Even bring a certain field into the ditch~

As the applause fell, the entire report meeting soon entered the question-and-answer session.

When Price Carter announced the start of the Q&A session, arms were raised one after another.

After scanning the audience in the audience, his eyes finally landed on a young figure in the first row.

That was a Chinese scholar arranged by that person.

Without too much hesitation, Price Carter reached out his hand with a smile and confidence on his face, and was the first to choose the other party to ask questions.

In his opinion, as long as you conquer the person in front of you, it also means you have conquered that person.

Although the person didn't come to the scene, which made him regret that he couldn't tell him in front of him that he had completed the exploration of dark matter first, it was already pretty good at the moment.

After taking a deep breath and trying his best to calm down, Lin Feng stood up, took the microphone from the staff, glanced at the notebook in his hand, and said calmly:

"I have a problem!"

Price Carter: "Please speak."

Lin Feng: "I have noticed that in the acceptance experimental data you submitted, Professor Carter, in the sixth line of page 12, in the observation of Kadera dark energy, you mentioned that the neutrino transfer function determines

At the free-flow scale of neutrinos.”

"The free flow scale and corresponding mass of neutrinos as dark matter are: λfs≈40(mν/30 eV)?1 Mpc, Mfs≈ 1015(mν/30 eV)?2 Mˉ... This point,

is that so?"

Price Carter raised his head, stood on the reporting platform, looked down at Lin Feng, and said confidently: "Of course, this is an important indicator for determining the dark matter particles of Kadra. Are there any questions?"

Lin Feng caught the eye of Professor Price Carter, took a deep breath, and said: "It is undeniable that the free-flowing scale of neutrinos as dark matter is the key to the detection of Kadra dark matter."

"But...how are you going to prove that the free flow scale of dark matter or the corresponding mass can be moved by the neutrino from decoupling to t=teq?"

...
Chapter completed!