The Harder You Look, the More There Is to See Essay

The main focuses of the video exhibited are Pluto’s reclassification, the Kepler space mission, Atoms, particle colliders, and nanotechnology. In 2006, the discovery of Eris, a planetary object larger than Pluto orbiting beyond Pluto, caused for classification of Pluto to come under debate. Ultimately, Pluto along with Eris was reclassified in a new class called Dwarf Planets. Expanding further out of our Solar System, the NASA Kepler space mission launched in 2009 resolved to find Earth-like planets in other galaxies. The documentary shifts to downsizing down to the atom and its anatomy of a nucleus, proton(s), neutron(s), and electron(s) orbiting closely. In actuality, electrons orbit in an immense distance from the nucleus and create a magnetic field which gives the atom itself substance. Expanding on the topic of atoms, the documentary explains how particle colliders are used to study

The TATA simulation model provides opportunities for Quasar Computers to evaluate and assess its newest optical Neutron Computer, five-times faster

The first origins of the Manhattan Project began as early as 1930, with physicists such as Albert Einstein, who knew of the power of the single atom. Though it wasn’t until later in the decade that German physicists were able to take those thoughts produce the first artificial nuclear reaction, and even document the theory. Due to the publication of the theory, many people began to realize the immense power that could come from such a tremendous reaction of atoms.

In the course of the last four months it has been made probable--through the work of Joliot in France as well as Fermi and Szilard in America--that it may become possible to set up a nuclear chain reaction in a large mass of Uranium, by which vast amounts of power and large quantities of new radium-like elements would be generated. Now it appears almost certain that this could be achieved in the immediate future. (Einstein)

How can activities of fusion centers be modified to address the concerns of their critics?

However, emission spectrum evidence has suggested that it exists in certain stars. technetium 99m has been referenced back to 1939 indicating that were some very busy physicists in-between 1937 and 1939. The first technetium 99m generator or reactor was developed at the Brookhaven National Laboratory in 1957. Although technetium 99m is often talked about being the perfect radionuclide, until a technology or viewing device called the Anger Camera was developed much higher, more penetrating energies were preferred.

In 1972, JINR sent some of the first Russian scientists to Fermilab. Together, American and Russian scientists worked on the lab’s first accelerator system, using a Soviet-built hydrogen target for the hydrogen proton beam. It was the start of a lasting relationship between two formerly opposing nations.

Linear accelerators are most commonly used for external beam radiation by delivering high energy x-rays to the cancer area of the patient’s body (www.careers-internet.org). They also explain treatment plans to patients and answer any questions the patient or their family has. Then, they examine machines to make sure they work properly and follow safety procedures to protect themselves and the patient from overexposure to radiation. After the doctor explains the treatment plan, they X-ray the patient to find the exact location of the area that requires treatment. Radiation therapists have to check computer programs to make sure the machine will give the correct dosage of radiation to the right area of the patient’s body. Also, “they operate the machine and give radiation to the patient, monitor the patient and check for any unusual reactions to the treatment, and keep detailed records of the patient and their treatment” (www.careers-internet.org). In the life of a radiation therapist, I believe that the best part of my day would be interacting with the patients and getting to know them. I love meeting new people and I would love to work with them and help them fight their battle of cancer. Most importantly, if we’re lucky enough to achieve our goal of battling the

For the creation of an effective e-bomb, not only generation of an extremely high-powered pulse of energy

To successfully complete SIMnet for the Let Me Try assignments, make sure you watch the video (Show Me) and then the Guide Me and finally the Let Me Try, skipping the Show Me and Guide Me may seem a faster way to finish the assignment but there are tips that you may not personally know unless you watch the video. To succeed on SIMnet quizzes and tests, make sure to read the chapters lesson. There is a chapter summary with definition and need to know fact that can help you on the quizzes, use this page to study as well.

Large portions of the bombs energy comes from nuclear fusion of hydrogen isotopes.There are three stages to the fusion bomb the first stage is called the

In late December in 1938, a chemist going by the name of Otto Hahn discovered radioactive fission between the element Uranium. He had started off by causing impact between it and causing a Uranium atom to split into two. When that happened it was known as a process called fission, a topic known little about in 1930’s. When a radioactive element such as Uranium enters the process of fission it splits the atom causing a specified amount of energy to foil out. Just the split of one atom during their experiment caused an entire grain of sand to jump in the air. Imagine what 50 pounds of that could do, let alone 100! Well this is what they did with 500 pounds of it.

The Van Allen belts consist of an inner and more concentrated belt of protons at a distance of 3,600 km and an outer and less concentrated belt of electrons at a distance of 10,000 km~cite{wilson}. In the most intense regions of the inner belt, exposure can be lethal after a few tens of hours~cite{smart}. This created uncertainty at NASA for whether or not humans could ever travel to the Moon and beyond. In response, the scientist who discovered the Van Allen belts, James Van Allen, proposed a controversial method of removing the trapped radiation. He suggested that a nuclear detonation in space might cause the trapped protons to escape from the Earth 's magnetic field. The theory was never directly tested, but a similar test that detonated a 1.4 megaton bomb in the atmosphere showed that in fact more radiation was added as a result~cite{popsci}.

Now a team of scientists led by the University of Southampton has moved a step closer to understanding these mysterious cosmic phenomena -- known as relativistic jets -- by measuring how quickly they 'switch on' and start shining brightly once they are launched.

necessary for next-generation experiments and the exciting journey ahead of particle physics, I have been working on physics cases for various future collider scenarios, including the ILC, CEPC, FCC-ee and a muon collider. As an active junior member of the community, I also have been contributing to various community reports, including the 2013 Snowmass reports and recent Higgs Yellow report and currently involved in the writing of the long-lived particle white paper and various design reports for future colliders. I recently have been appointed a co-convener of the Higgs exotic decay subgroup of the LHC Higgs cross section working group (LHCHXSWG), bridging the theoretical and experimental community in searching for non-standard Higgs boson decays.