Author: Bryan Andati (Page 2 of 2)

Onion Theory in SEA.

Southeast Asia specialist, professor Arnout van der Meer spoke on the origins of National identity in Indonesia. His approach to the subject was outstanding as he did not assume any pre-existing knowledge of Southeast Asia among the crowd. He summarized the historical background of the region and credited scholars who are currently focused on telling Southeast Asia’s story as a main highlight as opposed to as a side show while covering India and China. He affirmed that the region is culturally and geographically connected.  van der Meer defended the stereotype that Southeast Asia only came alive with the arrival of the Europeans to its shores arguing that trade, culture, civilization and religion already existed long before European arrival.  Southeast Asia experienced cultural heritage (up until 1400 BCE) that involved state  formations and the Austronesian migrations and Indianization of the region. It also experienced the Age of Commerce that brought different religions to its lands such as Islam, Buddhism and Christianity. All these led to the colonial interlude that lasted from 1700-1945.  The region later witnessed colonialism, imperialism and plantation economies.

Opening of trade routes between Europe and Asia sparked up the interest in Southeast Asia. Eurasian civilizations pre-existed but there was limited interactions due to geographical barriers as suggested by Arnout . Southeast Asia is a region that,  as a whole has no common religion, language, or classical culture. Paradoxically however, the diversity of Southeast Asia and its openness to outside influences were among its defining characteristics. Every state in the region was built on cultural trade-offs both internal and external.” Today, modern Southeast Asia considered one of the most diverse regions of the world.

Different parts of Southeast Asia tend to have a variety of both economic and cultural niches. The complex societies call for the region to be treated as a separate ‘entity’ and not as extension to ‘mainstream’ Asia. Scholars are eager to uncover more facts about the region. This far in to Southeast Asian studies it is justified to say that the common commercial and cultural inheritance are major factors that unify the region. The cultures are inseparable, the norms share commonality, the dominant societal institutions are similar. Bordered by open seas and fragile to invasion, their lifestyles sprung from common roots.

Colonial Java was under the Dutch’s rule,  in search of the origins of national identity in Indonesia, revolution leader Soemarsono inspired the citizens to seek independence. He gave a remarkable speech that is still told in Indonesia today, Soemarsono insisted that only native Indonesians could liberate the country. He sparked socio-political emancipation of the Javanese. This sociological revolution can be considered the origins of a national awakening.

 

Increase or Decrease in Innovation.

Professor Vittorio Loreto came to make a very strong argument concerning his research on the rates of innovation in the world.  He instantly grabbed everybody’s attention by displaying and a word quiz prediction game that he openly invited everybody to participate.  His choice of introduction i have to say was undoubtedly captivating as the rules behind the game matched the argument that he later presented. The word puzzle game seemed to be quite easy in the earlier stages but gradually became more challenging in terms of the actual final sentence completion tasks. Vittorio proved a point before he even laid out evidience on the table.  He later proceeded to reflect on an activity that majority of the audience had participated in at least once in their lifetime in some sort of way – gambling. Loreto claimed that gambling in itself involved serious levels of complexity. He took it to another level by illustrating the mathematical probabilities that go behind the actual decision of a bet arguing that the complexity of such a phenomena can never fully be revealed.

Professor Loreto’s research mainly highlighted the rates of innovation in the world.  He agrees that our ever changing world requires uttermost innovation.  He examines the stages it takes for an innovation to actually be finalized and concludes that it is through the process of mutation, fixation and trial and error that finally an idea can successfully be transformed into an innovation.  He termed innovation as the “new.” He articulated that the journey to attain a successful innovation is only archived through looking at the future with eyes of the past.  He introduced the concept of modelling schemes and gave an example weather pattern predictions. The only way meteorologists today are able to give a weather forecast is through historical data analysis to be able to approximate upcoming conditions. He persisted that  by disregarding historical content in any sphere of research, an innovation is most likely to fail.

In his research however, he discourages this trend of modelling schemes to come up with new innovations and blames the method for what he saw as a decrease in innovation.  Loreto focused his research of Tech case studies such as Last.fm, Twitter, and Wikipedia to prove his argument. Loreto ranted out the patents in today’s world are slowing down progress. He believes that without patents we would be witnessing a tremendous amount of fantastic innovations but due to what he termed as greed he alluded that that would not be possible. Loreto presented solid arguments that i begged to disagree with some. He believes that the world is witnessing slower rates of innovation and i tend to think the opposite. Take for example his own case study of Twitter, Twitter as a social media platform cannot be traced to the past decade but look at how transformative it has been to today’s society.  I think’s Loreto’s research is much needed and would be more revealing if he used recent innovation companies, apps, drugs and even machines.

The Elite Society?

English professor Aaron Hanlon separated his lecture and discussed the origins of the Novel and The Royal Society.  The latter captivated me the most.  The Royal Society of London was the elite science institution of its day. Science overtook religion as the dominant field in society. This was and a result of the scientific revolution that eventually birthed the society during the end of the 17th Century.  Professor Hanlon spoke on its first pioneers such as Robert Boyle who’s generosity helped see the society through during its early stages of formation. Francis Bacon who leadership and vision played crucial roles. John Wilkins and Christoper Wren whose inventions gave the society early respected reputation.

During its initial years, the Royal society was dedicated to the pursuit of objective knowledge. Tables however quickly turned and the society served to promote now larglely discredited sciences of racial and gender inequality through restricted memberships and various policies.

The state (British) chartered the scientific society in order to provide technical capability. The 15th Century saw widespread European exploration and due to the prevalent ignorance of the time, theories that claimed human variances owing to differences in geographical location were published and widely consumed. With the rise of the age of knowledge, Europeans became further dedicated to the possibilities of human difference, leading to new fields of study to promote the concept.

The need and motivation behind the creation of these new fields of study (the sciences of inequality) was to position the Europeans on top of the new human race hierarchy. The Europeans discovered already civilizations away from Europe in the new world, Asia, and in Africa, and firmly wanted to secure a superior status backed by scientific findings. Early enlightenment writers aligned their research to this cause.  The Royal Society  provided the much needed materials and equipment to prove racial differences, and  acknowledged and funded scientists who were committed to creating new content. The society’s fellows pioneered new fields of study such as craniology, phrenology and anthropological sciences to promote racial views.

The partnership between the state and science societies brought about a shift from the initial efforts to invent, experiment and discover non-bias findings. During this time, The British empire was on a mission to establish themselves as the hegemon of the world. The same period saw the rise of nationalism in Europe: Nations felt that they had to acquire colonies overseas for national prestige. Nations claimed superiority over others. They wanted to acquire colonies to prove superiority.

 

The Earth Amongst Others.

The Big Bang produced a spectacle, the universe was birthed and inside it contained a marvel of complex systems. Astronomers have different theories on the origin of our solar system.  David Berovici focused more on the Nebula theory, which believes that the solar system was formed from a cloud of gases. The cloud whirled, cooled and condensed. There was a gravitational attraction within the materials,which caused the particles to compact. Particles broke off and collided with larger chunks which cooled and solidified to form planets. Our earth was one of the planets.

The Earth has proved to be the sole planet  to have conditions for a habitable world.  Endless research and missions to other planets are ongoing to find a planet with similar characteristics to Earth. Berovici’s plate tectonics research continues to affirm how unique the Earth is.  All solar systems are cooling and condensing but only Earth’s continental crust floats on underlying hot molten weaker mantle rocks resulting in plate formation.  Professor Berovici illustrated video comparisons of  the fracturing between Earth, Mars and Venus.  His visual evidence of the convectional currents in the asthenosphere led to the fracturing of the Earth’s crust and never ‘healed’ unlike other planets whose scars healed themselves overtime was thrilling.

Berovici’s research elaborates on further unique characteristics of Earth through explanation about the formation of boundaries on its crust. His research focuses on the movements of the Earth through extension, Compressional boundaries and transform faults.  His research connects to the origins of fold mountains, block mountains, fault steps, the Rift Valley, volcanoes, plateaus and earthquakes.  In the wake of several disasters resulting chaos, such research of original Earth studies can give rise to long-term solutions on how to cope with the ever-changing Earth.  Hypothesis and theories resulting from plate tectonic research may explain the shaking crust resulting to landslides and mudslides like the recent occurrence in Sierra Leone.  This is a subject that the public should be more invested in, understand the planet to maximize the best it has to offer and to minimize potential disaster sparking off from its natural movements.

History has played a major role to progress and perfect such research. Histoigraphical reports have ensured a continued flow of findings, hypothesis and theories from past centuries and generations. Even though Berovici has coined his own research question, he is basing all his facts from the early pioneers of the field. The History of failed sciences has also driven such astronomical studies to perfection. In an effort to avoid past mistakes, modern scientists are engaging in peer review activities hence perfecting their findings.

 

 

Every Story Has A Beginning.

The start of everything! It is tough to fathom the thought that before the big bang occured, there earth was void.  Coming from a religious background, Genesis 1-7 has always been the standard text for the origin of the universe. It is mind blowing to read about other different texts from dedicated scientists and astronomers who have dedicated their lives to proofing their theories correct.

Let there be light! Has always been the magic word, but after sitting in a lecture with Professor Kocevski and carefully listening to the possible proofs of the big bang theory. The astronomers have it all together down to the wire. It is fascinating to see how different generations pass on and constructively criticize each other’s knowledge and research works. History in this subject has driven the research to greater heights.  Einstein introduced the cosmological constant; vacuum energy that would counteract expansion of the universe and Hubble built his research off this constant.

How big will the universe potentially be? This was a question ringing in my headed throughout the lecture. The rate of expansion is increasing while gravity does not have enough mass to suppress this expansion. The universe might as well be on its way to infinity. If the everything is moving away from us, there is no potential boundary to this expansion. The string theory states that collision of higher dimensional membranes gave rise to our three-dimensional universe.

The big bang has been a topic of research to the extent that astronomers can reproduce the occurrence down to the last few seconds using the cosmic microwave background . Accurate calculations of the speed of light now enable the re-creation of the event in supercolliders. I would pay to see that! The PowerPoint illustrations presented by Professor Kocevski  served as captivating visual evidence of this man-made phenomenon. Strikes me as a nature vs man ordeal.

It is said that the universe borrowed the initial energy it used to expand exponentially shortly after the bang. Such claims retract me from fully placing my faith in this theory. Where did that energy come from? If nothing existed prior to the bang, how possible was it to generate energy to synthesize hydrogen. This unanswered question reverts me into believing that there must have been a creator. Apart from that, the primary origin of the universe theory faces other problems such as the isotropy of the CMB, flatness of the space (another really compelling counter-argument) and the lack of anti-matter. If the bang really occurred, going by the laws of physics — There should have been equal amount of matter and anti-matter in the universe.  Millions of dollars are still being pumped into this research of the big bang theory because indeed, every story needs a beginning and an ending (which we might not be alive to hear about)

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