civil Engineer Hobbies: Tennis, Hand-ball, photo, lecture, hitch-hiking e-mail: kerropanille42@yahoo.fr. Jean-Baptiste GUY City/Region: Saint-Etienne School: Lycée Saint Michel Career intention: Engineer in Physics Hobbies: Dancing, orienteering, chess e-mail: jeanbaguy@gmail.com This project studies the refraction laws of optics – Snell’s laws – in orienteering race in the woods. To go from A in a transparent medium to B in another transparent medium, light goes through the path of least time (not the shortest distance): light changes it’s direction, refracts, somewhere at the frontier between the two media. The project shows experimentally that this law holds if you have to run from A to B in two different terrains: if you want to win and be the first, don’t run straight from A to B, don’t take the shortest path in space, but the shortest path in time. Furthermore, optics and racing in anisotropic media with two indexes of refraction have also been studied. Paul de SURMONT City/Region: Saint-Etienne School: Lycée Saint Michel – Saint Etienne Career intention: Biophysician Hobbies: Sports, science and Tourism e-mail: paul42100@tele2.fr THE SPEED METER FOR ROLLER BLADE Carole DUFOUR City/Region: Meximieux School: Lycée de la Côtiére Career intention: Engineer Hobbies: Table tennis, Reading, Music (violin) e-mail: nadinedufour@wanadoo.fr
City/Region: La Boisse School: Lycée de la Côtiére Career intention: Hobbies: e-mail: jojo_FCSM@hotmail.fr It seems no speedometer for roller blades exists in the market, therefore the actors of this project have built such a speedometer. The device not only measures the speed, but transmits it through radio waves to a hand held LCD screen! Francois SIMPLEX City/Region: Dagneux School: Lycée de la Côtiére à La Boisse Career intention: Technician in electronics Hobbies: Sport, music, going outside with friends e-mail: bob_855@msn.com 58 59 GEORGIA RECOGNISING CANCER CELL: DOES MALIGNIZATION CHANGE NUCLEOLAR STRUCTURE? Ekatherine BAKRADZE City/Region: Tbilisi School: Medical College “Ayety” Career intention: Doctor Hobbies: Music, dance, reading Practical consideration conditioned the interest in the nucleolar ultrastructure of tumor cells. Along with traditional diagnostic criteria, the specific properties of the nucleolar organization can serve for the differential diagnostics of malignant and benign tumors. Generally a tumor tissue provides much more structural variations of nucleoli, than as observed in culture, where nucleolus in most cases gets unified, acquiring either a nucleolonemal or compact structure, and shows no specific features. The study of tumor tissue nucleolus is therefore particularly important as offering an opportunity to observe the expression of ribosomal genes depending on the functional state of the tissue during cancerogenesis. This research focused on spatial rearrangement and 3D modeling of the nucleolar ultrastructure in human mammary gland benign (fibroadenoma), non invasive (in situ carcinoma) and highly invasive (infiltrating ductal carcinoma) tumor cells.
City/Region: Gelsenkirchen School: Gesamtschule Buer-Mitte Career intention: Chemist with specialization for organic electrochemistry Hobbies: Doing chemistry in my own laboratory, repairing and constructing laboratory equipment and last but not least playing electric guitar e-mail: stephen@chemiealshobby.de The synthesis of organomagnesium and organolithium compounds with anodic polarization enables these reagents to be prepared more easily and in a more controlled manner in a high yield. This catalytic method has made it possible for the first time to deposit magnesium electrolytically from inorganic salts. The catalyst used could serve in micro structuring technology for the electrolytic deposition of magnesium, instead of the use of dangerous compounds. The concept of preparing organometallic compounds from cathodically generated carbanions and anodically generated metal cations has been implemented for the first time here for the preparation of known and unknown copper (I) compounds, i.e. organonitrilocopper (I) compounds for chemotherapy. The combination of two electrochemical synthesis concepts and specially modified miniaturization techniques has provided the basis for better preparation and consequently simpler use of organometallic reagents which are important, for example, in the area research on and production of pharmaceutics. CORNERS IN WATER – UNEXPECTED SYMMETRY BREAKING IN FLUID DYNAMICS Igor GOTLIBOVYCH City/Region: München School: Maria-Theresia-Gymnasium Career intention: Physicist Hobbies: Aikido, fitness, swimming e-mail: renate@landig.com Daily, we observe a “water jump” in the kitchen sink, when a fluid jet hits a horizontal surface and spreads out radially in a thin layer. At some distance, the water height suddenly increases. A simple experimental setup allowed the actors of this project to observe the hydraulic jump under laboratory conditions. They obtained surprising results: under certain conditions the circular jump forms polygonal patterns. The hydraulic jump is a well-discussed topic in hydrodynamics, but nevertheless nobody has yet explained the appearance of corners quantitatively!
City/Region: Friedrichsdorf School: Kaiserin-Friedrich-Gymnasium Career intention:Engineer Hobbies: Maths, physics, soccer, tennis, reading Ventriloquism may be imagined as a form of speech without lip or jaw movement. The omission of lip movements is substituted by adroit movements of articulators such as the tongue in the vocal tract. Particular difficulties arise in relation to sounds, which require that the lips be almost closed. In this project it is shown that it is physically possible for two sounds which are perceived as the same to have a different vocal tract geometry. Using an articulatory speech model program the substitute sounds are simulated and analysed with the aid of their spectra and spectrograms. The examinations show that only the spectral range which is of relevance for the speech recognition is important for ventriloquism. Renate LANDIG City/Region: Bad Saulgau School: Störck-Gymnasium Career intention: Physicist Hobbies: Playing the piano, fitness, riding, swimming e-mail: renate@landig.com Marcel SCHMITTFULL City/Region: Bad Saulgau School: Celtis-Gymnasium Schweinfurt Career intention: Something like physicist/mathematician Hobbies: maths, physics, programming, soccer, volleyball, reading
e-mail: marcel-sl@gmx.de 60 61 HUNGARY NEW METHOD AND INITIAL TESTS OF DRUG CANDIDATES AGAINST ATHEROSCLEROSIS, HEART DISEASE, STROKE AND SEPTIC SHOCK Adrienn Nikoletta KOCSIS City/Region: Halasztelek School: “Fazekas Mihaly” Secondary School Career intention: Medical doctor, medical researcher Hobbies: Reading, swimming, playing on piano, riding on bicycle, taking tours in mountains e-mail: adriennkocsis@yahoo.com The rate of cardiovascular diseases is increasing in modern societies. It is very difficult for medical research to examine the factors, which play a role in this process. Long-term examination of the efficiency of new medicines is also difficult and often needs the death of hundreds of laboratory animals. In this project, a model system was elaborated, where drug-candidates can be tested on living, conscious animals with a minimal pain and harm.
City/Region: Fonyód School: Rudnay Gyula Secondary School Career intention: Doctor (Neurologist) Hobbies: Science, Playing the guitar, drawing e-mail: kuruczp@walla.com Nowadays the neural mechanism of the ulcer formation is unidentified. This project is a long-term effort to identify the neural regulatory pattern of the two most important regions responsible for ulcer formation, the antrum of the stomach and the duodenum of the intestine. Our aim in this study was to discover the overlap between antrum- and duodenum-specific neurons as well as their neurotransmitter pattern in the brain, which can play an important role in the formation of ulcer. TRACING OF BURGLAR’S ROUTE, COMPLEX INSPECTION SYSTEM Ákos KAPUI City/Region: Taksony School: Jedlik Ányos Secondary School Career intention: Developer Hobbies: Any kind of Sports (Football, Volleyball, Snowboard, etc.) e-mail: kapuia@jedlik.hu or kapui@vnet.hu There are a lot of apparatus working in homes, holiday houses and other buildings that can break down or cause malfunction. In this project, a system is elaborated which sends more correct information. The 3 contraptions that were created are able to control machines, devices, and are able to forward safeguarding sensors’ warnings and also to trace burglars. The Computational Supervisory System: The system is able to visualize the supervised sensor’s state of a house, machine, or a device. The program is also able to send an SMS by cellular phone (connected to the computer) when an error occurs. Mobile Supervisory System: The system’s installation point isn’t fixed, it can be moved from one room to another or it can be moved to the neighborhood, within a range of 300 meters. It informs the owner by messages on its display in case of malfunction, thus, the breakdown can be located easily. Telephone Supervisory System: The system helps keeping connection with a holiday house or a distant device by phone.
City/Region: Akureyri School: The Akureyri Junior College Career intention: Teacher, writer, journalist Hobbies: Scouting, music, reading, writing and I am a member of a rescue unit e-mail: 21ugs@ma.is Lilý Erla ADAMSDÓTTIR City/Region: Akureyri School: The Akureyri Junior College Career intention: Otologist Hobbies: Sewing, art, craft and traveling e-mail: 21lea@ma.is Infant massage helps the child to adjust to the world after its birth. It is an effective way to strengthen the bond between a parent and a child. It also helps with some physical problems the children might have, for example stomach aches, and makes the child calmer. Many researchers have studied this. Vonda K. Jump did a research on the effects of infant massage on attachment security and found out that there was indeed a connection. It is the belief of the researchers that parents will rather use infant massage if they have something in their environment that reminds them of using it and also of how to do the strokes. It has been shown that “learning by doing” can be very effective (John Dewey). Therefore the researchers designed a massage bodysuit for infants. The participants showed in most cases a very positive reaction to the massage bodysuit and it is clear that this is a product that interests parents. Valdís Ösp JÓNSDÓTTIR City/Region: Akureyri School: The Akureyri Junior College Career intention: Psychologist or teacher Hobbies: Scouts, reading, hiking, movies and I am a member of a rescue unit e-mail: 21voj@ma.is
City/Region: Szolnok School: Varga Katalin secondary School Career intention: Doctor Hobbies: Dancing, sports, listening to music e-mail: timi.szolnok.hu@freemail.hu
62 63 IRELAND CROMA: A NEW DIALECT OF LISP Patrick COLLISON City/Region: Tipperary School: Castletroy College Career intention: Unsure Hobbies: Programming, reading, running e-mail: patrick@collison.ie Croma has two goals:to improve web application development, and to create a better dialect of Lisp. Today, writing sophisticated web applications is notoriously complex. Over the past five years there has been an explosion of competing languages and framework to assist the writing web applications. Croma, a new programming language created from scratch, was designed with web programming in mind. Using an integrated web-server and Croma’s support for “continuations”, Croma allows web-applications to be intuitively and naturally modeled in functional style. Programmers needn’t worry about the stateless nature of HTTP. Web-applications written in Croma are vastly shorter than in other languages, faster also, and therefore cheaper to develop. ISRAEL PREPARATION OF DNA LIBRARIES FOR DIRECTED EVOLUTION Fowad HASONA City/Region: Lod School: Orthodox school Career intention: a scientist for genetic Hobbies: watch TV, sports, reading articles of science e-mail: foadh@walla.com, foadh1@hotmail.com The aim of this work is to prepare gene libraries derived from the Im7 gene that encodes for a DNase inhibitor (DNase is an enzyme which cuts DNA) in bacteria. The libraries will be used for directed evolution of a new DNase inhibitor. In directed evolution we mimic the process of natural evolution of proteins, in order to study how evolution occurs in nature and understand the connection between the protein's structure and its function. THE EFFECT OF DIETARY COMPONENTS ON THE DOPAMINE MECHANISM IN PARKINSON’S DISEASE Ronit SHAPIRA City/Region: Rishon-Lezion School: “Gymnasium Realit” - high school Career intention: Biologist Hobbies: reading books, painting, listening to music e-mail: fiterit@gmail.com Parkinson’s disease (PD) is a disorder of movement, consequent to incessant loss of the dopamine containing neurons of the substantia nigra pars compacta. This study investigates the influence of DHA on the dopamine neurotransmission mechanism in Parkinson’s disease and the protective role of DHA on dopaminergic neurons against oxidative stress. My results suggest that a diet deficiency of DHA damages the function of dopamine and its receptors, while a diet sufficiency of DHA prevents oxidative stress damages on the dopaminergis system. These insights will lead to the development of medicines, which will be based on DHA supplements as treatment to prevent Parkinson’s disease. AN ADVANCED SUN SENSOR MODEL FOR PICO-SATELLITES Yonatan WINETRAUB City/Region: Holon School: school of Handesaim, Tel Aviv University Career intention: Space Engineer Hobbies: basketball, astrophysics, music, computer games e-mail: yokat@netvision.net.il San BITAN City/Region: Tel Aviv School: school of Handesaim, Tel Aviv University Career intention: theoretical math and physics Hobbies: music, guitar, philosophy, astronomy e-mail: sgrammer@gmail.com As miniaturization progresses we can see more and more products in every field shrink down to a smaller size. A new type of satellites is popping up at space: the pico-satellites weighting less than one kg. As of today, these small satellites, at the size of a cell phone, are capable of performing several important tasks; one of them is monitoring the operation of larger satellites. One of the greatest challenges in the design of pico-satellites is to reach high accuracy in determining the pointing direction of the payload (camera); which is the main problem in the field of monitoring. In our project we developed a novel model that allows these satellites to gain that accuracy and therefore opens a new arena for modern space engineering. Yuval NATIV City/Region: Kfar Sava School: school of Handesaim, Tel Aviv University Career intention: Unknown. Might be everything Hobbies: astrophysics, guitars, sketching, music e-mail: gabrielshier@walla.co.il ITALY PROVISIONAL STUDY ON PLANT ENGINEERING SOLUTIONS BASED ON RENEWABLE ENERGY SOURCES TO FEED A STANDARD CONGRESS - CATERING CENTRE: PROVISIONAL PLANT ANALYSIS AND REVIEW OF THE SELECTED SOLUTIONS Fabio COLETTA City/Region: Treviglio School: Instituto professionale di Stato Servizi Alberghieri di San Pellegrino Terme (Bergamo) Career intention: I would like to become reality lab as my passion and also I hope my work becoming in the earlier future as software engineering Hobbies: I’m always interesting of all concerning the Information Technology e-mail: colettafabio85@hotmail.it This project focuses on the way which we use electric energy, i.e. without worrying about environmental aspects. How much energy does a conventional centre consume ? What would be the output of a renewable energy centre, would there be enough to feed a big structure (f.ex. a conference centre). I focalised on the summer period because of the bigger consumption of energy (conditioning system and the refrigerating machine about 380 kW.) Two alternatives ideas came out of this research concerning implantation solutions: geothermic system and hydroelectric pumping of equal power. 64 65 DYNAMIC ANALYSIS OF ROAD HUMPS Michele BOLZONI City/Region: Cremona School: Liceo scientifico statale “G. Aselli” Career intention: teacher Hobbies: music, choir e-mail: bolzoni.Michele@libero.it Imagine the following situation: you are comfortably sitting in your car and suddenly you find a road hump that gives you a lot of discomfort. Why do you have to tolerate this unease even if you are travelling under the speed limit? Is it possible to find out an “intelligent” road hump giving a lot of discomfort ONLY to drivers travelling at high speed? We thought it possible. We have led a dynamic analysis in which we tried to describe what happens when a car comes over a road hump. Using the computer we realised a simple-using “virtual lab” deriving the whole dynamics of the system “car” for a set of hundred different speeds, quantifying the discomfort of the driver at each speed. With this device one can easily study, as we did, the existing road humps. Moreover, we derived some road hump profiles possessing the features of “intelligence” we were looking for: a little discomfort for allowed speed and remarkable discomfort for high speed.
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