Jayshree Pandya, Contributor

With the rise of molecular electronics technologies, where will the rapidly emerging DNA revolution take us?

If living beings have always been exposed to natural electromagnetic fields, and their bodies produce electric currents as well, why is there a growing concern about the human-made electromagnetic fields?

With the evolution of biobanks rapidly enabling the creation of massive collections of biological material and associated information, how are these collected terabytes of data transforming nations?

Since any disturbance in human behavior has immediate and future consequences and costs, how will a mathematically informed understanding of mental illness shape psychiatry?

While gene editing is on its way to disrupting the very process of evolution, do we understand the security implications for the future of humanity?

Are we prepared for the strategic security risks facing humanity?

Can machine learning give healthcare professionals an ability to apply interventions promptly and effectively?

Since electronic warfare is already here, how prepared are nations to meet the complex security challenges from emerging EMP weapons that are threatening their very progress and development in cyberspace, geospace, and space?

As cognitive computing promises to deliver a new era for humanity, with new machines, matter, methods, and collaboration, the question is who will be giving whom directives!

With the rise of direct to consumer (DTC) genetic testing companies, and an explosion of genomic data emerging from individual DNA, genome companies are racing to build a search engine for our DNA.