 If you’re working on biofuels, funded by the army, would you hesitate if  they asked you to help develop green explosives? Nature reports on the  recent worries of some US synthetic biologists.
If you’re working on biofuels, funded by the army, would you hesitate if  they asked you to help develop green explosives? Nature reports on the  recent worries of some US synthetic biologists.
It all began last month following a ‘statement of need’ from the Strategic Environment Research and Development Program, asking for help from microbiologists to adapt microbes to the biological production of explosives instead of biofuels or bioplastics, which they were working on previously.
The dilemma starts with the large research funding by the US  Department of Defence. “They have a very large budget, which allows them  to finance and orchestrate many research topics,” explains Dr Behnam  Taebi, a philosopher at TPM, who points out that many research projects  are not military in character but just facilitate operations. Think of  solar cells, biofuels or robotic research.
Professor Jack Pronk, a  microbiologist at the faculty of Applied Sciences, also works on  biofuels. His current research is not funded by the (Dutch) Ministry of  Defence, yet Prof. Pronk has no principal objections to military  funding.
He can nevertheless imagine that his US colleagues think  twice about working on green explosives. After all, knowing what your  work will eventually be used for is part of one’s job satisfaction.  Nature even quotes a US biologist who says he couldn’t face his children  if forced to confess he is developing explosives.
Prof. Pronk  however argues that industrial microbiology has long ago lost its  innocence. During the First World War, German researchers added sulfite  to an alcohol fermentation process, thus steering the yeast towards the  production of glycerol, with the sole purpose of turning it into the  highly explosive nitroglycerine. Ethical decisions in science strongly  depend on historical circumstances, the professor contends: “Just read  the biography of Robert Oppenheimer, the father of the atomic bomb.”
Taebi  wants to broaden the perspective of the discussion. What is really at  stake, he says, is whether or not the war (or the one that one prepares  for) is a ‘Just War’. This concept was introduced by Hugo de Groot  (Delft, 1583) in his groundbreaking ruminations on International Law.  According to De Groot, a war is ‘justified’ in a nation’s self-defence  or in an attempt to prevent gross injustice, like genocide. Thus, a UN  resolution makes a war legal, but not necessarily just, says Taebi. The  latest wars in Afghanistan and Iraq were neither legal nor just.
If  however the war is just, one should also discuss the responsible  manufacturing and use of weapons. Questions seemingly become legitimate  when it is a question of whether depleted uranium should be used in  vehicles (minimising risk to the military personnel), whether cluster  bombs are permissible weapons (minimising the risk for future  inhabitants in a war zone), and whether we should minimise environmental  damage by producing explosives more ecologically. Harm should always be  minimised.
Prof. Pronk says that irrespective of the government’s or  university’s standpoint, academic researchers should retain the right  to refuse weapons research if it goes against their conscience. Taebi  agrees, but he would like researchers to be more vocal in public  discussions about their ethical dilemmas: “The concept of a just war is  not only a moral discussion for philosophers; it’s also of political and  practical importance to engineers and researchers.” Taebi would  therefore welcome an open discussion at the university about military  funding.
Nature, Vol. 479, 24 November 2011, p. 458
 
		