April 13, 2016 | Midwestern State University | thewichitan.com | Your Campus. Your News. | Vol. 80 No. 24
Alan Lightman
pg. 3
Part of the Speakers and Issues Series, physicist Alan Lightman connects science and humanities in speech.
PHOTOS BY KAYLA WHITE | THE WICHITAN
Theoretical physicist Michio Kaku addresses the audience in Akin Auditorium for the last Artist-Lecture series event on April 12. | Michio Kaku, theoretical physicist, speaks to press backstage at Akin Auditorium before the Artist-Lecture Series on April 12.
Kaku wraps up Artist-Lecture Series DYLAN PEMBROKE REPORTER
Under Pressure
pg. 4-5
This week’s installment of the Mental Health Series tackles anxiety and highlights the Psychology Clinic’s services.
Tennis Stars
pg. 8
Three senior tennis players received their 100th win this semester.
T
he Artist Lecture Series concluded for this semester with Michio Kaku. Kaku is best known for his numerous television programs such as Through the Wormhole and How the Universe Works. He is also widely known for a tax commercial referring to him as a genius. Kaku backs up his on-screen presence because he is a well-respected theoretical physicist at the top of his field. He helped found the string field theory and continues Einstein’s research into unified field theory that could unite the four fundamental forces of nature to summarize the physical laws of the universe. A packed house greeted Kaku as the event had been sold out for quite some time. The crowd was a mixture of both students and members of the public. Kaku has years of experience speaking and tries to get the audience thinking and excited about the future of science. “I try to impart enthusiasm and excitement on the audience. We are entering a golden age of science,” Kaku said. Many in attendance hoped to learn more about Kaku and his work. “I want to get a better understanding of him and his work,” said Clayton Marshall, computer science freshman. ”I’m happy to get to just sit and listen to him.”
Kaku spoke to a full house in Akin Auditorium. Kaku enjoys being able to use his television, radio show and his lectures to bring science to the world. Although he enjoys teaching at the City College of New York, he knows the real secret to spreading knowledge is through the media. “Teaching is great to be able to see the immediate reaction on a student’s face, but television and radio are so much more efficient in spreading scientific thought,” Kaku said. Students were lined up nearly an hour before Kaku was set to speak and many were excited about the opportunity to see someone they had watched on television. Many such as Alex Babu, biology junior, got there early to see Kaku as she had been following him on TV for years. “I’ve been watching him since I was in mid-
dle school,” Babu said. “I was glad to get the opportunity to get more knowledge about him and his work.” His work may be in high-level physics, but the impact of what he is studying is not limited. He sees a future where we are all interconnected and information will pass freely amongst us. In his mind, the future life of us humans will be easy and seamless. As the price of information drops, he sees intelligence thriving and being all around us. “In the future we will have the internet in a contact lens. We will be able to blink and learn anything there is to know,” Kaku said. “In the future you will be able to instantly get in contact with a doctor or a lawyer if you need them. We will live in an augmented reality that will revolutionize science.” These days there seems to be a bleak outlook on the future, but Kaku doesn’t buy into that. He sees our great transition into a new level of humanity as a great opportunity for the future. He does admit that the job market will change and repetitive jobs will become obsolete. The good news is as science and technology continue to advance, there will be a multitude of new and exciting jobs for future people. “Many have a dark outlook on the future but I see it differently,” he said, “The future is limitless. As scientists we are excited as this is just the beginning. We’ve come so far since 1900 who knows where will be by 2100.”