isro successfully launches scatsat 1 and 7 other...
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ISRO successfully launches SCATSAT-1 and 7 other satellites; scripts history with PSLV’s
longest flight
ISRO’s PSLV C-35 today successfully placed eight satellites, in two orbits, making it the space agency’s
first multi-orbital mission.
The PSLV C-35 lifted off from Sriharikota today, carrying eight satellites. The mission lasted over
two hours, making it PSLV’s longest till date. The 44.4m tall PSLV rocket blasted off at 9.12 AM and 17
minutes later injected SCATSAT-1 in orbit. The
remaining seven satellites were placed in the
other orbit from 11:25 to 11:28.
The mission carried India’s weather
satellite SCATSAT-1, and seven other satellites from
countries including Canada and the US. According to
ISRO, the total weight of all the eight satellites
onboard the PSLV -C35 was around 675 kg. Tweeting
about the launch, Prime Minister Narendra Modi said
that it was moment of immense joy and pride for India
and congratulated ISRO for the project. With the
launch and the successful placement of the satellites, ISRO scripted history yet again. This is ISRO’s first
multi-orbital launch, with the SCATSAT-1 being placed in a 730 km Polar Sunsynchronous orbit and the
other seven being placed in 689 km lower orbit. ISRO Chairman AS Kiran Kumar has said that for the
purpose of placing satellites in different orbits, there will be will be two re-ignitions of the launch vehicle.
For this, ISRO tested its ‘multiple-burn capability’, a new feat for the ISRO.
SCATSAT-1 is the primary satellite of the mission. It is a continuity mission for Oceansat-2
Scatterometer and is meant to provide wind vector data products for weather forecasting, cyclone detection
and tracking services. The mission life of the satellite is 5 years, says ISRO. Apart from SCATSAT-1, the
satellites that are a part of the mission are; PRATHAM and PISAT, two academic satellites from India;
ALSAT-1B, ALSAT-2B and ALSAT-1N (all from Algeria) and Pathfinder-1 and NLS-19, from US and
Canada, respectively.
Courtesy: www.financialexpress.com
October, 2016
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Dear Readers!!!
We are happy to announce our association with, National Council for Education Research and Training,
NCERT, (HRD ministry,Government of India), Vijnana Prasar, (Department of Science &
Technology, Government of India ) ,CBSE and Vidyarthi Vijnana Manthan, A Vibha initiative for national
science talent search. The VVM letter authorizing SIF-Kuwait to carry out the Sastra Pratibha, Science talent
search examination is published for your perusal.
We thank you for your immense support and cooperation extended to SIF-Kuwait for all our
activities. We have announced the third edition of Sastra Pratibha Science Talent examination in Kuwait. The
examination date will be Jan 12, 2017.
Team SIF-Kuwait
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Scientific Invention by Dr. S. Neelamani and team in Kuwait got US Patent
US patent office has granted a patent to Dr. S. Neelamani, Senior Research Scientist in the Coastal
Management Program, Kuwait Institute for Scientific Research and his colleagues Engr. Altaf Taqi and Engr.
K. Al-Salem for inventing a novel water wave energy dissipating system. The Patent No. is US 9,447,554 B1
and is dated on 20 Sept. 2016.
This new invention can be used for cost effective
construction of marinas and breakwaters for port and harbor
facilities, especially for deep water ports, where the cost of
rubble mound breakwater is very expensive. The new wave
energy dissipater also helps to increase the effective berthing
space inside the marinas and harbors.
The novelty involves multiple vertical porous walls.
Depends on the design condition, the suitable wave energy
dissipater may contain from a single vertical porous wall to six vertical porous walls with porosity anywhere
from 10% to 50%. The team has studied on 30 different combinations and come up with suitable
recommendations based on cost and performance. If a client looks for very cost effective solution but still
better than a sloped rubble mound breakwater from performance point of view, it is possible to pick it out
from the study results. For example, if the quantity of stones needed per m run of the conventional breakwater
is 75 cubic m for a port with inner water depth of 7.0 m to 10.0 m, the new wave barrier proposed by the
inventors will consume about 7.5 to 15 cubic m of concrete, with wave dissipation equal to or even better than
the rubble barrier. In many harbors, one of the issues is entry of long waves and the associated wave agitation
inside the harbor. From the present study, it is found that the porous wall type wave barrier is better than
conventional sloped rubble mound dissipater for long waves.
The invented wave energy dissipater is aesthetically elegant, easy to construct and install (Since
prefabrication techniques can be adopted easily), and is very suitable for Kuwait as well as for Gulf type
marine conditions and in countries, where good quality stones are not available or expensive. The inventors
invite the users to make use of this invention for the future marina and harbors. One can contact
[email protected] or [email protected] for further scientific details.
The inventors thank Kuwait
Institute for Scientific Research for
sponsoring the research work and for the
infrastructure facility to carry out the
research work. Special thanks to
Mr. Josko Ljubic, Mr. George Joseph and
Mr. Ashok for the technical support
during the investigation.
Courtesy: www.indiansinkuwait.com
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Indian-origin teen wins Google Science Fair prize
A 16-year-old Indian-origin South African teen has won
a $50,000 scholarship, the grand prize at the annual Google
Science Fair for her work using orange peel to develop a cheaper
“super-absorbent material” that helps soil retain water.
Kiara Nirghin, a Grade 11 student at private school St
Martin’s, submitted her project titled ‘No More Thirsty Crops’
which was aimed at tackling the severe drought plaguing South
Africa. Her solution to the problem of drought uses orange and
avocado fruit peel that is normally discarded.
The Google Science Fair is a programme for budding
scientists between the ages of 13 to 18, who are invited to solve
the world’s biggest challenges using science and technology.
“I have always had a great love for chemistry since I was young. I vividly remember at the age of
seven experimenting with vinegar and baking soda solutions in plastic cups,” Ms. Nirghin said in her
submission, in which she cited a renowned Indian scientist as her greatest inspiration.
“M.S. Swaminathan has always been an inspiration of mine as he truly believed in the necessary
movement of not only India but the whole world towards sustainable agricultural development,” she said.
“I hope to one day become a scientist specialising in agricultural science and also become a molecular
gastronomist,” she added. Ms. Nirghin explained how she had found an alternative in the fruit peel to
super-absorbent polymers (SAPs), which absorb and carry about 300 times their weight in liquid relative to
their own mass.
“These SAPs are not biodegradable, are costly and full of acrylic acid, sodium hydroxide and other
chemicals. During more research on the topic, I found that natural occurring polymers exist in most citrus
fruits,” Ms. Nirghin said.
After 45 days of experimentation, Ms. Nirghin was successful in creating a low-cost super-absorbent
polymer, made out of waste products from the juice manufacturing industry. This polymer is biodegradable,
can retain large amounts of water, keep soil moist and improve crop
growth without regular water supplements.
The young scientist is convinced that her mixture will assist
farmers in drought-hit areas.
Courtesy: www.thehindu.com
Hello Kiddies, Here is your Answers!!!
1. A meteorologist
2. Forecasting
3. Wind Speed
4. Snow
5. Clouds
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India on the verge of becoming an associate of CERN
India is on its way to achieving a new magnificence in next month as an official of Department of
Science and Technology (DST). As per the announcement made, India is all set to become an affiliate of
European Organization for Nuclear Research – CERN – the world’s largest laboratory of particle physics and
in next month, India will be an associate of CERN.
A top-line officer of Department of Science and Technology addressed to IANS by saying that, “The
CERN Council has approved India’s application for associate membership in September and after formalities
and signing of papers, it will become an associate member of CERN.” He further said that the documentations
and formalities of India to become an associate of CERN would be completed in few months to come.
Apart from the concealed official, Union Science and Technology Minister Harsh Vardhan had also
tweeted about the development by tweeting that, “India to become Associate Member of @CERN Great
Opportunities for Indian Industry to bid for contracts in advanced technologies @IndiaDST.”
CERN is world’s biggest molecule physics research center which is connected with the Higgs Boson or the
God particles. With the base camp in Geneva, CERN was established in 1954, and it has 22 states members.
Israel is the only non-European nation which is allowed full enrollment to the association and India will be the
second country to achieve this glorious tag. Once India is affirmed as an associated of the organization, it will
be permitted to go to its sessions and conferences. However, for now, it can’t participate in the necessary
decision-making procedures but will get council documents.
Courtesy: www.tecake.in
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India Hosts First BRICS Young Scientists Conference In Bengaluru
The Department of Science and Technology under the BRICS - grouping of Brazil, Russia, India,
China and South Africa - framework organized the first 'Young Scientists Conference' in Bengaluru. The
conference will see 50 young scientists meet over four days. The BRICS Young Scientist Forum (BRICS -
YSF) was started last year.
Organised and coordinated by the National Institute of Advanced Studies (NIAS) Bengaluru, the meet
would provide a platform for engaging, connecting and networking to young scientists who will hold
discussions and find solutions to some of the common challenges and problems being faced in BRICS
countries. The conclave would be on the three thematic topics - Computational Intelligence, Energy Solutions
and Affordable Healthcare. It assumes importance as it is taking place during India's chairmanship of BRICS.
The event was inaugurated by Professor K Kasturirangan, the former Chairman of the Indian Space
Research Organisation. Respective Science ministries of BRICS nations are the lead coordinating
organisations for the forum which aims to build a 'BRICS Innovation Corps' to accelerate change through
better quality of life in the region.
Some of the lead speakers at the conclave include Dr Ashutosh Sharma, secretary of the Department
of Science and Technology, Dr K Vijay Raghavan of the Department of Biotechnology, Dr VK Saraswat who
is a member of the NITI Ayog and Dr Baldev Raj, director of NIAS. Two reports will be released during the
conclave.
The first titled "BRICS Science and Technology Enterprise Partnership" is prepared by a group of
eminent scholars and which envisions sustained critical efforts for achieving Science and Technology
Research Leadership, offering new ways for BRICS cohesion.
The second report titled "Hampi: Splendours of a World Heritage Site" projects the historical
significance of the heritage site as well as depicting the intellectual and technological innovations of the site.
courtesy – www.ndtv.com
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A Better Bottled Water Bottle
Recycling a plastic bottle may provide a
fleeting sense of green philanthropy, but the process
of making that bottle is still pretty eco-unfriendly.
Now, chemists at Stanford University have developed
a new plastic-making method that could leave no
carbon footprint.
Most of the 270 billion plastic bottles used in
the U.S. each year are derived from petroleum. And
that manufacturing contributes to a global greenhouse
gas hit of more than 200 million tons of carbon
dioxide each year — the same amount about 150 coal
power plants generate annually. Some plastics
companies are attempting to cut that footprint by
substituting corn-based sugar for petroleum. But
planting, fertilizing and harvesting corn generates
significant carbon emissions, too, says researcher
Matt Kanan.
Instead of sugar, Kanan’s team developed a process that uses carbon
dioxide and furfural, a compound derived from corn harvest waste.
First, they converted furfural into furoic acid, a common food
preservative. Next, they had to break the furoic acid’s strong
hydrogen-carbon bond. Normally this requires an expensive base (the
chemical opposite of an acid) that’s reactive and unstable -
considerable hurdles to eco-friendly mass production. But the team
discovered a workaround by heating the acid to 390 degrees
Fahrenheit. At that temperature, carbonate (a weak, non-hazardous
base) can break the hydrogen-carbon bond. So when they mixed the
hot furoic acid, carbonate and CO2, the result was a compound that
could be turned into plastic.
Another plus? This technique, published in the journal Nature,
not only uses existing plant waste but consumes large amounts of CO2
and could be applied to other types of chemical manufacturing as well
a boon to our increasingly CO2-saturated atmosphere.
H ow the sun looks when
you take pictures at the
same place and time every week
for a year !!! This "8" pattern is
the result of earth's 23.5 degree
tilt and its slightly elliptical
orbit and this pattern is known
as 'analemma' !!
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Govt announces recipients of Shanti Swarup Bhatnagar award
The government today announced the recipients of the prestigious Shanti Swarup Bhatnagar Award for
Science and Technology, but there is no woman in the coveted list of selected scientists. The Ministry of
Science and Technology announced the award in various categories.
Rishikesh Narayanan from Bengaluru-based Indian Institute of Science (IISc) and Suvendra Nath
Bhattacharya from CSIR Indian Institute of Chemical Biology, Kolkata have been awarded in the Biological
Science category.
Partha Sarthi Mukherjee bagged the award in the Chemical Sciences category while Sunil Kumar Singh
in the Earth, Atmosphere, Ocean and Planetary Sciences category. In Engineering Sciences category, Avinash
Kumar Agarwal from IIT Kanpur and Venkata Narayana Padmanabhan of Microsoft Research India have
bagged the award while Amlendu Krishna from Mumbai-based Tata Institute of Fundamental Research (TIFR)
and Naveen Garg from IIT Delhi have been selected in the Mathematical Sciences category.
Niyaz Ahmed A S has bagged the award in the Medical Science category. Subramanian Anantha
Ramakrishna from IIT Kanpur and Sudhir Kumar Vempati from IISc have jointly bagged the award in the
Physical Sciences category.
The Council for Scientific and Industrial Research (CSIR) Technology Award 2016 in the Life Sciences
category was bagged by CSIR's National Botanical Research Institute (NBRI) and Central Institute of
Medicinal and Aromatic Plants (CIMAP), Lucknow for development of herbal composition for management of
diabetes.
The Shanti Swarup Bhatnagar Prize for Science and Technology (SSB) is a science award in India giv-
en annually by the Council of Scientific and Industrial Research (CSIR) for notable and outstanding research,
applied or fundamental, in biology, chemistry, environmental science, engineering, mathematics, medicine and
Physics. The purpose of the prize is to recognize outstanding Indian work (according to the view of CSIR
awarding committee) in science and technology. It is the most coveted award in multidisciplinary science in
India. The award is named after the founder Director of the Council of Scientific & Industrial Research, Shanti
Swarup Bhatnagar. It was first awarded in 1958.
Any citizen of India engaged in research in any field of science and technology up to the age of 45 years is eli-
gible for the prize. The prize is awarded on the basis of contributions made through work done in India only
during the five years prior to the year of prize. The prize comprises a citation, a plaque, and a cash award of ₹5
lakh (US$7,400). In addition, recipients also get Rs. 15,000 per month up to the age of 65 years.
Courtesy: www.timesofindia.com
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"There may be babblers, wholly
ignorant of mathematics, who dare
to condemn my hypothesis, upon
the authority of some part of the
Bible twisted to suit their purpose.
I value them not, and scorn their
unfounded judg-
ment ."
Nicolaus Copernicus(1473- 1543)
Astronomer, Mathematician
Discover
VOLUME 03
ISSUE 06 OCT, 2016
Compiled & Edited By
Prasanth Nair
Reshmy Krishnakumar
Science International Forum, Kuwait
facebook.com/sifkuwait
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Do You Know!!!
1. When a solid changes to a liquid it is called what?
2. Liquids are easy to compress. True or false ?
3. When a gas changes into a liquid it is called what?
4. Plasma is a state of matter. True or false?
5. Gases are hard to compress. True or false?
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