NASA and JPL have now stated that the government shutdown will not interfere with their promised support for India’s Mars Orbiter Mission.

NASA and JPL have now stated that the government shutdown will not interfere with their promised support for India’s Mars Orbiter Mission.

Earlier reports had suggested that NASA’s Deep Space Network, used to communicate with planetary probes, would not be available because of the shutdown, and the mission would have to be delayed because of this.

Posted from Columbia, Maryland.

Because India depends on the American Deep Space communications network — mostly unavailable due to the government shutdown — the launch of its first Mars probe, set for October 28, might have to be delayed for two years.

Because India depends on the American Deep Space communications network — mostly unavailable due to the government shutdown — the launch of its first Mars probe, set for October 28, might have to be delayed for two years.

This is unfortunate news indeed. However, if I was India (as well as other countries) I would consider this a call to develop their own deep space network.

India has now rescheduled the launch of its home-built GSLV rocket for December 15.

India has now rescheduled the launch of its home-built GSLV rocket for December 15.

The launch of Geosynchronous Satellite Launch Vehicle (GSLV), which was deferred on August 19 following a flaw in the rocket, will take place on December 15, ISRO head said here today. “The launch of GSLV D5 satellite which was postponed on August 19 about two hours before liftoff after detection of a fuel leak in the rockets’ second stage will now be held on December 15,” ISRO chairman Dr K Radhakrishnan said at an interactive session with students and teachers here.

India space officials have decided to completely replace the second stage of the GSLV rocket that leaked during the rocket’s scrubbed launch last month.

India’s space agency has decided to completely replace the second stage of the GSLV rocket that leaked during the rocket’s scrubbed launch last month.

“Although the exact reasons for the leakage in the second stage of the engine, which prevented the launch on August 19, are being probed by the team headed by K Narayanan, it has been decided that a new liquid second stage (GS-2) will be assembled to replace the leaked stage,” said the official. He added that the process of assembling has begun, and that besides the GS-2, all the four liquid strap-on stages are being replaced with new ones.

That leak must have been quite significant for them to make this decision.

Engineers in India have decided to completely replace the leaking second stage engine of the GSLV rocket whose launch was scrubbed last week.

Engineers in India have decided to completely replace the leaking second stage engine of the GSLV rocket whose launch was scrubbed last week.

The GSLV is a three-stage launch vehicle with four strap-on motors hugging the first stage. The first stage is powered by solid fuel while the four strap-on motors and the second stage are powered by liquid fuel. The third is the cryogenic engine powered by liquid hydrogen and liquid oxygen.

“At the rocket assembly building, the satellite, cryogenic engine and the second stage have been destacked. It has been decided to shift the second stage to Mahendragiri for detailed inspection and study,” the ISRO official told IANS. He said ISRO has also decided to start assembling another engine so that the GSLV could fly at the earliest. Queried about the time-frame for the GSLV’s flight, he said: “It is not possible to give a time-frame for the GSLV’s flight now.”

The launch today of India’s homemade Geosynchronous Satellite Launch Vehicle (GSLV) was scrubbed when a fuel leak was spotted at T-74 minutes.

The launch today of India’s homemade Geosynchronous Satellite Launch Vehicle (GSLV) was scrubbed when a fuel leak was spotted at T-74 minutes.

India has had trouble getting this powerful rocket off the ground successfully, with four previous launch failures. If they succeed this time, however, they will then have the ability to build their own rocket, capable of putting commercial payloads into geosynchronous orbit.

India has set August 19 as the launch date for its home-built Geosycnchronous Satellite Launch Vehicle (GSLV).

The competition heats up: India has set August 19 as the launch date for its home-built Geosycnchronous Satellite Launch Vehicle (GSLV).

Their last attempt to launch this rocket three years ago ended in spectacular failure. A success here would allow India to become a serious player in the launch market, thereby increasing the competition and thus helping to lower prices and encourage innovation.

India has successfully tested a homebuilt engine to be used in its more powerful geosynchronous launch rocket, set for launch in July.

The competition heats up: India has successfully tested a homebuilt engine to be used in its more powerful geosynchronous launch rocket, set for launch in July. More here.

Previous launches of the GSLV rocket used a Russian-built engine on a second stage. They also ended in failure, not because of the Russian equipment but because of other problems.

India’s space agency celebrated its 100th launch today.

The competition heats up: India’s space agency celebrated its 100th launch today.

It is unclear whether the numbers include their failed launches. Regardless, India has a vibrant space program, modeled somewhat after the Russian system, a government space agency focused on gaining commercial market share. Whether that model can successfully compete in the commercial world remains unknown. Russia has had success, but only during a period when they were faced with few competitors. Now that the competition is heating up it is unclear whether Russia’s model will be flexible enough to compete.

What is clear about India, however, is that they are passionate about space exploration. Historically, even the Russian government model has worked when the country using it was the new kid on the block.

Using today’s most advanced climate models Indian meteorologists were still unable to correctly predict this year’s monsoon rainfall.

The uncertainty of science: Using today’s most advanced climate computer models and data, Indian meteorologists were still unable to correctly predict this year’s monsoon rainfall.

The rains during the four-month-long monsoon season (June to September) – accounting for more than 80% of India’s annual rainfall – is crucial for the agricultural economy. In April, the Indian Meteorological Department (IMD) had predicted that the monsoon season would see normal or above-average rainfall. On 2 August, however, it confessed that more than half of India has received “deficient or scanty” rains, and that the monsoon rainfall for the entire country is likely to be 19.7 % less than normal.

Because they were trying to predict a long term weather pattern, the overall rainfall produced by the yearly monsoon, this prediction was not unlike most of the climate temperature predictions produced by the IPCC’s global warming climate scientists. Moreover, this monsoon prediction likely used similar algorithms and the same data as the IPCC models.

Thus, this failed prediction of monsoon rainfall gives us another peek into the accuracy of those global warming climate models. And that peek is not encouraging. It suggests once again that we should not yet put much faith in the predictive accuracy of the IPCC’s models. The science is simply not advanced enough yet.

Destroying polio: only three nations left to go.

Destroying polio: only three nations left to go.

It is revealing that the only three nations where polio still survives — Afghanistan, Nigeria and Pakistan — happen to be poor, corrupt, and heavily dominated or influenced by Islam. Moreover, the article notes that India just celebrated its first full year free from polio, even though it had been thought that the country would be a difficult challenge given its high population density and what the article calls “poor hygiene.” We shouldn’t be surprised, however. Since India abandoned socialism in the early 1990s and embraced capitalism and freedom, the country has thrived. And with increased wealth comes better education and better living conditions, both of which will aid in getting the population to cooperate in this effort.

India pushes for a sharing of intellectual property rights at Durban climate talks

India pushes for a sharing of intellectual property rights at Durban climate talks.

If you ever had any doubts about the political goals behind the global warming movement, this headline and story should put those forever to rest. The advocates of climate change really don’t care about climate change. What they really want is to get their hands on other people’s success. Failing to get a deal that would limit the activities of the developed countries so that the developing countries would have an advantage in the free market, the effort is now aimed at attacking and even eliminating the property rights of private technology companies. What this has to do with climate change is beyond me.

That India is leading the way here is puzzling, however, as that country’s economic success in the past decade is solely due to its abandonment of communist ideals in favor of capitalism and the free market. You would think, with that experience, that India’s government would thus understand the importance of protecting property rights, not violating them.

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