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Professor Nikku Madhusudhan, who leads research on the planet K2-18B, went viral on social media on Thursday, when he spoke about “revolutionary search”, his team created a planet on a planet which is about 124 light-year from Earth.
Who is Professor Nikku Madhusudhan and what they have “discovered” on K2-18B? Here all of you have to know:
Who is Nikku Madhusuhan?
Nikku Madhusudhan is a professor of Astrophysics and Exoplanetary Science at the Institute of Astronomy, University of Cambridge University. He leads a “Hycean team” at the university.
The interests of his research include “exoplanets, atmosphere, interiors, formation mechanisms, habituals, biosphere, Hyssian Worlds.”
According to his LinkedIn profile, Nikku Madhusudan chased his PhD in Physics and MS from Massachusetts Institute of Technology. He has also placed a degree of B Tech from IIT-BHU.
He has been honored on several occasions. His recent honors include:
1. 2019 Theoretical Astronomy Physics, Merrack Award in European Astronomical Society
2. 2019 Pilkington Award for Excellence in Teaching, University of Cambridge
3. Young Scientist Medal in 2016 Astrophysics, International Union for Pure and Applied Physics (IUPAP)
4. 2014 Venu Bapu Gold Medal in Astrophysics, Astronomical Society of India
5. 2011 YCAA Award Fellowship, Yale Center for Astronomy & Astrophysics, Yale University, USA
What did Nikku Madhusudan get on K2-18B planet?
A team of researchers led by Nikku Madhusudhan detected the most promising signs of a “potential bioscnecher” outside the solar system. Although they are cautious with the latest conclusions.
Using the data of the James Web Space Telescope (JWST), researchers detected the chemical fingerprints of Dimethyl Sulfide (DMS) and/or Dimethyl Dylfide (DMDS) in the atmosphere of exoplanet K2-18B.
On Earth, DMS and DMDs are produced only by life, mainly microbial life such as Marine Phytoplinkon – algae.
Therefore, during “being carefully optimistic”, Madhusudhan said he is expecting further theoretical and experimental work to determine whether DM and DMD can be currently produced non-geologically at an estimated level.
While an unknown chemical process can be the source of these molecules in the K2–18B environment, the result is still the strongest evidence that life can be present on a planet outside our solar system, “Madhusudhan said.
Madhusudhan also warned in an interview with Sky News and BBC Radio 4 in an interview that there may be a “statistical flower” and it may take a one or two years “, in fact, in fact, in fact completely” in this observation.
‘Hycean’ planet
Earlier, the K2–18B observation identified methane and carbon dioxide in its atmosphere. This was the first time carbon-based molecules were discovered in an exoplanetary environment in the living area.
According to the University of O Canambridge, those results were corresponding to predictions for a ‘hysterian’ planet: a lustable ocean covered under a hydrogen-rich atmosphere.
However, another, the weak signal indicated on the possibility of something else on the K2–18B.
“The first theoretical work predicted that the high levels of sulfur-based gases like DMS and DMD are possible on the Hyssian world,” Madhusudhan said.
Not ‘fixed search’
While Madhusudhan has not yet claimed a “fixed discovery”, he said that with powerful equipment such as JWST and future employed telescopes, humanity is taking new steps towards responding to the fact that we are alone?
Nikku Madhusudhan said, “And now we have seen it, which was predicted.
What is social media saying about Nikku Madhusun?
Many people on social media spoke of Abut Nikku Madhusudhan and praised him for “Groundbreaking”.
One person posted on X, “My college friend, classmate, and roommate Dr. Nikku Madhusudhan is feeling incredibly proud to make headlines with a groundbreaking discovery! -Ti, he is leading the world in search of life beyond earth. Really inspiring achievement!”
Another said, “An Indian-origin astronomer physicist Dr. Nikku Madhusudhan, leads a team that has found a compelling evidence of biological activity on the exoplanet K2-18B, 120 light-year. This revolutionary discovery marks the first possible bioscnecular detection on a lustable planet.”
A user stated that Nikku Madusudhan is credited with developing a better technique of atmosphere recovery to “estimate the compositions of exoplanets, and to describe a theory of the planet to describe a principle of the planet to create a hydrogen-amir atmosphere to create a hydrogen-amir atmosphere.
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